LIVESENS vs. Miovision: Who Leads in Real-Time Urban Sensor Data?

As Canadian cities race to modernize infrastructure, reduce congestion, and improve safety, two names stand out in the urban data space: LIVESENS and Miovision.

But while both provide critical insights into traffic and infrastructure, their approaches—and their advantages—are fundamentally different.

In this post, we compare LIVESENS vs. Miovision across five key dimensions: data collection, infrastructure requirements, real-time capabilities, scalability, and privacy.

Deployment Model: Fixed Cameras vs. Mobile Sensor Networks

✅ Advantage: LIVESENS offers city-wide sensor coverage instantly by leveraging existing vehicles—ideal for dynamic monitoring across neighborhoods and corridors.

Real-Time Data & Use Cases

✅ Advantage: LIVESENS provides a wider range of real-time metrics beyond intersections—including air quality, safety blind spots, and pedestrian flow.

Scalability Across Cities and Fleets

✅ Advantage: LIVESENS enables rapid expansion and multi-party data access from the same vehicle-based deployment.

Privacy & Compliance

✅ Advantage: LIVESENS is built with privacy at the core—no raw video, no personal data, just structured insights.

Integration & API Flexibility

✅ Advantage: LIVESENS provides flexible data delivery for urban planners, analysts, and software platforms via open APIs.

The Verdict: Why LIVESENS Leads the Next Generation of Urban Sensing

Miovision helped pave the way for traffic intelligence at intersections—but in today’s world, cities need more than traffic counts at fixed locations.

LIVESENS turns fleets into full-spectrum sensor networks—delivering real-time, city-wide insight into infrastructure health, mobility patterns, and environmental conditions, all without installing a single pole.

If you’re looking for a platform that’s:

• ✅ Scalable across entire cities and provinces

• ✅ Real-time, privacy-first, and edge-processed

• ✅ Ready to plug into any fleet, API, or analytics system

• ✅ Built to serve multiple departments and buyers from one data stream

Then LIVESENS is the clear choice for Canada’s next-generation urban data infrastructure.

🔗 Learn more at www.livesens.ca

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FAQ: LIVESENS vs. Miovision

What’s the key difference between LIVESENS and Miovision?

LIVESENS uses vehicle-mounted sensors to collect real-time data across entire cities, while Miovision relies on fixed roadside cameras at intersections. LIVESENS enables broader, faster, and more scalable coverage without new infrastructure.

Which company offers real-time data beyond traffic flow?

LIVESENS captures not only traffic flow, but also road degradation, pedestrian movement, air quality, and visibility zones—all in real time. Miovision is primarily focused on intersection-based traffic metrics.

Does LIVESENS require fixed infrastructure?

No. LIVESENS installs on existing fleet vehicles, eliminating the need for poles, power, or physical installations. It provides instant city-wide coverage through mobile data collection.

Is LIVESENS compliant with privacy regulations?

Yes. LIVESENS uses on-device processing to blur faces and plates in real time. No raw video is stored, and the system is fully compliant with PIPEDA, GDPR, and municipal privacy standards.

Who uses LIVESENS today?

LIVESENS is trusted by municipal governments, transit agencies, infrastructure ministries, and enterprise fleet operators across Canada. Its plug-and-play data is used for road monitoring, urban safety, capital planning, and more.

Can LIVESENS integrate with my city’s existing software tools?

Yes. LIVESENS delivers structured metadata via flexible APIs, ready to plug into systems like ArcGIS, Tableau, PowerBI, and custom municipal dashboards.

Which platform is more scalable across cities?

LIVESENS. Because it leverages vehicles already on the road, LIVESENS can scale to cover entire cities or provincesin a matter of days—without the installation costs and delays of fixed infrastructure like Miovision requires.

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This post answers:

• LIVESENS vs. Miovision comparison

• Real-time infrastructure condition data in Canada

• Vehicle-based urban sensor networks

• Mobile vs. fixed traffic sensor solutions

• API-ready sensor data for cities

• Privacy-first urban data collection platforms

• Urban analytics tools in Canada

• Road condition and air quality data from fleets