2 min read.

The parking and mobility industry is evolving, with intuitive technologies like License Plate Recognition (LPR) leading the way. LPR technology offers full insight into your operation, helping you make strategic decisions for effective management and seamless parking experiences.

In this exclusive interview, Jai Bansal, Systems Engineer at 黑料社区 dives deeper into how LPR technology can enable dynamic pricing models at your facility.

Q. Can License Plate Recognition (LPR) Technology Enable Dynamic Pricing Models?

A. Dynamic pricing is a pricing strategy that enables parking operators to adjust rates based on demand, events, or increased traffic. When integrated with 黑料社区鈥檚 business intelligence platform and LPR technology, you can leverage real-time data visualization and reporting to deploy strategic pricing models that optimize your operations.

Understanding real-time activity, including when, where, and how long your customers park, can help you effectively manage your pricing strategy and set rates that maximize revenue.

Connect with on LinkedIn.

 Want to learn more? Watch the full interview below!

Author: Joe Ritacca, Vice President, IT and Research & Development, 黑料社区

License Plate Recognition (LPR) technology transforms parking management by streamlining operations, enhancing security, and improving the overall customer experience. As parking facilities adapt to evolving demands, LPR provides innovative solutions that increase efficiency and create new revenue opportunities.

This article explores several ways LPR is reshaping the industry and unlocking endless possibilities for parking facility owners, managers, and operators alike.

1. Faster, Frictionless Entry and Exit for Customers

   LPR eliminates the need for drivers to interact with parking equipment, making the entire process more efficient and user-friendly. Instead of pulling a ticket, tapping a parking permit, or stopping to make a payment at a column, vehicles equipped with registered license plates can enter and exit the facility automatically. By scanning license plates in real-time, the system grants access and seamlessly processes payments, reducing congestion and eliminating delays at entry and exit points.

   Traditional parking systems often lead to long wait times, especially during peak hours when drivers must stop to retrieve a ticket or complete a payment. LPR technology removes these bottlenecks by automating vehicle recognition and allowing for continuous, uninterrupted movement through parking access points. This improves the overall customer experience and increases turnover rates, maximizing the number of vehicles accommodated throughout the day.

2. Automated and Accurate Parking Enforcement

   With real-time monitoring, LPR helps identify unauthorized vehicles, expired permits, and overstayed customers. The technology integrates with citation management systems, enabling automated enforcement and ensuring compliance. This reduces the need for manual inspections, improving accuracy and efficiency in parking enforcement.

3. Data-Driven Insights to Optimize Operations

   LPR collects valuable data on occupancy rates, peak usage hours, and customer parking habits. Operators can analyze this data to optimize parking availability, adjust pricing strategies, and plan for infrastructure improvements. By leveraging data insights, facility managers can make informed decisions that ensure facility performance and maximize revenue.

4. Increased Revenue with Automated Payments and Dynamic Pricing

   Dynamic pricing models, determined by customer data collected from LPR systems, allow operators to adjust rates based on demand, special events, or high-traffic periods. Additionally, LPR minimizes revenue leakage by accurately tracking vehicles and preventing unauthorized access. By automating fee collection and eliminating fraudulent use of parking spaces, LPR contributes to increased profitability.

5. Effortless Permit Management and Contactless Payments

   LPR simplifies subscriptions and permit-based parking for businesses, universities, and residential complexes, to name a few. Customers can register their vehicles online, eliminating the need for physical permits or hang tags. LPR ensures that only authorized vehicles have access, reducing administrative tasks for parking operators and increasing efficiency.

6. Smart Integration with EV Charging Stations

   As electric vehicle (EV) adoption increases, LPR is critical in managing EV charging station access and usage. Parking facilities can use LPR to reserve charging spots for registered EV drivers, ensuring efficient space utilization and preventing non-EV vehicles from occupancy-designated charging areas.

7. Strengthened Security and Unauthorized Vehicle Detection

   LPR can contribute to overall security by identifying stolen or unauthorized vehicles in real time. Parking facilities can integrate LPR with law enforcement databases to enhance security measures in commercial, residential, and municipal lots. Additionally, LPR helps manage access control in gated communities, corporate offices, and private parking lots, ensuring that only permitted vehicles enter restricted areas. 

Future Opportunities with LPR

The future of LPR in parking management is promising, with advancements in artificial intelligence (AI) and smart city integrations on the horizon. AI-powered analytics will further refine data insights, allowing parking operators to predict demand, automate space allocation, and improve overall efficiency. Additionally, LPR will be crucial in supporting autonomous vehicles and sustainable parking initiatives by facilitating seamless communication between vehicles and parking systems.

LPR technology revolutionizes parking management by offering seamless entry, enhanced enforcement, valuable data insights, and increased revenue opportunities. By integrating with other smart parking solutions, LPR creates a more efficient, secure, and customer-friendly parking experience. As the industry evolves, embracing LPR will be key to staying ahead in an increasingly digital and automated landscape.

References

DeMott, D. (2025, January 22). Revolutionizing parking management: Understanding License Plate Recognition (LPR) technology. EliteParkingOfAmerica.

Parking Industry. (2023, December 19). 8 reasons why LPR needs to make its way into your parking program鈥檚 budget. Parking Industry.

Author: Tyler Duggan, Senior System Engineer, 黑料社区

License Plate Recognition (LPR) technology has revolutionized the parking industry, offering flexible solutions to manage parking facilities effectively. Whether gated parking lots, non-gated operations, or facilities without equipment, LPR provides operators with innovative tools to enhance efficiency, improve security, and deliver a better customer experience. Here, we explore how LPR technology can be implemented across different types of parking facilities and its unique benefits. 

License Plate Recognition in Gated Parking Facilities

LPR is a powerful tool for streamlining access and improving traffic flow in gated parking facilities. Integrating LPR with entry and exit barriers allows vehicles to be recognized and granted access without needing physical tickets or cards. This is particularly beneficial for monthly parkers, whose plates can be linked directly to their license plates. With LPR in place, parking operations become faster and more efficient, while operators can monitor vehicles for enhanced security. Additionally, automated systems eliminate long queues and reduce manual intervention, creating a frictionless user experience.

License Plate Recognition in Non-Gated Parking Facilities

Non-gated parking facilities also benefit greatly from LPR technology. Without physical barriers, LPR cameras can monitor vehicles entering and exiting the lot and enforce parking rules, such as tracking durations and identifying violations. This effective and highly flexible approach makes it ideal for mixed-use or shared parking spaces. Pay-by-plate systems can also be integrated, allowing customers to make payments through kiosks or mobile apps using their license plate numbers. Furthermore, permit management becomes simpler, as LPR can verify authorized vehicles in real time.

License Plate Recognition in Non-Equipment Parking Facilities

LPR can be used to create a fully automated monitoring system for facilities that lack traditional parking equipment. These setups are particularly useful for enforcement-only parking lots or temporary event parking. Mobile LPR units can be deployed to capture license plate data, ensuring compliance and managing space effectively. Virtual payment platforms can be integrated to allow for quick, hassle-free payments, while the absence of physical infrastructure keeps costs low. These scalable systems can adapt to diverse environments, from small private lots to larger urban parking spaces.

LPR technology offers a versatile solution for managing gated, non-gated, and non-equipment parking facilities. Its ability to enhance efficiency, improve security, and provide a seamless parking experience make it an invaluable tool for modern parking operators. By leveraging LPR, parking facilities can adapt to evolving customer needs and operational challenges, ensuring a smarter, more streamlined approach to parking management.

References

8 reasons to use Intelligent License Plate Recognition Systems. Scylla. (n.d.).

9 exciting license plate recognition use cases. PlateSmart Technologies. (2024, November 19).

Top use cases of automatic number plate recognition technology. Staqu Technologies. (2024, August 8).

Author: Jai Bansal, System Engineer, 黑料社区

License Plate Recognition (LPR) technology is revolutionizing parking operations, providing a highly efficient, accurate, and automated way to manage vehicles. Whether you manage a commercial parking garage or an on-street parking system, LPR offers unparalleled benefits in streamlining access, enforcing regulations, and improving customer experience. In this article, we鈥檒l explore various ways LPR can be implemented to optimize parking facilities, tailored to meet different operational needs.

1. Streamline Access with LPR at Entry and Exit Points

   One of LPR's most common applications is at parking facility鈥檚 entry and exit points. LPR cameras capture license plates as vehicles enter or exit, recoding time-stamped data for every transaction. This setup eliminates the need for physical tickets or access cards, reducing costs and operational inefficiencies. Integrating LPR with physical systems enables automatic fee calculations based on time spent in the facility, offering customers a smooth, touchless experience. Facilities can further enhance convenience by supporting pre-booking parking, allowing users to reserve spots in advance and gain instant access upon arrival. This application is particularly effective for gated facilities like airports, multi-level parking garages, and event venues where controlled access is crucial.

2. Automate Parking Enforcement for On-Street Zones

   LPR is a game-changer for on-street parking management. Mobile LPR systems mounted on enforcement vehicles can scan license plates as they patrol parking zones, automatically identifying violations like expired permits or unpaid parking fees. Fixed LPR cameras can also monitor designated areas, providing real-time updates to enforcement teams. This approach reduces manual enforcement time and ensures compliance with parking regulations, allowing municipalities and other operators to enforce rules more efficiently. Urban areas, university campuses, and residential neighborhoods benefit significantly from this application, as it streamlines enforcement and reduces human error.

3. Simplify Permit and Subscription-Based Parking Management

   LPR simplifies permit and subscription management for parking facilities with frequent users, such as employees, students, or residents. License plates are registered in the system, replacing the need for physical permits or hang tags. Once registered, users can seamlessly enter and exit the facility without additional verification steps. This improves user satisfaction and reduces administrative overhead by automating renewal processes and eliminating manual tracking. Permit-based LPR systems are ideal for corporate lots, university campuses, and residential complexes, where managing access efficiently and securely is a priority.

4. Enhance the Customer Journey with Dynamic Parking Guidance

   LPR systems integrated with parking guidance technology enhance the parking experience by providing real-time availability updates. LPR cameras track vehicle movement and communicate with digital signage or mobile apps to direct drivers to vacant spaces. This reduces the time spent searching for parking, alleviating congestion and lowering vehicle emissions within the facility. Facility managers can optimize space utilization and adjust operations to meet demand by analyzing parking patterns. This orientation is especially beneficial for large-scale utilization and adjusting operations to meet demand. This orientation is especially beneficial for large-scale operations such as shopping malls, stadiums, and airports, where customer satisfaction and operations efficiency are paramount.

5. Boost Security with LPR-Driven Monitoring Systems

   LPR technology is not only about convenience; it also bolsters security. By integrating LPR with surveillance systems, parking facilities can monitor vehicle activity and flag unauthorized or suspicious vehicles in real time. This data is invaluable for supporting investigations and tracking potential threats. Additionally, LPR prevents fraud by identifying counterfeit permits or unauthorized access attempts. This application is particularly valuable when prioritizing security, such as government buildings and gated communities.

6. Manage Event Parking Seamlessly with Temporary LPR Setups

   Temporary parking needs during events present unique challenges that LPR technology can address. For event-specific applications, LPR systems can be configured to manage pre-registered vehicles, allocate spaces for VIPs or staff, and enforce dynamic pricing models based on demand. This setup accelerates entry and exit processes, reducing congestion and enhancing the overall event experience. Concert venues, sports arenas, and convention centres benefit greatly from this flexible and scalable approach.

7. Combine LPR with EV Charging Station Management

   As the adoption of electronic vehicles (EVs) grows, LPR technology plays a vital role in managing EV parking spaces. By integrating LPR with EV charging stations, parking facilities can automate charging spot allocation, ensuring availability for registered vehicles. The system can combine parking fees with charging costs, simplifying the payment process for users. Additionally, facility managers gain access to usage data, enabling better resource planning and maintenance. This application is ideal for urban parking lots, shopping malls, and corporate facilities with dedicated EV zones looking to promote sustainability and attract environmentally conscious customers.

LPR technology offers diverse applications that can be tailored to the unique needs of parking facilities. From streamlining entry and exit to enhancing security and management EV charging, LPR is a versatile solution that boosts efficiency, reduces costs, and improves user experience. Whether you manage a small residential lot or a large-scale operation, adopting LPR can transform your facility into a modern, tech-enabled operation

References

Parking Industry. (2024, February 2). The ultimate guide: Everything you need to know about license plate recognition. Parking Industry.

Pipitone, N. (2025, February 1). Why parking lot managers say license plate reader tech is 鈥渞evolutionary.鈥� Propmodo.

Parking Industry. (2024b, April 5). 6 reasons why you should consider investing in license plate recognition technology for your parking facility. Parking Industry.

5 min read.

