Innovative Waterloo Firm Solves Global Traffic Congestion Challenges

On April 28, 2026, Disruptors, a podcast produced by RBC Thought Leadership, released an episode featuring Kurtis McBride, co-founder of Miovision, a Waterloo-based company specializing in intelligent traffic management. The discussion centered on how Miovision’s technology is transforming urban mobility by converting intersection data into a real-time operational layer for cities worldwide. The episode provided a rare glimpse into the company’s evolution, its global expansion, and its vision for the future of transportation infrastructure.

From Manual Traffic Counts to AI-Powered Urban Networks

Miovision’s journey began with a simple but critical observation: traditional methods of traffic data collection were inefficient, and outdated. As McBride explained in the podcast, the company initially focused on digitizing manual traffic counts, a process that relied on human observers or temporary sensors to gather intersection data. This early insight laid the foundation for a broader ambition—to create a digital twin of urban traffic systems that could adapt in real time to changing conditions.

Today, Miovision’s platform, TrafficLink, serves as a central nervous system for cities, aggregating data from intersection cameras, sensors, and other infrastructure components. The system automatically detects road incidents, such as accidents or signal malfunctions, and alerts traffic operations teams. This enables remote monitoring and resolution, reducing the need for physical inspections and accelerating response times. According to Mark Liddell, a traffic analyst for the Region of Waterloo, the technology allows teams to “do the fieldwork from the traffic management center and get issues cleared more quickly.”

The Region of Waterloo, one of Canada’s fastest-growing metropolitan areas, has been a key testing ground for Miovision’s innovations. The region’s transportation infrastructure has grown increasingly complex, with over 500 traffic signals, new bicycle lanes, roundabouts, and an advanced light rail transit system. To manage this expansion, the region adopted TrafficLink to streamline incident detection and response. The system’s ability to prioritize maintenance resources and provide real-time video feeds from intersection cameras has proven essential for a relatively small traffic operations team overseeing a sprawling network.

Global Scalability and the Connected Intersection

Miovision’s impact extends far beyond Waterloo. The company now operates in 64 countries, managing over 120,000 intersections across 17,000 municipalities. This global reach reflects a growing demand for intelligent traffic solutions as cities grapple with congestion, emissions, and the need for safer, more efficient transportation systems. McBride emphasized that the company’s technology is designed to scale, offering cities a way to reduce gridlock, improve emergency response times, and support public transit performance.

A key component of Miovision’s vision is the “connected intersection,” a concept that integrates vehicle-to-everything (V2X) communication. V2X technology enables vehicles to exchange data with traffic infrastructure, pedestrians, and other vehicles, paving the way for safer and more autonomous mobility. While fully autonomous vehicles remain a long-term goal, Miovision’s platform is already laying the groundwork for this transition by creating a standardized, data-rich environment for urban traffic management.

The company has also introduced AI-driven tools to simplify traffic management. One such innovation is a conversational interface that allows traffic teams to query the system in plain English. For example, operators can ask, “Which intersections are experiencing the highest congestion right now?” and receive actionable recommendations. This natural language processing capability reduces the technical barrier for city staff, enabling faster decision-making without requiring specialized training.

Navigating Regulatory and Market Challenges

Expanding into the U.S. Market has presented unique challenges for Miovision, particularly with the implementation of the Build America, Buy America Act. The legislation mandates that infrastructure projects funded by federal dollars use domestically produced materials and components. McBride discussed the company’s efforts to adapt its supply chain and manufacturing processes to comply with these requirements while maintaining cost efficiency. This balancing act highlights the complexities of scaling a global technology company in a fragmented regulatory landscape.

Despite these hurdles, Miovision’s growth trajectory remains strong. The company’s ability to address both immediate urban mobility challenges and long-term infrastructure goals has positioned it as a leader in the intelligent transportation sector. As cities continue to invest in smart infrastructure, Miovision’s platform offers a scalable solution that can evolve alongside emerging technologies like autonomous vehicles and AI-driven urban planning.

Environmental and Economic Benefits

Beyond efficiency gains, Miovision’s technology delivers measurable environmental and economic benefits. By optimizing traffic flow, the system helps reduce vehicle emissions, a critical factor for cities aiming to meet climate targets. The Federal Economic Development Agency for Southern Ontario (FedDev Ontario) has highlighted Miovision’s role in shaping the future of urban mobility, noting that its smart intersections “adapt in real time to traffic conditions, helping cities reduce emissions, prioritize emergency vehicles, and improve overall traffic safety.”

Economically, congestion is a significant drag on urban productivity. The Disruptors podcast episode underscored this point, framing gridlock not just as an inconvenience but as a barrier to economic growth. By reducing delays and improving transit reliability, Miovision’s solutions contribute to more efficient urban economies. The company’s global expansion suggests that cities worldwide are recognizing the value of data-driven traffic management in addressing these challenges.

The Road Ahead

Looking forward, Miovision is poised to play a central role in the next phase of urban mobility. The company’s focus on AI, V2X integration, and scalable infrastructure positions it at the intersection of smart city development and autonomous transportation. As McBride noted, the goal is to create a “real-time operating layer” for cities—one that can adapt to both current needs and future innovations.

For now, Miovision’s success in the Region of Waterloo serves as a case study for other municipalities. The region’s investment in intelligent traffic management has demonstrated how technology can help smaller teams manage complex transportation networks. As more cities adopt similar solutions, the lessons learned from Waterloo’s experience may shape the future of urban mobility worldwide.

With its blend of practical innovation and long-term vision, Miovision exemplifies how Canadian tech companies are addressing global challenges. The company’s journey—from a startup founded by University of Waterloo students to a leader in intelligent traffic management—reflects the potential of data-driven solutions to transform urban infrastructure. As cities continue to grow and evolve, technologies like Miovision’s will be essential in ensuring that transportation systems keep pace with the demands of modern life.