Author:

While payments compliance mandates can seem complex and intimidating at first, they aren't something to be afraid of. Payments mandates reflect the payment landscape, encouraging best practices and providing insight into where the world of payments is headed in the future. But as technology and payments adapt over time, so do the rules and regulations that guide these systems. As parking operators, when it comes to mandate changes that may impact how you process transactions, your payments provider and technology partners are there to support you and answer any questions you may have.

What are Compliance Mandates?

Compliance mandates are rules and regulations imposed by governing bodies that require organizations or businesses to follow specific practices and guidelines. In the payments space, compliance mandates dictate decisions on various activities related to payment acceptance and facilitation, card brand operations, transactions, solutions, and more. One example of a compliance mandate is the Payment Card Industry Data Security Standard (PCI DSS), which encompasses 12 data security requirements that ensure the protection of card account data within the payments industry framework.

As payment systems have become more complex over time, mandates have evolved to keep up with these changes 鈥� especially with the introduction of EMVs (payments that use a chip and PIN system rather than a magnetic stripe to process transactions). Key mandates that have impacted payment processing systems over the last 15 years include the shift in fraud liability, encouraging merchants to move away from magnetic stripe to more secure forms of acceptance like chip and PIN and contactless.  

How Do Compliance Mandates Impact Parking Operations?

As a parking operator, compliance with payments mandates isn't just a check box item, it can also help your business keep up with consumer trends. Ensuring your payment solutions are up to date and compliant can help you avoid consequences that may impact your ability to accept payments. These risks can include paying non-compliance fees, higher monthly rates, the potential increase of fraud liability and theft, and the impact of failing to meet PCI requirements.

For example, pre-pandemic we saw contactless transactions approaching half of all transaction, at 49% in March of 2019. Today, contactless transactions now account for more than 70% of all transactions, and this trend continues to rise, citing the importance of adopting compliant terminals to keep up with industry trends. So, ensuring your parking payment solutions offer secure acceptance of contactless transactions is one way of adhering to compliance standards, while giving your customers a consistent and seamless checkout experience based on their preferred way to pay.

Are there any mandates I should be aware of?

One mandate to keep in mind is the Interac key management migration, which requires payment terminals to support Interac鈥檚 new standard for making sure data is secure when being transmitted from the payment terminal to the host. As part of this standard, all terminals will need to migrate from single-length keys to double-length keys, helping make the transmission of payment data more secure. 

The migration has been underway for some time. As of November 1, 2022, all newly deployed terminals were required to support the new mandate, meaning as terminals were upgraded, they naturally became compliant. For all remaining terminals, the final date is November 1, 2025, which requires not only new, but also existing terminals to become compliant as well. To help ensure your terminals are compliant, your payment processor or technology partner will reach out and provide the support you need to make sure your payment setup is up to date.  

What Are the Benefits of Using Compliant Payment Processing Solutions?

With more legacy terminals becoming non-compliant over time, upgrading and maintaining your payment solutions are a huge benefit to your payment processing capabilities, as advancements in payment technology have simplified integration and addressed key gaps in current payment processes. These include more attention towards effective device repair and management, progressive fraud management (especially with the rise of ecommerce), fraud prevention through solutions like 3D Secure, and the protection of merchant and customer data. Ensuring you have the latest payment technology will minimize risk, and help you save on time and money.

The key takeaway, your payments provider can do more than just facilitate payments. As a commerce company, Moneris can also be your partner when it comes to understanding payments mandates, as well as helping you keep up with payment trends that shape the way your business operates.

Author: Lui Venir, Account Executive, 黑料社区

Operating a parking facility involves much more than managing spaces and payments. It also requires ensuring financial security and compliance with industry regulations. Failing to address these areas can lead to financial losses, legal penalties, or reputational harm. This FAQ article explores parking facility operators' common questions about financial security and compliance, providing practical guidance for protecting operations and staying compliant with relevant laws.

Basics of Financial Security and Compliance

1. What is financial security, and why is it important?

   Financial security for parking facilities refers to the measures taken to protect revenue, customer data, and operations from risks like fraud, cyberattacks, or theft. It鈥檚 critical because parking facilities handle significant daily transactions, making them targets for bad actors. Implementing robust financial security safeguards ensures smooth operations and protects your reputation.

2. What does compliance mean in financial terms?

   Compliance in the parking industry refers to adhering to laws and regulations, such as tax reporting, accessibility standards, data privacy, and payment security. It also includes following the local bylaws and ordinances governing parking operations. Staying compliant ensures your business operates legally and ethically, reducing the risk of penalties or customer disputes.

3. Who regulates financial compliance?

   Several regulatory bodies oversee compliance for parking operators in Canada:

   • Ensures accurate tax reporting and payment.

   • Provincial Governments: Enforce accessibility standards and provincial regulations.

   • ): Governs credit card security for digital and contactless payments.

Key Financial Compliance Requirements

• What are the most common requirements for businesses?

  Canadian parking operators must adhere to several requirements:

  • Data privacy: Following to safeguard customer data.

  • Financial reporting standards: Comply with PCI DSS to protect customer payment information.

  • Tax compliance: Accurately track and remit sales taxes, such as GST/HST, to the CRA.

• How do I know which compliance requirements apply to me or my business?

  Compliance requirements depend on a combination of federal, provincial, and municipal laws. Here鈥檚 how to identify which rules apply to you:

  • Federal Compliance Requirements

    • Taxation: All parking facilities in Canada must adhere to federal tax regulations set by the CRA such as accurately charging, collecting, and paying GST/HST based on the location of your facility.

    • Data Privacy: If you collect personal information from customers through mobile parking apps or loyalty programs, you must comply with the PIPEDA. This includes securing customer data and being transparent about how it鈥檚 used.

  • Provincial Regulations:

    • Accessibility Standards: Each province has its own rules for ensuring parking facilities are accessible to individuals with disabilities.

    • Provincial Sales Tax (PST): In provinces like British Columbia, Manitoba, and Quebec, operators may also need to charge and pay PST in addition to GST.

  • Municipal Requirements

    • Bylaws for Parking Operators: Municipalities may have bylaws dictating how parking facilities operate, including requirements for parking signage, parking rates, and enforcement practices.

    • Special Permits: Municipalities may require permits for operating paid parking facilities, depending on local zoning laws.

• What are the penalties for non-compliance?

  Failure to comply with financial and regulatory requirements can lead to significant consequences. Financial penalties, such as fines for incorrect tax payments or accessibility violations, can quickly add up. Beyond financial losses, non-compliance can damage your reputation and erode customer trust, especially if it involves data breaches or accessibility issues.

  Legal action is another potential consequence, particularly in cases of data privacy violations or failure to meet provincial accessibility standards. To avoid these risks, it鈥檚 important to regularly audit your operations, ensure your staff are trained on compliance standards, and stay updated on changing regulations.

Common Challenges and Solutions

1. What are the biggest challenges people face with financial compliance?

   Parking facility operators face challenges with the complexity of regulations, which vary across federal, provincial, and municipal levels. Staying updated on evolving laws, such as tax regulations and accessibility standards, can be difficult, especially for operators managing multiple parking lot locations. Additionally, compliance comes with significant costs, such as upgrading payment systems to meet security standards or retrofitting infrastructure for accessibility.

2. How can businesses overcome compliance challenges?

   To overcome compliance challenges, operators can implement technology solutions like cloud-based parking management systems to automate tax calculations and secure payments. Training staff on regulatory requirements is also essential to avoid errors. Consulting with legal and financial compliance experts can help operators navigate complex regulations and minimize risk.

Financial Compliance Trends and Future Outlook

1. What are the emerging trends in financial security and compliance?

   AI and automation are becoming key tools in compliance. They help operators automate fraud detection and tax reporting tasks, reducing manual errors. Additionally, there鈥檚 a growing focus on ESG (Environmental, Social, and Governance) reporting, with parking operators increasingly tracking their environmental impact and adopting responsible business practices to meet investor and stakeholder expectations.

2. How can I prepare for future compliance requirements?

   Operators should stay informed about regulatory changes through industry updates and compliance resources. Investing in flexible technology solutions now, such as cloud-based platforms or data security tools, can help operators stay ahead of future requirements and avoid costly updates later. Proactive preparation ensures smoother compliance in the long term.

Financial security and compliance are essential for parking facility operators in Canada to maintain smooth operations and avoid legal and financial risks. With complex regulations and evolving standards, staying compliant is a legal obligation and a key factor in ensuring long-term success. The right systems and strategies can simplify compliance, reduce costs, and enhance operational efficiency.

References

PIPEDA requirements in brief. Office of the Privacy Commissioner of Canada. (2024, May 1).

Marketing, S. S. (2023, July 19). Financial Services Compliance: How to meet data regulations. Sonrai.

All. PCI Security Standards Council. (2023, September 13).

Author: Justin Powell, Regional President, 黑料社区

With the growing reliance on digital payment systems, securing transactions has become a top priority for parking operators. compliance is critical to safeguarding sensitive customer data and maintaining the integrity of operations. Non-compliance can lead to severe financial, legal, and reputational consequences. By adopting PCI DSS best practices, parking operations can enhance their security infrastructure, reduce risks, and build customer trust. In this article, we explore PCI DSS best practices for parking operations. 

PCI DSS Best Practices for Parking Operations

1. Implement Secure Payment Systems

   Secure payment systems form the backbone of PCI DSS compliance. Parking facilities should use PCI-compliant parking kiosks and software to ensure secure transactions. Encrypting cardholder data during transmission protects sensitive information from unauthorized access. Investing in secure systems enhances safety and improves the customer experience by ensuring seamless and secure transactions.

2. Regularly Update and Patch Systems

   Outdated software and systems are among the most common vulnerabilities exploited by attackers. Regular updates and timely patches are essential to addressing known security flaws. Proactively maintaining software and firmware ensures that parking systems stay ahead of emerging threats. This safeguards customer data and prevents disruptions to operations caused by security breaches.

3. Monitor and Test Systems Regularly

   Monitoring and testing are critical to identifying and addressing security risks. Parking operations should conduct regular vulnerability scans and penetration testing to uncover potential weak points. Implementing real-time monitoring and logging systems allows operators to detect anomalies and respond to threats promptly, minimizing damages and ensuring compliance with PCI DSS.

4. Restrict Access to Cardholder Data

   Limiting access to sensitive cardholder data is crucial. Parking facilities should enforce role-based access controls (RBAC) to ensure that only authorized personnel can handle such information. Additionally, staff should receive regular training on PCI DSS requirements and best practices to recognize and avoid phishing attempts or social engineering attacks that could compromise security.

5. Maintain Documentation and Conduct Audits

   Comprehensive documentation is vital for demonstrating PCI DSS compliance. Parking operators should maintain detailed records of their compliance efforts, including system updates, training sessions, and incident responses. Annual PCI DSS audits provide an opportunity to assess and improve security measures, ensuring that operations remain compliant and resilient to evolving threats.

Benefits of PCI DSS Compliance for Parking Operations

Adhering to PCI DSS standards has significant benefits for parking operations. First and foremost, it increases customer trust and satisfaction. With the rise of cyberattacks and data breaches, customers expect businesses to prioritize the security of their personal and financial information. Parking facilities that can demonstrate robust data protection measures are more likely to earn customer loyalty and preference.

PCI DSS compliance also helps parking operators reduce liability and risk. Non-compliance can lead to severe penalties, including hefty fines, legal action, and reputational damage following a data breach. By following PCI DSS best practices, operators minimize vulnerabilities and protect themselves from financial and operational fallouts from security incidents.

Finally, implementing PCI DSS best practices enhances operational efficiency. Standard security protocols streamline processes, making managing and maintaining secure systems easier. From simplified audits to automated monitoring tools, these practices help parking operators focus on their core business while ensuring customers a secure and seamless payment experience.

PCI DSS compliance is not just a regulatory requirement but a business imperative. Parking operators can protect their customers and operations by implementing secure payment systems, maintaining up-to-date software, monitoring systems regularly, restricting access to sensitive data, and conducting audits. Evaluating and upgrading your security measures today is a productive step toward safeguarding your parking facility and ensuring long-term success.

References

PCI Security Standards Council. (2019, January). Information Supplement: Best Practices for Maintaining PCI DSS Compliance.

Sree, C. (2024, May 24). What are the best practices for PCI-DSS compliance?. SecPod Blog.

Author: Tony Memme, Client Relations Manager, 黑料社区

Connect with Tony on LinkedIn

Maintaining financial compliance is essential to running a successful parking facility owner or manager operation. With 2025 bringing updated mandates, it鈥檚 crucial to understand how these regulations will affect your business and what steps you can take to adapt. Compliance ensures you avoid penalties while positioning your facility as a trusted, efficient operation. Here鈥檚 what you need to know about the new mandates and how to navigate them effectively.

Understanding the Key 2025 Compliance Mandates

The 2025 financial compliance mandates focus on three key areas: digital payment security, updated tax regulations, and sustainability requirements. These changes are designed to align parking operations with modern technological standards, reduce environmental impact, and ensure transparency in financial transactions.

Facility owners and managers must adapt to these regulations by upgrading their systems, adopting secure payment technologies, and ensuring proper reporting procedures. Below is a breakdown of the most significant mandates you need to prepare for.

1. Digital Payment Security

   With more customers opting for cashless transactions, compliance with standards like PCI DSS (Payment Card Industry Data Security Standard) is now mandatory. These standards ensure secure payment processing and protect customer data from breaches. Upgrading your payment systems to meet these requirements will safeguard your facility鈥檚 reputation and avoid costly penalties.

2. Taxation Updates

   Governments are introducing changes to local and national tax laws that directly affect parking revenue. From revised tax rates to new reporting formats, ensuring your facility鈥檚 financial systems align with these updates is critical to avoid audits and fines.

3. Sustainability Compliance

   Sustainability initiatives are becoming a key focus, with regulations offering financial incentives for adopting green practices, such as installing EV charging stations. Conversely, failing to meet eco-friendly requirements may result in penalties. Aligning your operation with these mandates not only ensures compliance but can also attract environmentally conscious customers.

Addressing Compliance Challenges with Practical Solutions

Financial compliance can be challenging, particularly for facilities relying on outdated systems or manual processes. The cost of upgrades, the complexity of evolving regulations, and the need for accurate data tracking can strain resources.

Automation is a powerful tool for addressing these challenges. Software that handles tax calculations, reporting, and payment processing can reduce human error and save time. Another critical step is upgrading your payment systems to include secure and versatile mobile payments and contactless technology options. Finally, providing staff training ensures your team understands and supports compliance efforts.

Why Compliance Benefits Your Parking Operation

Compliance isn鈥檛 just about avoiding fines; it鈥檚 about creating a competitive advantage. By meeting 2025 mandates, your parking facility can:

•  Enhance customer trust: Secure payment systems reassure customers that their data is protected

• Avoid penalties: Compliance reduces the risk of costly fines or operational disruptions.

• Qualify for incentives: Many sustainability programs offer grants or rebates for eco-friendly upgrades like EV charging stations.

• Streamline operations: Compliance often involves adopting modern tools, which can improve overall efficiency.

As a parking facility owner or manager, preparing for 2025 financial compliance mandates is non-negotiable. You can stay ahead of the curve by investing in secure payment systems, automating compliance processes, and keeping your team informed. Compliance is not just a regulatory requirement; it鈥檚 a way to future-proof your business, build trust, and seize new opportunities. Take proactive steps today to ensure your parking operation thrives in the years to come.

References

PCI DSS version 4.0 is here: What you need to know now. RSM Canada. (2023, March 16).

Malone, A. (2024, June 11). Just published: PCI DSS V4.0.1. PCI Perspectives.

Published on Parking Industry Insights

Author: Adamo Donatucci, Business Development and Strategy Officer, 黑料社区

The parking and mobility landscape is positioned for significant transformation in 2025, driven by technological advancements and changing consumer demands. As cities and businesses embrace innovation, staying ahead of key trends will be crucial for optimizing operations and enhancing user experiences. However, most importantly, understanding these trends will help organizations adapt and thrive in the evolving parking ecosystem.

Below are four trends that are taking the parking and mobility industry by storm in 2025.  

License Plate Recognition: Revolutionizing Parking Systems

License Plate Recognition (LPR) is a key technology that continues to improve parking systems. By automating parking access and enforcement, LPR systems can identify vehicles, monitor time limits, and process payments without human intervention. Cities are increasingly adopting this technology to improve accuracy, reduce congestion, and enhance customer experiences by eliminating the need for physical permits or tickets.

Dynamic Pricing: Balancing Demand and Availability

Another game-changer in parking is dynamic pricing. This model adjusts parking rates based on demand, ensuring optimal use of available spaces. By leveraging real-time data and occupancy levels, dynamic pricing allows parking fees to fluctuate during peak and off-peak times, helping to balance demand and improve parking availability. This approach has been successfully implemented in several cities, such as San Francisco, Los Angeles, Seattle, and Boston, enhancing revenue and improving user satisfaction.

Mobility as a Service (MaaS): Simplifying Urban Travel

is also poised for significant growth. MaaS integrates various modes of transportation鈥攑ublic transit, car-sharing, bike-sharing, and parking services鈥攊nto a single, easy-to-use platform. This holistic approach simplifies travel for users, offering seamless transitions between different modes of transport and reducing reliance on private cars. MaaS platforms are designed to reduce traffic congestion and lower carbon footprints, making urban transportation more sustainable. 

Smart Parking with IoT: Reducing Congestions and Emissions

Finally, IoT-enabled smart parking solutions are revolutionizing parking management. Using sensors, data, and analytics, smart parking systems provide real-time information about available spaces and guide drivers directly to open spots. These systems are more efficient and environmentally friendly, as they reduce the amount of time vehicles spend circling the block looking for a parking spot, thereby reducing emissions and traffic congestion.

These trends and technologies will remain dominant in 2025, enhancing the user experience, improving traffic flow, and contributing to more sustainable cities. As urban environments become increasingly crowded, the integration of parking and mobility solutions will play a vital role in shaping the future of transportation.

References

Smart Parking to Reduce City Congestion. FutureIoT. (2024, March 5).

Parking Industry. (2023b, December 21). Everything you need to know about dynamic pricing for parking. Parking Industry.

Published on Parking Industry Insights

Author: Emmanuel Lereno, Chief Digital Transformation Officer, 黑料社区

As we begin 2025, parking operations are being transformed by innovative technologies that streamline processes, enhance user experiences, and maximize profitability. From IoT-enabled solutions to dynamic pricing models, crafting a forward-looking parking technology and AI strategy is essential for staying competitive in this rapidly evolving industry.

Below are four key technologies to consider.

• IoT and Integrative Solutions: Connecting the Dots

  The Internet of Things (IoT) revolutionizes parking systems by enabling real-time communication between devices, parking infrastructure, and management platforms. IoT-based sensors can monitor space availability, occupancy rates, and environmental conditions, providing a data-rich environment for informed decision-making. Integrative solutions combine these IoT insights with other platforms, such as payment systems, enforcement tools, and mobile applications, creating a seamless ecosystem that enhances efficiency and user satisfaction.

  Benefits of IoT and Integrative :

  • Real-time parking space tracking

  • Improved traffic flow and reduced congestion

  • Enhanced operational visibility

• Mobile Payment Platforms: Convenience at Your Fingertips

  Mobile payment platforms have become a must-have for modern parking facilities. These platforms allow customers to locate parking, pay on-the-go, and even extend their parking sessions from their smartphones. Parking facility managers can boost customer retention and satisfaction by integrating mobile payment systems with loyalty programs or promotions.

  Key features to consider:

  • Multiple payment options, including digital wallets

  • Notifications and reminders for session expiration

  • Integration with parking enforcement for seamless management

• License Plate Recognition (LPR): Efficient and Contactless Parking

  License Plate Recognition (LPR) technology offers a contactless and efficient parking experience by automating access control and payment processes. LPR systems use AI to read vehicle plates, granting access or initiating payment without needing tickets or physical interaction. This technology also improves security by tracking vehicle movements and streamlining enforcement.

  Applications for License Plat Recognition (LPR):

  • Gated entry and exit points

  • Automated fee collection

  • Enhanced security monitoring

• Dynamic Pricing: Optimizing Revenue

  Dynamic pricing uses AI and historical data to adjust parking rates based on demand, time of day, or special events. This flexible pricing model maximizes revenue and helps distribute demand, preventing overcrowding in prime parking areas. By leveraging dynamic pricing tools, parking facility managers can incentivize off-peak usage and better accommodate high-demand periods.

  Examples of dynamic pricing applications:

  • Lower rates for early-bird customers

  • Increased pricing during large-scale events

  • Real-time adjustments for fluctuating demand

• Automation and Measuring Performance: Data-Driven Efficiency

  Automation in parking management is a cornerstone of an effective 2025 strategy. From automated gated to AI-powered analytics, these systems streamline operations and reduce manual intervention. Equally important is the ability to measure performance. Key Performance Indicators (KPIs) like occupancy rates, average duration stay, and revenue per space can provide actionable insights, enabling operators to fine-tune their strategies.

  Tools to incorporate:

  • AI dashboards for real-time analytics

  • Predictive modelling for resource allocation

  • Automation of routine tasks like ticketing and fee collection

 Developing a parking technology and AI strategy in 2025 requires adopting these technologies and ensuring their integration into a cohesive system. It鈥檚 important to focus on the user experience, operational efficiency, and data-driven insights to create a parking environment that meets the evolving needs of customers and organizations alike.

With IoT connectivity, AI-driven tools, and customer-centric platforms, the parking industry is poised for unprecedented transformation. By strategically implementing these technologies, you can position your operation at the forefront of innovation in 2025 and beyond.

References

Banyard, P. (2024, October 29). What you need to set your paid parking program up for success in 2025 - precise ParkLink: Parking management services. 黑料社区 | Parking Management Services. /news/what-you-need-to-set-your-paid-parking-program-up-for-success-in-2025  

O鈥橠onovan, A., & Garret. (2024, August 2). The evolution of workplace parking: Predictions for 2025. Wayleadr.

Parking Industry. (2024, September 6). The new essential 8: Technologies to consider when developing your future parking technology strategy. Parking Industry.

Published on Parking Industry Insights

Author: James Bray, Senior Proposal Writer, 黑料社区

The parking and mobility industry is constantly evolving, making it challenging for newcomers and enthusiasts to keep pace. Staying informed about industry trends and key terminology is essential for parking facility managers, owners, and operators. This glossary is designed to simplify the jargon and provide clarity in this dynamic sector, serving as a valuable tool for anyone looking to deepen their understanding.

Access Control System (ACS) 鈥� A gated system consisting of several hardware and software components controlling parking facility access.

Alarms 鈥� System-generated messages that indicate potential maintenance needs or technical issues with parking equipment (e.g., paper refill required or no communication).

Alternate Side Parking 鈥� A traffic regulation that prohibits cars from parking on one side of the street between certain hours of the day.

Artificial Intelligence (AI) 鈥� Machine learning that uses algorithms to create predictions for parking operation optimizations, such as predicting when and where the highest number of violations occur, showing available parking spots, or projecting peak times. Identified by PwC as one of the 鈥淓ssential Eight鈥� technologies that are expected to interact with and amplify each other in the coming years, AI presents new and as-yet untapped potential for technological advancement and opportunities to innovate.

Augmented Reality (AR) 鈥� Information relevant to the user overlayed onto their perceived environment, such as navigation instructions displayed in drivers鈥� line of sight by projecting directional arrows onto roadways, availability markers within parking bays, etc. Identified by PwC as one of the 鈥淓ssential Eight鈥� technologies that are expected to interact with and amplify each other in the coming years, AR presents new and as-yet untapped potential for technological advancement and opportunities to innovate.

Automatic Parking System 鈥� A mechanical system designed to maximize space for parking. The system uses a system of elevators that automatically transport cars to and from parking spaces across multiple levels, stacking them vertically to minimize land usage.

Automation 鈥� Systems and technologies deployed to reduce manual interventions, streamline processes, and deliver efficiencies. Automation within a parking facility can increase throughput at an entry and exit, accelerate payment processes, optimize space allocation, and enhance security measures.

Barcode Scanner 鈥� A device that captures and decodes information contained in a barcode.

Bay Sensor 鈥� Sensors embedded in the ground within a lane or level of a facility are designed to detect vehicles passing overhead. They monitor occupancy by identifying the presence of a metal object or using laser or video technology. Systems with two or three sensors can determine vehicle direction when entering or exiting a facility. For instance, a two-sensor setup involves two sensors installed side by side in the ground to capture directional movement.

Blockchain 鈥� A digital way of recording and confirming transactions and smart contracts, including permitted parking credentials. Identified by PwC as one of the 鈥淓ssential Eight鈥� technologies that are expected to interact with and amplify each other in the coming years, blockchain presents new and as-yet untapped potential for technological advancement and opportunities to innovate.

Bluetooth Low Energy (BLE) Permit 鈥� A parking permit stored on a user鈥檚 smartphone and transmitted to a BLE reader using the smartphone鈥檚 integrated Bluetooth antenna. Digital parking credentials of this type are becoming increasingly popular as the market moves toward hands-free and touchless solutions.

Bluetooth Low Energy (BLE) Reader 鈥� This electronic reader allows users to present their parking access credentials via their Bluetooth-enabled smartphone or wearable technology. The reader then opens the facility鈥檚 barrier gate, allowing verified users to ingress or egress.

Bulk Permits 鈥� A stack of permits purchased all at once; for example, a department or office may purchase bulk permits to distribute to its guests for a special event.

Cashless Solution 鈥� Payments made without coins or bank notes, but instead in the form of electronic payments, such as credit cards, debit, mobile wallets, and payment apps.

Centralized Support Services 鈥� Supporting multiple aspects of a business in one facility, often to improve speed, efficiency, and security.

Certified Banking Platform 鈥� Secure transaction processes integrated into parking equipment that follow the Payment Card Industry (PCI) security standards.

Chip and PIN 鈥� A payment method that relies on an embedded chip in a payment card to be inserted into an EMV-certified payment device and requires users to enter a personal identification number to approve a payment transaction.

Cloud-based 鈥� A service, application, or infrastructure hosted on a third-party virtual machine or data centre. Cloud computing lets the user reduce or eliminate hardware and software requirements by purchasing it as an on-demand service accessible via the Internet.

Conversational Artificial Intelligence (AI) 鈥� Natural Language Processing (NLP) and Large Language Models (LLMs) enable computers to understand, interpret, and respond to human language in a way that mimics natural conversation. Seamless and context-aware Conversational AI has the potential to give your users instant and personalized assistance for an ever-increasing number of customer service scenarios 鈥� without the burden of dedicated staff to field each inquiry. This empowers parking operators to allocate their resources more efficiently and improve customer satisfaction by reducing issue resolution times.

Construction Services 鈥� The design and logistics for parking lot construction, including lighting, curbs, sidewalks, parking infrastructure, wayfinding, and custom signage. 

Contactless Payments 鈥� Credit and debit cards, key fobs, smart cards, or other devices that use radio frequency identification (RFID) for making secure payments. The embedded chip and antenna let a customer complete a transaction by waving, tapping, or bringing their card or fob close to the reader at the point of sale.

Controlled Access Parking 鈥� A parking facility with hardware and software system that controls access to facilities using gates.

CSAE Audited 鈥� The Canadian Standard on Assurance Engagements (CSAE) addresses audit engagements undertaken by a service auditor to report on controls at organizations that provide services to user entities when those controls are likely to be relevant to user entities' internal control over financial reporting.

Curbside Management 鈥� The collection of operating concepts, techniques, and practices that empower organizations to effectively allocate and monetize the use of their curbs and other high-demand areas.

Curb Monetization 鈥� A curbside management technique that manages demand for parking at the curbside by monetizing access to it, based on the parking operator鈥檚 business objectives as well as market research on consumer tolerance for fees. As consumer preferences lean increasingly toward the convenience of ride-sharing programs and technology makes autonomous vehicles a growing likelihood, parking operators can expect to have to manage driverless pick-up and drop-off scenarios in the coming years.

Dashboard Analytics 鈥� A web-based page on which real-time information is collated from various sources. The metaphor of a dashboard is adopted to emphasize the nature of the data being displayed on the page; it offers real-time analysis of how a business is operating.

Digital Parking Permit 鈥� A parking permit that leverages electronic credentials to grant entry and exit from a parking facility. These can include traditional physical media like HID access cards and mobile-friendly options like QR codes displayed on a smartphone, but hands-free options continue to grow in popularity; depending on a facility鈥檚 specific business needs and customer use cases, available hands-free options may include Bluetooth Low Energy (BLE) permits associated with a permitholder鈥檚 smartphone or automatic vehicle identification (AVI) technology like license plate recognition or radio frequency transponders.

Drones 鈥� Driverless or pilotless vehicles that can be controlled either remotely by an operator or completely autonomously by onboard computers and artificial intelligence. Identified by PwC as one of the 鈥淓ssential Eight鈥� technologies that are expected to interact with and amplify each other in the coming years, drones present new and as-yet untapped potential for technological advancement and opportunities to innovate.

Dynamic Pricing 鈥� Parking rates that fluctuate based on demand for parking in a location and the supply of available parking spaces, often with the aid of parking guidance systems that actively monitor the status of each parking stall to provide real-time availability status.

Electrification 鈥� An important part of a broader strategy to reduce our reliance on fossil fuels in both transportation and the wider economy at large in favour of electricity as a power source. Parking operations play a growing role in the electrification of mobility by accommodating electric vehicles with supporting infrastructure, such as charging stations. Parking operators have an opportunity to incentivize sustainable mobility practices by offering EVs preferential rates or other loyalty programs as part of their corporate social responsibility initiatives as well as to drive volumes and, thereby, revenues.

EMV (Europay MasterCard Visa) 鈥� A global standard for the interoperation of integrated circuit cards (IC cards or chip cards) and IC card-capable point-of-sale (POS) terminals and automated teller machines (ATMs) for authenticating credit and debit card transactions. EMV chip cards contain embedded microprocessors that provide strong transaction security features impossible with magnetic stripe cards.

Entry Gate 鈥� A barrier arm placed at the entrance of a parking lot designed to control the flow of vehicles entering a parking facility.

Ethernet 鈥� A type of networking technology. An Ethernet cable is a type of connection that鈥檚 very commonly used for communication between various pieces of hardware, such as between a computer and a router, switch, handheld ticket-writer鈥檚 downloading cradle, etc.

Event Parking 鈥� Parking is associated with a special event with resources allocated to it, such as a sports game, city event, or other activity or meeting, that is finite in duration and requires its own dedicated inventory, unique pricing, or both.

Exit Gate 鈥� A barrier arm placed at the exit of a parking lot designed to control the flow of vehicles exiting a parking facility.

Financial Compliance 鈥� Compliance with the laws and norms that regulate financial transactions, ensuring accuracy in reporting and the operational transparency your clients and customers expect. It鈥檚 incumbent on organizations of any size 鈥� and each of the individuals employed by them 鈥� to conduct their operations to the very highest industry standards.

Financial Services 鈥� Secure revenue processing for customer transactions 鈥� including administration of cash and coin, and credit and debit card payments 鈥� offered by a parking vendor.

Frictionless Parking 鈥� A combination of technology and management solutions that makes for an easy, hands-free parking experience from start to finish.

Full-service Parking Solution 鈥� A solution offered by a parking equipment and services provider that encompasses all aspects of the parking operation, such as parking management services, parking equipment, technology innovations, construction, facility maintenance, and revenue processing services.

Gate 鈥� Also commonly referred to as a barrier, a gate is a piece of hardware used to control access to and from a parking facility.

Gated Parking System 鈥� Also known as a Parking Access Revenue Control System (PARCS), a gated parking system uses physical barriers to control access to and from the parking facility in such a way as to force drivers to pay for their parking sessions. Gated systems also include pay stations that can be placed at various points throughout your property (inside or outside) for drivers to purchase parking passes or pay for their parking session before exiting the lot.

Generative Artificial Intelligence (AI) 鈥� Sophisticated algorithms and machine learning analyze data for patterns within its structure and then use it to generate new content with similar characteristics. GenAI can assist parking operators in developing parking application UX and UI, generating customer-facing documentation and other content, and anticipating hardware failures before they occur to maximize overall system uptime and minimize operational overhead.

Grace Period 鈥� The period within which customers can exit a parking facility without having paid; the time is generally customizable and offered as a goodwill gesture to patrons who may have, for example, entered a parking facility in error Regular rates apply after the grace period has lapsed.

Hands-free Permit 鈥� A parking permit that lets users enter and exit a facility without directly interacting with a piece of technology, letting their credentials read passively. As the market continues to evolve, these permits can take the form of Bluetooth Low Energy on users鈥� smartphones, automatic license plate recognition technology, radio transponders fitted to permitted vehicles, or any number of other technologies.

Intelligent Mobility 鈥� Smart technology integrations are designed to optimize how parking and transportation equipment is powered, used, and connected in the easiest, most efficient, and environmentally friendly way.

Internet of Things (IoT) 鈥擜 network of connected devices 鈥� whether they鈥檙e mobile or fixed in place 鈥� that leverage sensors, software, and a connection to the internet to allow for remote monitoring and control. Increasingly, people鈥檚 own private vehicles are becoming part of the Internet of Things; today, this comprises over-the-air software updates, but soon, we can expect vehicle detection systems to capitalize on integrations with smart buildings to trigger a number of other processes 鈥� anything from customized greetings at the facility entrance to setting the thermostat in their home or office. Identified by PwC as one of the 鈥淓ssential Eight鈥� technologies that are expected to interact with and amplify each other in the coming years, IoT presents new and as-yet untapped potential for technological advancement and opportunities to innovate.

Lease Agreement 鈥� A month-to-month payment arrangement with a parking vendor to supply parking equipment and/or management services.

License Plate Recognition (LPR) 鈥� A vehicle identification technology that uses cameras to take pictures of license plates and convert the images into text that a computer can use. LPR systems are commonly integrated with PARCS systems. 

Live Central Monitoring 鈥� A centralized support facility 鈥� generally staffed 24/7/365 鈥� that monitors the real-time performance of a parking operation and the technology within it while also providing remote customer assistance.

Local-SEO 鈥� A search engine optimization (SEO) technique that makes business locations more visible and/or rank highly in local results on search engines like Google.

Loyalty Program 鈥� An incentive program that lets customers collect points for each parking transaction and redeem them for future parking sessions. Loyalty programs are increasingly popular in the highly competitive markets of downtown cores, where consumers have several parking options near their destination, and parking operators compete for consumers鈥� business.

Metaverse 鈥� A relatively new concept in thinking about the way people create their environment and interact with it and within it. This convergence of our physical and digital worlds 鈥� created by adding immersive, three-dimensional layers to the web 鈥� fosters online interactions to build communities that could never have existed before. The augmented reality and virtual reality components of the metaverse are playing a growing role in how we design our urban spaces, including how vehicles move through parking environments to prioritize pedestrian safety and how people interact with the technology within the facility.

Mobile Parking or Pay-by-mobile 鈥� A type of parking operation that enables a customer to pay for parking using an application on their smartphone.

Mobility-as-a-Service (MaaS) 鈥� Part of a shift in consumer preferences from personally owned resources toward on-demand services as and when needed, for example, those living close to the amenities they need downtown but renting a car for out-of-town trips. This has more recently been reconceptualized as a more comprehensive and digitally integrated that lets users plan, book, and pay for the mobility services they need, ensuring they always have the right travel mode for their specific travel needs 鈥� all with a single account. In practical terms, a customer鈥檚 door-to-door mobility solution can include public transit, ride-hailing services, bike-sharing, or any number of other modes.

Monitoring System 鈥� A system that allows the user to view system-generated activity, alarms, and occupancy levels within a facility via the PARCS system. Some systems can be configured to push certain notifications to facility management via email or SMS.

Monthly Parking 鈥� A purchased parking permit that allows drivers to park their vehicles in the associated parking facility for a monthly fee instead of an hourly or daily rate. 

Multi-platform Use 鈥� The ability to run on two or more different software platforms as part of a single solution.

Multi-space Meters 鈥� Freestanding hardware associated with multiple parking spaces; these versatile machines manage both on- and off-street parking and can be solar-powered at surface level or connected to mains power for use within parking structures.

Nested 鈥� A facility contained within a 鈥減arent鈥� facility. Nesting is often used to control access to a specific area within a larger parking facility via the use of gates.

Occupancy Rate 鈥� The percentage of occupied parking stalls at a given time.

Off-street Parking 鈥� Refers to all parking not on or along the curbs of streets; this includes private and public lots, garages, driveways, etc.

On-call Service Response 鈥� A service businesses offer to manage and respond to incidents. It is typically available 24/7/365 for urgent requests.

On-site Staff 鈥� Employees who work in a parking facility are responsible for providing maintenance and customer service. These include site managers, supervisors, customer service representatives, and parking enforcement officers.

On-street Parking 鈥� Refers to all parking on or along the curbs of streets.

Parking Access and Revenue Control System (PARCS) 鈥� Available in varying levels of functionality and complexity, access and revenue control systems allow parking owners and operators to control access and collect parking revenue from users. Effective PARCS systems, in conjunction with robust policies and procedures, can speed entry to and exit from a facility, generate revenue through secure payment options, and produce accurate and auditable records.

Parking Guidance System 鈥� A system typically fitted to the inside of a parking facility (such as on the ceiling) that guides parkers to available spaces. These systems can include dynamic signage as well as individual floor and space availability indicators. Newer-generation parking guidance systems detect individual space occupancy with stall sensors and can also share information with GPS-enabled vehicles and smartphone apps, which extend their usefulness beyond the parking facility by letting prospective parkers know whether space is available before they even set out.

Parking Management 鈥� A comprehensive approach to optimizing a parking operation鈥檚 performance through the best use of equipment and other technology, services like enforcement and preventative maintenance, and intelligent business planning with the aid of thorough analytics.

Parking Operations 鈥� All aspects involved in the development and day-to-day management of a parking facility, including equipment, business planning, reporting and analytics, maintenance and support services, and customer service.

Parking Stall 鈥� The designated space within a parking facility for a vehicle to park, often outlined by line striping. These are most common in off-street parking, but some municipalities also identify parking spaces for on-street parking, though most typically in commercial rather than residential areas. 

Pay-and-Display 鈥� A type of parking operation that requires customers to pay for parking using a parking meter, then display proof of payment on their vehicle鈥檚 dashboard and clearly visible to enforcement patrols.

Pay-by-License Plate 鈥� A type of parking operation that requires the customer to pay for parking by entering his or her license plate at the pay station. Transaction details are uploaded to the cloud and retrievable by enforcement patrols.

Pay-by-space 鈥� A type of parking operation where the customer selects their parking space location (usually numbered) at a pay station and makes payment. 

Pay-in-lane 鈥� A type of parking operation where the customer pays for their parking session upon exiting the facility rather than selecting a parking duration at the beginning of the session; this system calculates the total fee based on the length of time between a parking ticket being dispensed at an entry terminal and consumed at an exit terminal, and it requires the tabulated fee be paid before the exit barrier gate opens to allow departure.

Pay-on-entry 鈥� A type of parking operation in which the customer pays for parking as they enter a parking facility, often used for event parking or wherever a flat fee prevails. A pay-on-entry system can also be used to have customers pay a deposit and receive some portion of that money back on exit if there is more than one rate in effect at a given time. 

Pay-on-exit 鈥� A type of parking operation in which the customer pays in-lane while leaving the parking facility, most often in-lane either at a booth attended by a cashier or directly at an exit terminal.

Pay-on-foot 鈥� A type of parking operation that gives customers the option to pay for parking at a pay station before exiting the parking facility. A customer inserts their ticket into a pay station, pays the displayed fee, and the pay station returns their ticket. Customers return to their vehicles and drive to the exit lane, where they insert the ticket into the exit terminal. 

Payment Card Industry Data Security Standards (PCI-DSS) 鈥� A set of guidelines for handling the transmission, storage, and processing of sensitive credit and debit card data.

Permitless Parking 鈥� A parking system where no physical parking credential is issued or required to be displayed. In parking lots where access is controlled, this is often achieved with license plate recognition (LPR) technology comparing the plates it reads to a database of permitted license plates.

Pay-as-you-go Permit 鈥� A parking permit that allows users to pay for only the time they鈥檝e used.

Prepaid Permit 鈥� A parking permit that lets users pay in advance for the time they anticipate using, whether by time (e.g., hour, month) or number of sessions (e.g., a 5-session pass to use at any time).

Radio Frequency Identification (RFID) - An automatic identification method that relies on storing and remotely retrieving data using devices called RFID tags or transponders. RFID is used mainly in access and revenue control facilities as a form of parking permit.

Revenue Control System 鈥� A system for managing and auditing the payments of transient and non-transient parkers in a parking facility; also known as PARCS.

Robotics 鈥� Machines or virtual agents that assist human activities. Identified by PwC as one of the 鈥淓ssential Eight鈥� technologies that are expected to interact with and amplify each other in the coming years, robotics presents new and as-yet untapped potential for technological advancement and opportunities to innovate. 

Scofflaw 鈥� A repeat parking offender; many organizations maintain lists of known scofflaws. 

Scan-to-pay 鈥� Using a smartphone鈥檚 integrated camera to scan a code that directs the user to a secure payment portal, whether it鈥檚 a QR code on a sign in the lot or decal on the side of a parking meter or scanning the barcode on the user鈥檚 entry ticket for a gated facility.

Seasonal Parking 鈥� Specific zones where parking is permitted and/or paid during certain times of the year.

Servitization 鈥� A strategy that shifts a business outcome to an ongoing service rather than a one-time sale 鈥� streaming services in lieu of physical media are an example most are familiar with. Observing this shift in consumer preferences in other areas of the economy, parking operators have an opportunity to drive volume to their location by layering services 鈥� e.g., valet parking, car washes, EV charging 鈥� on top of the core parking transaction as a means of offering a convenience that contributes to customer loyalty.

Smart Meter 鈥� Automated multi-space parking meters that feature advanced technology and communicate performance statuses and alarms in real-time to a live central monitoring facility, allowing for maintenance and technical support needs to be detected and attended to immediately. Smart parking meters also generate data and reports and can be integrated with software enhancements like mobile parking payment apps and cloud-based parking enforcement technology.

Space Sensor 鈥� A sensor designed to detect whether a specific parking stall is occupied. Space sensors can be pressure-sensitive devices embedded in the parking lot surface, or they can be camera-based devices mounted on bollards or the facility鈥檚 ceiling that actively monitor a stall and detect whether a vehicle is present. In either case, the sensors transmit their data to a central management system that can then be drawn upon for the purposes of parking guidance, stall counting, enforcement patrols, and analytics.

Specialized Staffing 鈥� Parking operation staff trained and deployed to work in specific services, such as valet, shuttle, welcome ambassador programs, and product launch support.

Spatial Mapping 鈥� A 3D map of an environment and the objects within it that lets you inhabit a space virtually. This blend of the physical and virtual is an increasingly popular design phase in large-scale projects to model how users will interact with a space, which lets planners optimize a space for collision avoidance and pedestrian safety.

Transit Time 鈥� A configurable period between paying at a pay station and exiting the facility. This gives customers the convenience of broader payment options at a full-service pay station compared to pay-in-lane. However, if the customer does not exit the facility within the determined transit time, a fee for the longer stay will be calculated at the exit.

Turnkey Solution 鈥� An end-to-end solution for a parking operation that includes parking management services, parking equipment, technology innovations, construction, facility maintenance, and revenue processing.

Urban Mobility 鈥� Mobility within an urban environment leverages the many transportation options available to consumers, including public transportation, rideshare programs, walking and cycling, as well as parking considerations for personal vehicle-based transportation. As a concept, urban mobility considers traffic management, road safety, the environment, and the economy.

Validation 鈥� Parking at a discounted or complimentary rate, whether issued in advance as a promotional item in the case of a voucher or coupon or applied to an entry ticket in return for a customer鈥檚 patronage; in the case of multi-tenant parking facilities, the discount amount is usually charged back to the department or business that issued the validation to the customer the validation.

Vehicle Signature 鈥� A set of characteristics that, in combination, describe a unique vehicle 鈥� for example, the vehicle鈥檚 make, model, and year, along with the license plate number it鈥檚 assigned and the RFID tag embedded in a windshield sticker. As parking operations become increasingly automated, this unique identifier can be leveraged to allow entry to and exit from a parking facility, charge preferential rates as part of customer loyalty programs, or assist law enforcement in identifying vehicle movements in the vicinity of the operation.

Violation 鈥� Parking a vehicle in a manner against the law or local regulation; this may also refer to the violation notice a customer receives when their vehicle is found to be parked illegally.

Virtual Reality (VR) 鈥� Provides an immersive experience using computer-generated 3D images to simulate complete environments. PwC has identified VR as one of the 鈥淓ssential Eight鈥� technologies that are expected to interact with and amplify each other in the coming years. VR presents new and untapped potential for technological advancement and opportunities to innovate.

Wayfinding 鈥� Signage and other resources that enable customers to navigate a parking lot both in their vehicle and on foot.

3D Printing 鈥� A manufacturing process that builds physical objects from digital models. Identified by PwC as one of the 鈥淓ssential Eight鈥� technologies that are expected to interact with and amplify each other in the coming years, 3D printing presents new and as-yet untapped potential for technological advancement and opportunities to innovate.

This glossary highlights the nuances of the parking and mobility industry. Whether you鈥檙e an experienced professional keeping pace with industry developments or a curious enthusiast seeking to better understand urban mobility, this resource offers valuable insights.

References

Driving into the future: How generative AI is transforming the auto industry. Medium. (2023, June 14).  

Germain, D. (2023, October 20). Monetizing the curbside in the age of automation - 黑料社区: Parking management services. 黑料社区 | Parking Management Services. /news/monetizing-the-curbside-in-the-age-of-automation  

Hanson, H. (2023a, November 3). New gas-powered cars are set to be banned in Canada & Changes Start in 2026. Narcity.  

In case you missed it: How to stay in control in the ever-changing world of technology - precise ParkLink: Parking management services. 黑料社区 | Parking Management Services. (2022a, October 27). /news/how-to-stay-in-control-in-the-ever-changing-world-of-technology  

Mobility as a service and the parking industry. RSS. (n.d.).

黑料社区: Full-service parking solutions. 黑料社区 | Parking Management Services. (n.d.). / 

Servitization strategy ensures increased profitability. (n.d.).

SKIDATA Stadium & Arena Solutions Overview. (n.d.).  

What is urban mobility? - precise ParkLink: Parking management services. 黑料社区 | Parking Management Services. (2022, December 13). /news/what-is-urban-mobility

IPI International Parking Institute. (2017). Technology Glossary for Parking Professionals.

Published on Parking Industry Insights

Author: Luigi Lato, Chief Operating Officer, 黑料社区

As we enter 2025, technological advancements and the rising emphasis on connected experiences are transforming the parking industry. These innovations create opportunities to improve customer journeys, streamline operations, and achieve sustainability goals. Adopting a forward-thinking strategy is essential for facility managers and owners to stay competitive in this evolving landscape.

 Check out the top 25 solutions to empower your parking management strategy and position you for success in the upcoming year and beyond. 

1. Advanced electric vehicle (EV) charging solutions tailored to societal demands.

   With the Canadian government mandating the end of gas-powered vehicle production by 2025, the demand for EV) is gaining popularity. Now is the time to start planning your EV charging station infrastructure. Installing EV charging stations within your parking facility increases your lot's desirability, catering to a broader audience in search of convenient and sustainable parking solutions.  

2. Leverage Internet of Things (IoT) and smart parking sensors for real-time insights and streamlined operations.

   Deploying can provide real-time data on occupancy levels. These sensors detect whether a parking stall is vacant or occupied and transmit this information to a centralized system. Seamlessly tracking vehicular data for various use cases facilitates optimal space utilization, minimizes congestion, and elevates overall operational effectiveness.

3. Enhancing parking facility efficiency with internal automation.

   Internal automation is revolutionizing parking facilities by streamlining operations and improving overall efficiency. From automation billing and permit management to real-time monitoring and enforcement, automation tools reduce the need for manual interventions, allowing staff to focus on higher-value tasks. It can offer faster, more accurate services while reducing operational costs by automating routine processes such as payment collection, permit issuance, and reporting. Additionally, automated systems provide real-time data and insights, helping facility managers make informed decisions and optimize resource allocation.

4. Generative AI algorithms for accurate and intelligent parking predictions.

   Generative AI algorithms can predict parking demand using historical data, events, or trends. This enables better resource allocation and planning for parking facilities. It also allows parking operators to develop a pricing strategy based on traffic patterns, maximize revenue and proactively identifying issues and equipment breakdowns.

5. Interactive business intelligence (BI) dashboards for powerful and enhanced data visualization.

   In contemporary parking facility management, visually interpreting data is key. Select a business intelligence system that functions as a central management platform that will allow you to successfully manage and control your parking portfolio with access to a wealth of data insights, real-time system performance, and live control over the technology on-site.

6. Mobile parking platforms aligning with Mobility-as-a-Service (MaaS) innovations.

   A is one of many ways to implement Mobility-as-a-Service (MaaS) into your parking strategy. Offering your customers a quick and easy way to pay, reserve parking, and schedule last-mile services all from their mobile devices creates a seamless parking experience and increases your parking revenue.

7. Micromobility parking stalls designed for diverse transportation modes.

   As the concept of micromobility continues to grow, parking facilities need to accommodate eco-friendly transportation alternatives like e-scooters, bicycles, and carpooling. By allocating specific spaces within the facility for these compact modes of transportation and implementing clear , you optimize parking stall usage and facilitate easier facility management for owners.

8. Secure payment processing procedures to ensure transparency and trust.

   Financial compliance is critical as mandates and payment processing procedures evolve annually. Parking facility managers must proactively engage with their technology provider to ensure compliance and make necessary upgrades to meet the latest standards. Incorporating contactless payments and digital wallets ensures financial transparency and compliance with evolving standards while enhancing the customer experience.

9. Digital signage for improved wayfinding and essential facility information.

   Step into the future of navigation with the implementation of digitalized . Digital signage is highly adaptable and can be used for various use cases, including real-time occupancy updates, communication, operational updates and safety information. It can even be sold to third-party advertisers to promote their brand, allowing you to capitalize on an additional revenue stream. 

10. Dynamic pricing to maximize revenues and occupancy levels.

    Incorporating dynamic pricing into your parking strategy is an effective method for maximizing revenue and optimizing space utilization. By upgrading hardware, you can enable seamless digital actions and behaviour tracking, allowing you to adjust prices in real-time based on demand. This approach personalizes the customer experience while ensuring maximum profitability and efficiency for parking facilities.

11. License Plate Recognition (LPR) technology for intelligent vehicle access control.

    Devising a strategic parking operation plan starts with understanding where, when, and for how long customers park at your facility. Intelligent technologies like (LPR) allow you to devise smart access control, provide automatic enforcement and gather real-time business intelligence. Drawing on LPR for accurate license plate capture are digital vehicle signatures鈥攚hich recognizes the make, model and colour to help detect and cater to returning or frequent visitors..

12. Smart sensors and vehicle heads-up displays for frictionless parking.

    Smart sensors and vehicle heads-up displays (HUDs) create a frictionless parking experience. Smart sensors, placed throughout parking facilities, detect space availability in real-time and transmit this data directly to the vehicle鈥檚 HUD. Drivers receive clear, intuitive directions to open spots without distractions, streamlining navigation and reducing congestion.

    On the operational side, sensors gather real-time data, helping parking managers maximize space efficiency, enhance security, and improve overall control. This combination of smart sensors and HUDs enhances the user experience while offering valuable insights for parking facilities to boost revenue and streamline operations.

13. 24/7 remote monitoring and digital customer service for instant support and assistance.

    Incorporate 24/7 to elevate customer support within your parking facility and monitor the health of your equipment. Whether utilizing AI technologies or remote CSRs, or a combination of both, you have the capacity to provide real-time assistance, address inquiries, and guide customers through various parking processes whenever necessary. This ensures timely assistance and uninterrupted operations.

14. A comprehensive parking information webpage to enhance your online presence.

    Developing a robust where customers can easily access information about your parking lot is vital. This creates a direct communication channel for your visitors and provides information on your lots. Setting up dedicated pages within your website and a local business page on Google will allow you to maximize your location awareness.

    Once you have perfected your online presence, it's time to start capitalizing on local SEO techniques. This will ensure your facility's physical location is visible in the top results of search engines and in-car navigation systems, thus increasing the number of drivers who request directions to your parking facility.

15. QR code and barcode scanners for fast and efficient entry and exit.

    Integrating with your existing parking technology is an easy way to begin accepting digital permits, payment flexibility, validations, reservations, and loyalty programs using QR codes or barcodes.

16. Accessible parking pay stations for equal access, ease, and convenience.

    Creating an environment that prioritizes accessibility helps your parking facility provide equal opportunities for everyone, regardless of their physical abilities.  must feature adjustable height and hearing-aid compatibility to accommodate individuals with diverse mobility needs. This commitment aligns with principles of inclusivity and enhances the overall accessibility and usability for a wider range of individuals.

17. Online ads to boost location awareness and visibility.

    As a parking facility manager, your goal is to get your location in front of as many people as possible, and running will help you do just that. When developing a paid ad campaign, it is vital to determine a few key factors: your target demographic, where they spend their time, and the keywords they use when looking for your facility. This will give you insight into where to target your next ad campaign. 

18. Scan-for-assistance signage for streamlined parking operations without on-site staff.

    Customer inquiries are inevitable in parking environments. By incorporating a scan-for-assistance solution, you can provide customers with a unique and instant self-service option, offering immediate on-site assistance without requiring on-site staff.

19. Bluetooth Low Energy (BLE) permits for seamless hands-free facility access.

    Offering is a great starting point for smart access and connected building strategies. BLE permits allow registered users to access your gated parking facility seamlessly by using Bluetooth on their smartphone. Once the registered users arrive at the parking entry or exit lane, their mobile BLE permit is detected by a BLE reader, and the gate automatically opens. frictionless solution reduces wait times and enhances user satisfaction.

20. Quality assurance audits to ensure compliance with operational safety standards.

    Ensuring your parking facility is well-maintained and meets standard safety requirements is vital. It is important to conduct frequent on-site audits or monitor your parking facility remotely to ensure your parking experience remains pleasant. 

21. Maintenance and technical support programs to optimize equipment performance.

    Maintaining the functionality of your parking facility is crucial for building customer trust. To achieve this, it is essential to establish a with your supplier to effectively address downtimes. This involves considering various support elements, including warranty and parts supply programs, comprehensive installation and maintenance packages, self-maintenance training options, technical service availability, and efficient back-end troubleshooting.

22. Digital kiosks with advertising opportunities to generate additional revenue.

    There are more ways to add a revenue stream to your parking facility than you may expect. Investing in a digital kiosk will allow you to promote your business or sell advertising space to others. The best part? This standalone technology can be integrated into your existing parking infrastructure, so no downtime is required!

23. Flexible parking permits with automated management for improved convenience and revenue.

    The traditional workday has evolved into one that offers employees flexibility, convenience, and choice. Your parking solution should reflect this shift. Flexible parking permits provide your customers with options tailored to their unique needs, securing customer loyalty and recurring revenue streams. By integrating permit software that automates your entire billing and collection process, you gain the ability to manage diverse permit types, including long-term, short-term, temporary guest, or contractor permits, with ease. The software should support multiple billing and payment options, offer the flexibility to set billing cycles, and help regulate your monthly cash flow. Adding mobile wallet integrations is an added bonus that provides your customers with convenient access to their permits.

24. Energy-efficient parking meters that enhance the eco-friendliness of your facility.

    Eco-friendly parking facilities featuring energy-saving parking technology are becoming increasingly important. Recognizing the heightened environmental consciousness among customers, parking facilities are urged to integrate advanced energy-saving and eco-friendly elements to establish trust with their customers. Considering solar panel-powered models and motion sensor-activated LED lights in are viable options, presenting an opportunity for reduced operational costs.

25. Integration with urban mobility hubs for a connected experience.

    Urban mobility hubs are becoming essential for cities aiming to streamline transportation. Integrating your parking facility with these hubs provides seamless connections to public transit, rideshare services, and micro-mobility options like e-bikes or scooters. This enhances customer convenience and supports sustainable urban transportation goals, positioning your facility as a key player in the future of mobility.

By embracing these solutions, parking facility managers and owners can create efficient, customer-focused facilities that thrive in the evolving parking and mobility landscape. Proactively adopting these technologies and strategies ensures your parking facility remains at the forefront of innovation in 2025 and beyond.

References

A guide to ADA compliance in Canada. ADA Solutions - Tactile Warning Surfaces. (2023, October 17).

Accessible parking. ADA National Network. (2023, November 16).  

City of toronto accessibility design guidelines. City of Toronto. (n.d.).

Highway Traffic Act  R.R.O. 1990, REGULATION 581  ACCESSIBLE PARKING FOR PERSONS WITH DISABILITIES. Ontario.ca. (2018, November 19).  

Schmidt, S. (2024, November 15). Mobility hubs: The future of multimodal transportation in Cities. PTV Blog.

Signage for Accessible Parking. GTAA Illustrated Technical Guide to the Design of Public Spaces. (n.d.). .

Published on Parking Industry Insights

Author: Ashley Jordison, General Manager, 黑料社区

Effective parking signage is vital in creating a safe, organized, and user-friendly experience for drivers across Canada. With the 2025 updates to signage requirements, there鈥檚 an emphasis on accessibility, digital integration, and clear guidance. Parking facility owners and managers can ensure compliance, enhance driver experiences, and support community safety by adhering to these standards

Below are several key elements your parking signage must include in 2025.

1.  Clear Instructions

   Using simple, straightforward language is essential to prevent confusion. Signage should communicate wayfinding directions, rates, payment options, and specific guidelines effectively, ensuring drivers understand at a glance.

2. Essential Information

   Displaying facility hours, parking rates, payment methods, and parking levels prominently is required. In 2025, digital signage will be more prevalent, allowing real-time updates and adjustments as needed, particularly in dynamic pricing models.

3. Parking Rules and Regulations

   Restrictions, such as no-parking zones, time-limited parking, and reserved spaces for tenants or electric vehicles (EVs), should be clearly marked. Adhering to these requirements ensures proper space usage and minimizes unauthorized parking, enhancing user compliance and security.

4. Safety Information

   Safety-focused signage, including speed limits, pedestrian crossings, emergency exits, and designated walkways, contributes to a safe environment for drivers in high-traffic areas, ensuring clear communication during emergencies.

5. Accessible Compliance

   Following regional accessibility standards, such as the , is critical. Parking signage must include high-contrast lettering, standardized symbols, and appropriate height placement for clear visibility, particularly for accessible parking spaces and facility entrances.

Specialized Signage for Specific Parking Needs

Different parking situations demand specialized signage to ensure that drivers find the right information for their specific needs. From electric vehicle stations to temporary event signage these additions support a range of scenarios in modern parking facilities.

1.  EV Charging Spaces

   With the growth in electric vehicles, dedicated EV signage is mandatory, including details on power availability, charging limits, and any time-based parking restrictions. This signage should ensure spaces are reserved solely for EVs.

2. Temporary and Event-Specific Signage

   Temporary signs for special events or seasonal adjustments, like snow removal areas or construction detours, are essential for maintaining clean driver guidance during changes in usual parking layouts. Event-based signage helps drivers adjust to temporary conditions with ease.

3. Directional and Wayfinding Signage

   Effective wayfinding should be placed throughout parking facilities, including guidance for entrances, exits, specific zones, and floor levels in multi-storey parkades. Real-time stall counters for visitors, employees, and other designated spaces help drivers locate parking faster, reducing congestion.

 Emerging Trends in Parking Signage

Advances in technology are transforming parking signage, allowing for greater adaptability and real-time communication. In 2025, emerging trends like digital signage and smart system are setting new standards for effective parking management.

1.  Digital Signage

   Digital signage allows real-time updates for parking availability, pricing adjustments, and special instructions, making it a valuable addition in 2025. This technology not only improves user experiences but also gives facility managers more flexibility in providing accurate information.

2. Smart Signage and IoT Integration

   Smart signage equipped with Internet of Things (IoT) sensors can track real-time data, such as occupancy levels and the availability of EV charging stations. This integration offers enhanced convenience and efficiency, allowing drivers to make informed parking decisions before entering the lot.

The updates to Canada鈥檚 parking signage requirements in 2025 emphasize safety, accessibility, and smart integrations. By incorporating these standards, parking facilities can better meet driver needs, support accessibility, and embrace sustainable practices. Reviewing and upgrading signage can position facilities as leaders in parking management, ensuring compliance and creating a seamless experience for all drivers.

At 黑料社区, we offer integrated parking solutions that meet your organization鈥檚 unique needs.  Submit the inquiry form below to learn more about what we have to offer.

References

Guidance in reach. The Canadian Parking Association. (n.d.-b).

ParkLink, P. (2023a, December 15). 6 signage essentials for a well-managed parking facility. Parking Industry.
黑料社区 | Parking Management Services. (2024c, February 23). How signage can help you meet basic facility requirements - precise ParkLink: Parking management services. 黑料社区 | Parking Management Services. /news/how-signage-can-help-you-meet-basic-facility-requirements

Published on Parking Industry Insights

Author: Val茅rie Charlebois, Regional Sales Manager, 黑料社区

Parking signage is crucial in guiding drivers, ensuring safety, and maintaining order in parking facilities. Creating effective parking signage involves multiple steps, from understanding the regulations to ensuring the design aligns with the facility鈥檚 branding.

Here鈥檚 a look at the six key stages involved in creating parking signage:

1. Understanding Regulations and Compliance

In Canada, parking signage must meet specific regulatory requirements set out by provincial authorities, municipalities, and the These rules ensure uniformity and compliance across public and private parking facilities. Each province may have its own guidelines, but key aspects apply nationwide.

Key considerations:

• Accessibility Requirements: Parking signs must comply with the or relevant provincial standards, ensuring accessible parking is clearly marked.

• Bilingual Signage: In bilingual provinces such as Quebec, signage must be in both French and English.

• Local Bylaws: Municipal bylaws dictate regulations for time-limited parking, permit zones, and fines, ensuring signs reflect accurate enforcement details.

2. Site Evaluation and Needs Assessment

Evaluating the parking facility is crucial in determining the number, type, and placement of signs. This includes analyzing traffic patterns, identifying areas with high pedestrian activity, and considering the facility鈥檚 specific requirements.

Key considerations:

• Traffic Flow: Identify high-traffic areas, including entrances, exits, and intersections, to optimize sign placement.

• Pedestrian Safety: Pinpoint locations where pedestrian crossing occurs to ensure warning and direction signs are visible.

• Vehicle Types: Consider designating parking for electric vehicles (EVs), delivery trucks, or oversized vehicles, requiring specific signage.

3. Signage Design

The design of parking signage in Canada must be straightforward, easy to understand, and adhere to provincial or municipal guidelines. Beyond legal compliance, signage should align with the parking facility's branding while remaining visible and legible in different weather conditions.

Key considerations:

• Essential Information: Ensure the signage displays key facility details like hours of operation, parking rates, payment options, and available parking levels.

• High Visibility: Choose colours and fonts that offer maximum contrast, such as black-on-white or yellow-on-black, to maintain visibility in snow or low-light conditions.

• Use of Symbols: universal symbols, like the wheelchair icon for accessible parking or the 鈥淧鈥� symbol for parking, should be used to enhance comprehension.

4. Material Selection

Parking signage in Canada must be durable and weather-resistant due to the country鈥檚 diverse climate, which includes harsh winters and varying temperatures. Material selection plays a critical role in ensuring that signs remain functional and legible throughout the year.

Key considerations:

• Durable Materials: Aluminum is a common choice for outdoor signs due to its resilience against rust, cold temperatures, and snow.

• Reflective Coating: Reflective materials are essential to ensure visibility at night and in inclement weather, such as snowstorms or rain.

• Weatherproofing: Signs should be resistant to extreme cold, snow, and moisture, particularly in regions prone to harsh winter conditions.

5. Production and Fabrication

The fabrication process involves the actual production of the signage, ensuring that it meets both aesthetic and regulatory standards. Signage should be durable enough to withstand environmental stressors while maintaining the clarity of its design and text.

Key considerations:

• Printing Methods: Screen printing and digital printing are popular choices for large-scale production. UV-resistant inks help prevent fading due to sunlight exposure.

• Customization: Facility-specific logos, colours, or icons may be incorporated into the design for branding consistency.

6.  Installation

Proper installation ensures that parking signage is clearly visible and compliant with local bylaws. In Canada, weather conditions must be factored into the placement and height of signs.

Key considerations:

• Mounting Heights: Signs should be installed at a height where they remain visible above snowbanks during winter

• Snow and Ice Resistance: Secure installation is critical to ensure signs remain intact and upright, even during storms or heavy snowfall.

• Compliance with Local Codes: Each province or municipality may have specific requirements for the placement of signs, such as minimum distances from intersections or pedestrian zones. 

Effective parking signage in Canada requires a deep understanding of both local and national regulations, as well as practical considerations like visibility in various weather conditions. By following a structured process, the parking facility manager or owner can ensure their signage is clear, durable, and legally enforceable. Whether dealing with bilingual requirements or the unique challenges of weather, well-planned signage is key to creating an organized and efficient parking environment.

At 黑料社区, we offer integrated parking solutions that meet your organization鈥檚 unique needs.  Submit the inquiry form below to learn more about what we have to offer.

References

9 essential tips for effective parking facility signage. OperationsCommander. (2023, December 23).

Parking Industry. (2023, December 15). 6 signage essentials for a well-managed parking facility. Parking Industry.

黑料社区 | Parking Management Services. (2024a, February 23). 5 reasons why you should install parking signage at your facility - precise ParkLink: Parking management services. 黑料社区 | Parking Management Services. /news/5-reasons-why-you-should-install-parking-signage-at-your-facility

Published on Parking Industry Insights

Author: Heath Tse, Manager Signs and Graphic Production

Parking signage plays a critical role in managing parking operations efficiently and enhancing the overall user experience. Clear, well-placed signage not only helps drivers navigate parking lots and garages but also contributes to safety, compliance, and revenue optimization.

In this article, we will explore various types of parking signage and discuss how each can benefit your facility.

1.Guiding Drivers with Directional Signage

Directional signage guides drivers through your parking facility and helps them find entrances, exits, parking zones, and specific destinations such as accessible parking or electric vehicle (EV) charging stations. Well-designed directional signage prevents traffic congestion and reduces the chance of accidents, ensuring smooth movement within your facility. Digital signage can be used for real-time updates on parking space availability, redirecting drivers to open spots quickly.

2.Enforcing Parking Rules with Regulatory Signage

Regulatory signs communicate essential rules that must be followed within the parking facility, such as speed limits, parking restrictions, and no-entry zones. These signs help ensure that drivers comply with facility regulations, promoting safety and preventing unauthorized parking. Consider utilizing more durable, reflective materials to ensure high visibility day and night.

3.Providing Essential Information Through Signage

Informational signage provides drivers with important information, such as parking rates, hours of operation, payment options, and directions to pay stations. These signs reduce confusion and enhance the user experience by making it easy for customers to understand parking policies and processes. Digital kiosks and electronic signs allow for dynamic updates, ensuring that information such as pricing or operational changes is always current.

4.Prioritizing Inclusivity with Accessible Signage

Accessible parking signage ensures compliance with regulations for individuals with disabilities. These signs must be highly visible and positioned correctly to designate space reserved for disabled drivers. Make sure your signage is compliant with local accessibility standards, including the use of internationally recognized symbols and reflective surfaces for better visibility.

5.Directing Drivers to EV Charging Stations

With the rise of electric vehicles, clear signage directing drivers to EV charging stations is essential. EV charging signage should be distinct from standard parking signage, with clear symbols and colours indicating where charging points are located. These signs should be placed strategically to not only indicate where EV stations are located but also how drivers can access and pay for charging.

6.Ensuring Driver Wellbeing with Safety Signage

Safety signs, such as fire exits, emergency evacuation routes, and pedestrian crossing warnings, are not just regulatory requirements. They are essential for ensuring the well-being of all drivers. These signs must be clear, concise, and placed in prominent locations. Ensure all safety signage is up to code and consider integrating illuminated signs for increased visibility in low-light conditions.

Parking signage is not just a regulatory requirement; it鈥檚 a key tool for optimizing your parking facility鈥檚 performance. The right signage can make a significant difference from guiding drivers and promoting safety to enhancing the user experience and even boosting revenue.

At 黑料社区, we offer integrated parking solutions that meet your organization鈥檚 unique needs.  Submit the inquiry form below to learn more about what we have to offer.

References

9 essential tips for effective parking facility signage. OperationsCommander. (2023, December 23).

Parking Industry. (2023, December 15). 6 signage essentials for a well-managed parking facility. Parking Industry.

黑料社区 | Parking Management Services. (2024a, February 23). 5 reasons why you should install parking signage at your facility - precise ParkLink: Parking management services. 黑料社区 | Parking Management Services. /news/5-reasons-why-you-should-install-parking-signage-at-your-facility

Published on Parking Industry Insights

Author: Paul Banyard, Account Executive at 黑料社区

The parking and mobility industry is transforming rapidly, driven by technological advancements and shifting consumer behaviours. As we approach 2025, staying ahead of emerging trends is critical for paid parking facility owners and managers looking to remain competitive. The rise of paid parking systems, AI-driven technologies, and smart parking innovations are reshaping the way parking operations function. To thrive in this rapidly evolving landscape, it鈥檚 essential to adopt strategies that address future challenges and opportunities, ensuring your parking facility meets the demands of both customers and urban environments.

Below are key considerations to ensure you set your paid parking program up for success in 2025 and beyond.

Understanding the 2025 Parking Landscape

Several key trends will shape the parking landscape in 2025, notably the integration of artificial intelligence (AI). AI technologies will enable smarter decision-making, enhance user experiences, and streamline operations. However, with these advancements come potential challenges, including urban congestion, sustainability concerns, and technology disruptions. Parking facility owners and managers must navigate these hurdles while leveraging emerging opportunities to provide effective solutions.

Key Components of a Successful Parking Program

A successful parking program in 2025 will depend on three core components: technology innovation, customer-centric solutions, and operational agility. Implementing cutting-edge technologies like AI and IoT will streamline operations, while user-friendly interfaces like mobile payment platforms will enhance customer satisfaction. Investing in operational agility will allow facilities to adapt quickly to evolving trends and customer needs.

• Technology Integrations: Investing in smart parking systems, such as integrated access solutions, smart mobile payment platforms,  AI-driven parking management software and IoT-enabled sensors, will be paramount for staying competitive in 2025. These systems offer real-time availability data, allowing users to find parking spaces quickly and easily. Moreover, predictive analytics can help optimize pricing strategies, monitor occupancy, and forecast future trends. The data generated from these technologies allows for dynamic pricing opportunities, enabling facility owners to capitalize on peak times by increasing rates and building occupancy during downtimes by lowering rates. This flexible pricing model maximizes revenue and ensures your facility remains full.

  The Internet of Things (IoT) will play a vital role in creating interconnected systems that enhance operational efficiency and communicate in real time. For example, sensors embedded in parking spots can provide live data on availability, enabling smarter parking allocation and reducing congestion. This not only streamlines operations but also enhances the user experience by minimizing the time spent searching for parking.

• Mobile Payment Platforms: Offering seamless mobile payment options is crucial for meeting the evolving needs of your customers. Customers are opting for mobile payments due to their convenience, speed, and ease of use. Additionally, the ability to pay through mobile devices simplifies the process for users, enhancing satisfaction and encouraging repeat visits.

• License Plate Recognition (LPR): Utilizing LPR technology can significantly improve operational efficiency by automating entry, exit, and billing processes. Customers don鈥檛 need to pull a ticket or make a manual payment, as the system recognizes the license plate, matches it with a payment method, and processes the transaction automatically. This not only speeds up the overall experience, but also reduces human errors and creates tailored experiences by allowing you to define lists for specific parking rules, like VIP or frequent visitors.

Focusing on these key elements is essential to positioning your parking program for success in 2025, enhancing operations and customer experiences further. We encourage facility managers and owners to evaluate their current paid parking programs and consider this approach to stay competitive. Embracing these innovations will enhance operational efficiency, boost revenue, and elevate customer satisfaction.

 At 黑料社区, we offer integrated parking solutions that meet your organization鈥檚 unique needs.  Submit the inquiry form below to learn more about what we have to offer.

References

Dynamic pricing: A success story in Three stages. The Canadian Parking Association. (n.d.).

黑料社区 | Parking Management Services. (2024, March 18). Top 4 parking and mobility trends to keep top of mind in 2024 - precise ParkLink: Parking management services. 黑料社区 | Parking Management Services. /news/top-parking-mobility-solutions-to-keep-top-of-mind-in-2024

黑料社区 | Parking Management Services. (2024b, May 3). How AI enhances license plate recognition accuracy for parking - precise ParkLink: Parking management services. 黑料社区 | Parking Management Services. /news/advancing-accuracy-with-ai-in-lpr

Published on Parking Industry Insights

Author: Lui Venir, Account Executive at 黑料社区

As urban areas expand, the need for efficient parking management in mixed-use developments has grown significantly. These developments typically combine residential, commercial, retail, and entertainment spaces within a single area, creating complex parking demands from a diverse users. Mixed-use parking operations must balance the needs of long-term residents, short-term visitors, and daily commuters, all while managing traffic flow and ensuring a positive user experience.

Explore the key strategies and benefits below to learn how a well-executed paid parking system can help facility managers and owners tackle these challenges and drive long-term success.

Understanding Mixed-Use Parking Needs

Mixed-use parking operators face the challenge of serving diverse user groups, from long-term residents and office workers to short-term visitors like shoppers and diners. Balancing these competing needs requires careful planning to ensure that each group has adequate access to parking without creating congestion. For example, residents expect consistent parking availability, while retail visitors prioritize convenient, short-term spaces. Managing traffic flow during peak periods, such as business hours or weekend events, adds another layer of complexity, as multiple user groups may be competing for the same spaces. Additionally, seamless and convenient payment options are essential, whether through mobile apps or contactless methods, since outdated or cumbersome systems can lead to user frustration and diminished customer satisfaction.

Implementing a paid parking system offers significant benefits in addressing these challenges. Not only does it generate a reliable revenue stream, but it also enables better space utilization by allowing operators to monitor occupancy and adjust pricing based on real-time demand. Dynamic pricing models can optimize revenue during peak times while offering flexible payment options that enhance the overall user experience. Ultimately, a well-executed paid parking system creates a more organized, efficient, and user-friendly parking environment, leading to improved customer satisfaction and better operational outcomes for mixed-use developments.

Key Considerations Before Implementation

Before implementing a paid parking system, conducting a thorough analysis of your current parking needs is essential. This includes evaluating existing parking usage, identifying peak times, and understanding user demographics. Knowing when demand is highest, which groups use the parking facilities, and how long they typically stay will help inform key decisions about space allocation and pricing models. For instance, office workers may require all-day parking, while retail visitors typically need short-term options. A detailed analysis ensures that the system is tailored to the unique needs of the operations, maximizing both efficiency and revenue.

Additionally, selecting the right technology is a critical factor for success. Options such as a gated parking system, parking meters, mobile payment platforms, and enforcement solutions all play important roles in creating a seamless user experience. Gated systems provide controlled access, while mobile payments offer flexibility and convenience for users. Effective enforcement, like license plate recognition, ensures compliance and prevents unauthorized parking. Integrating these technologies enhances operational efficiency and helps manage user expectations, making the overall system more reliable and user-friendly. Remote monitoring systems provides real-time oversights of parking operations, enabling swift issue resolution and continuous system health checks. This proactive approach allows for minimized downtime and addressing user concerns promptly. Paired with 24/7 virtual customer service, it ensures that users have seamless support at any time, enhancing their overall parking experience.

Measuring Success and Continuous Improvement

Once your paid parking system is implemented, it鈥檚 crucial to continuously monitor key performance indicators using a business intelligence platform to ensure long-term success. Tracking occupancy rates helps determine how effectively spaces are utilized while monitoring revenue ensures the system meets financial goals. User feedback is equally important, as it provides insight into the customer experience and highlights areas for improvement. Additionally, evaluating enforcement effectiveness, such as compliance with payment rules and the efficiency of ticketing or license plate recognition systems, helps maintain order and deter violations. 

Operators should be prepared to make ongoing adjustments based on the data collected. This may involve modifying pricing strategies to better align with demand during peak and off-peak hours or refining enforcement measures to ensure greater compliance. Regularly reviewing these metrics and making data-driven adjustments allows the parking system to remain flexible, efficient, and responsive to both operational needs and user expectations, ensuring sustained success.

Successfully implementing a paid parking system for a mixed-use operation involves understanding the unique needs of various users, conducting a thorough analysis of current operations, choosing the right technology, and continuously monitoring key metrics. By addressing these steps, facility managers and owners can optimize space utilization, enhance user experience, and generate consistent revenue. A well-implemented paid parking system streamlines operations and offers flexibility and scalability as demand evolves. Adopting such a system can transform a challenging operation into a seamless, efficient, and performance of your mixed-use parking facility.

 At 黑料社区, we offer integrated parking solutions that meet your organization鈥檚 unique needs.  Submit the inquiry form below to learn more about what we have to offer.

References

Carlson, E. (2024, April 3). How to implement effective parking strategies for mixed-use developments. Parkade.

Flowers, H. (2024, April 5). Parking management for mixed use properties. National Parking.

Tse, B. (2024, August 21). 5 considerations when implementing a parking program for a mixed-use property - precise ParkLink: Parking management services. 黑料社区 | Parking Management Services. /news/what-a-mixed-use-development-parking-program-needs-to-include

Published on Parking Industry Insights

Author: Cassandra Carchesio, Manager of Marketing & Communications at 黑料社区

Over the last few decades, the digital marketing industry has undergone a remarkable transformation. What was once just print advertisements and radio commercials has shifted to a dynamic, multi-channel approach that integrates various platforms and digital tools. This evolution has reshaped industries across the board, including parking and mobility. Parking facility owners and managers now leverage cutting-edge digital marketing techniques to attract customers to their lots.

Below are three key trends for your parking operation鈥檚 marketing efforts in 2025.

Trend 1: Leveraging Generative AI for Greater Visibility on Google

Generative AI can play a key role in helping parking facilities identify the specific keywords and search queries customers use when seeking parking solutions. By analyzing search trends and customer inquiries, AI can uncover popular terms related to parking availability, payment options, EV charging stations, and more. Incorporating these keywords into your blog posts, web pages, and other content ensures you鈥檙e addressing customer needs directly. This approach improves relevance and enhances your chances of appearing in featured snippets, positioning your facility as the go-to solution when potential customers search for parking-related information. 

Online reviews are essential for local SEO, particularly for parking facilities looking to improve their visibility in search results. Positive reviews enhance your facility鈥檚 credibility and builds trust with potential customers by showcasing real experiences. Meanwhile, constructive feedback offers valuable insights and opportunities for improvement, helping you refine operations and customer service. Generative AI can assist facility managers and owners in responding to these reviews by crafting thoughtful, timely responses. Whether addressing positive feedback or resolving concerns, AI can help maintain a proactive online presence, improving customer satisfaction and boosting your local SEO performance.

Platforms like Google and Meta have made creating online ads for your parking facility easier, streamlining the process of promoting your location to potential customers. With built-in generative AI features, these platforms can craft compelling titles, descriptions, and even images based on the keywords and key information you provide. This allows you to efficiently generate tailored ad content that resonates with your target audience and improves ad performance. By automating the creation of compelling, keyword-rich ads, these AI-driven tools help you effectively showcase your parking facility and attract more visitors. 

Trend 2: Social Media Marketing to Sell Your Facility鈥檚 Social Experience

Social media platforms are increasingly being used as search engines, with users turning to them for quick, visually engaging answers to their questions. Platforms like Instagram and TikTok are no longer just for sharing photos or videos; they鈥檙e becoming the primary search tools, especially for younger generations. For those managing a parking facility, this means it鈥檚 crucial to maintain an active presence on social media to meet customers where they are already spending their time.

Social media fosters an environment where businesses can build community and brand loyalty through consistent, engaging content. By highlighting features like special promotions, loyalty programs, or unique amenities, parking facilities can turn social media into a dynamic platform for customer engagement. Social interactions on these platforms allow businesses to receive real-time feedback and build a relationship with their audience, transforming the customer journey from mere transactions to memorable experiences. This makes social media not just a promotional tool but a vital part of how customers search, engage, and make decisions.

Trend 3: Engaging Customers Organically Through Influencer Marketing

Building on the trend of social media marketing, influencer marketing allows parking facilities to reach their audience more organically and authentically. A key advantage of utilizing Influencer marketing is to create authentic content showcasing the facility鈥檚 features and parking experience. When potential customers see influencers they trust using and endorsing a facility, they鈥檙e more likely to follow suit, creating a ripple effect of brand awareness.

Influencer marketing amplifies the social experience, as users are not just consuming ads, they鈥檙e part of a conversation. Influencers often engage with their followers through comments, answering questions, and providing additional details about the promotions they endorse. This interaction deepens the connection between your customers and your brand, making the parking facility part of a larger social dialogue. Combining influencer partnerships with a strategic social media presence helps parking operations organically tap into growing markets, reaching their audience more naturally and engagingly.

As we look forward to 2025, it鈥檚 clear that generative AI, social media marketing, and influencer collaborations will be at the forefront of any effective digital marketing strategy. Together, these trends provide a comprehensive framework for parking operators鈥� growth in an increasingly digital world. By incorporating these strategies, parking facility managers and owners can remain agile and ahead of the curve in a rapidly changing market.

 At 黑料社区, we offer integrated parking solutions that meet your organization鈥檚 unique needs.  Submit the inquiry form below to learn more about what we have to offer.

References

Expand your parking brand鈥檚 reach with micro-influencers. Parking Today Media. (2019, April 1).

Harkness, L., Robinson, K., Stein, E., & Wu, W. (2023, December 5). How generative AI can boost consumer marketing. McKinsey & Company.

Singh, C. (2024, August 22). Ai in social media: Exploring use cases, challenges, & strategies. SocialPilot.

Thursday, October 10th, 2024

黑料社区 is proud to announce that its Chief Operating Officer, Luigi Lato, has been awarded the prestigious Ted Seeberg Award for his outstanding contribution to the Canadian parking industry. This recognition took place at the 2024 ) Conference and Tradeshow, held in Halifax.

The Ted Seeberg Award is presented annually to individuals who have demonstrated exceptional leadership and innovation within the Canadian parking sector. Luigi Lato鈥檚 remarkable vision and commitment have not only driven innovation at 黑料社区 but have also shaped the industry through strategic growth and modernization efforts.

鈥淚 am genuinely honoured and humbled to receive the Ted Seeberg Award. This recognition is a reflection of the hard work, passion, and dedication of the entire team at 黑料社区. I share this award with them and extend my heartfelt gratitude to our clients, whose trust and partnership have been the foundation of our success. Together, we continue to push the boundaries of innovation in the parking industry, and I am proud to be part of this exciting journey.鈥� expresses Luigi Lato.

While attending the CPA Conference, 黑料社区 showcased various innovative parking and mobility solutions and held a session that was co-led by Andrew Sgorlon and Chris Koch from , offering valuable insights into how to effectively integrate an electric vehicle (EV) infrastructure at your parking facility.

The event served as a great opportunity to engage with industry peers and discuss the future of parking. Still Luigi鈥檚 moment of recognition truly stood out, honouring his continued dedication to advancing 黑料社区 and the industry as a whole. 

For more information, contact:

Cassandra Carchesio

Manager, Marketing & Communications

黑料社区 Inc.

ccarchesio@precisebi.com

Published on Parking Industry Insights

Author:

Sales of electric vehicles have surged in recent years, fuelled by the urgent need to take action against climate change, as well as government and utility-funded incentives. Yet, many potential buyers remain hesitant to go electric, thanks to misconceptions about EVs and outdated information. Here we set the record straight on eight common EV myths.

Common EV Myths #1:

EVs are more expensive than gasoline-powered vehicles.

While the sticker price of an EV can be higher than a gasoline guzzler鈥檚鈥攐wed, in large part, to the cost of its powerful battery鈥擡V owners ultimately  over the lifetime of their vehicle. That鈥檚 because an EV鈥檚 charging, maintenance, and repairs costs can be  than the fossil fuel equivalent. Even when , which is typically pricier than plugging in at home, the fuel efficiency of electric batteries delivers more bang for your buck than gasoline or diesel. As well, EVs are frequently eligible for rebates, tax credits, and other incentives to offset the initial purchase of a vehicle or charger.

Common EV Myths #2:

EVs are worse for the environment than vehicles that run on fossil fuels.

The Environmental Protection Agency (EPA) in the U.S. and other major institutions have concluded that driving a low or zero-emissions vehicle has a significant net benefit for the environment compared to a gasoline or diesel-fuelled alternative鈥攅ven in areas where owners can鈥檛 rely on renewable energy for charging. So, where does this myth come from? As we discussed in our recent post on , it has origins in two facts. First, some regions of the world still rely on fossil fuels to provide the electricity that powers EVs. The greener the energy source, the greater the positive impact of switching to an EV. Second, making EV batteries leaves an ecological footprint from the mining of necessary minerals and power consumed during manufacturing.

Common EV Myths #3:

EV batteries don鈥檛 last.

The standard warranty for an EV battery covers eight years or 160,000 kilometres (100,000 miles), which protects the owner if the battery鈥檚 capacity drops by more than 30% during that period due to factory defects. With a little TLC, the lifespan of the battery could extend well beyond the warranty term. For example, in most battery types on the market, maintaining the battery level between  whenever possible promotes longevity.

Common EV Myths #4:

EVs don鈥檛 have sufficient driving range.

EVs travel roughly 60-80% as far as a gas-powered vehicle before needing to refuel, a figure that has caused some would-be EV owners to worry about 鈥渞ange anxiety鈥濃�攖he fear of not having sufficient power to reach a destination. With the battery capacity of newer EV models, however, range anxiety is becoming a thing of the past. The median range for 2021 EV models was an impressive  on a full battery鈥攎ore than enough for a family鈥檚 daily needs or a weekend trip. For comparison, a  found that, on average, British Columbians travel just 20 kilometres per day by car.

Common EV Myths #5:

EVs take a long time to charge.

Most EV drivers plug in routinely at  or , or get a top-up from a public charger while they鈥檙e out, which greatly reduces charging times. If you did need to quickly fill up an empty battery, a DC Fast charger could provide a full charge much faster, while a Level 2 charger can fully replenish a battery by the end of a workday or overnight. For an in-depth look at how fast Hypercharge charging stations top up batteries, check out our  post.

Common EV Myths #6:

EVs can鈥檛 handle cold weather.

As a Canadian company, we can debunk this one through first-hand experience鈥攁nd our friends in Norway would agree! Despite its chilly climate, Norway has the highest rate of EV ownership in the world, with EVs accounting for nearly  of new vehicle sales. While it鈥檚 true that frigid temperatures can reduce an EV鈥檚 range, and that both extreme cold and heat may slow charging times, these impacts vary considerably between EVs and can be minimized by choosing the right model for your climate. In 2020, the Norwegian Automobile Federation  twenty popular EVs under wintery conditions and found that the Hyundai KONA was among the better-performing models, losing just 9% of its range in the cold鈥攁nd that was without mitigating actions, such as prewarming the battery and cabin.

Common EV Myths #7:

The power grid can鈥檛 handle EV demand.

Do  need to invest in power grids and renewable energy to support the widespread adoption of zero-emissions vehicles? Yes. Will the existing power grid collapse if EV ownership continues to grow exponentially? A resounding no. There are numerous strategies for maximizing a region鈥檚 current capacity, such as incentivizing charging during off-peak hours. For example, Electric Mobility Canada estimates that Ontario could support the charging of up to  overnight at its present generating capacity.

Moreover, a growing number of vehicles capable of 鈥渂idirectional charging鈥� (known as Vehicle-to-Grid or V2G) may one day serve as a support system for the power grid. Bidirectional charging returns electricity from a battery to the grid, transforming EVs into mobile power reserves that could be deployed during outages.

Common EV Myths #8:

EV chargers are hard to find.

As noted above, most EV owners do the bulk of their charging at home or work, either through a personal charger or one shared with other tenants or coworkers. For charging on the go, there are over  public charging stations now available across Canada and the United States, and more than double that number of charging ports. Public chargers can be found at malls, grocery stores, hotels, gyms, golf courses, office buildings, campuses, parking lots, municipal street parking, and more. Hypercharge鈥檚  makes finding and using the nearest Hypercharge charging station fast and easy.

 At 黑料社区, we offer integrated parking solutions that meet your organization鈥檚 unique needs.  Submit the inquiry form below to learn more about what we have to offer.