Comparison

TraffiCure vs Traditional ITMS

Camera-based traffic systems cover 3% of your roads. Software-only intelligence covers 100%. Here's what that means for your city.

Book a Demo See Features

TraffiCure

✓ 100% road network coverage
✓ Deploys in 2-4 weeks
✓ Zero hardware or civil work
✓ Subscription pricing, no capex
✓ 2-minute data refresh
✓ Real-time alerts to WhatsApp, email, SMS
✓ Automated daily/weekly/monthly reports
✓ Historical baselines and trend analysis

Traditional ITMS

✗ 2-3% road coverage (camera junctions only)
✗ 2-3 year deployment timeline
✗ Cameras, sensors, cabinets, fibre
✗ Rs 50+ crore capital expenditure
✗ 5-15 minute data refresh
~ Manual monitoring at command centre
✗ Manual report generation
~ Limited to instrumented junctions

Side-by-side comparison

A detailed breakdown across every dimension that matters for traffic management.

Dimension TraffiCure Camera-Based ITMS
Road coverage 100% of city roads (arterials, residential, service lanes) 2-3% (200-300 camera junctions)
Data source Google Maps probe data from 1B+ smartphones Fixed cameras and inductive loop sensors
Deployment time 2-4 weeks (remote configuration) 2-3 years (civil work, procurement, installation)
Capital cost Zero (SaaS subscription) Rs 50-200 crore (cameras, servers, fibre, command centre)
Operating cost Monthly subscription fee AMC contracts, power, connectivity, camera replacement
Hardware maintenance None Ongoing (cameras fail in monsoon, vandalism, dust)
Data refresh rate Every 2 minutes 5-15 minutes typical
Congestion alerts Automatic, multi-channel (email, WhatsApp, SMS, dashboard) Manual observation at command centre
Historical analytics Built-in from day one (24h profiles, baselines, trends) Requires separate analytics platform integration
Automated reports Daily, weekly, monthly — auto-generated and delivered Manual compilation by operations team
Scalability Add roads or cities instantly in software New cameras, new fibre, new civil work per junction
Night-time monitoring 24/7 (smartphone data works in all conditions) Limited (cameras need lighting, IR has range limits)
Weather resilience Unaffected (cloud-based, no physical sensors) Degraded during fog, rain, dust storms
Vendor lock-in Standard data formats, exportable Proprietary systems, high switching costs

Problems cities face with camera-based ITMS

These are the challenges we hear from traffic commissioners and smart city officers across India.

Coverage gap

97% of roads generate zero data

Cameras only cover major junctions. Arterial roads, residential streets, and service lanes — where most congestion actually builds — are invisible to the system.

TraffiCure solves this
Google's Roads Management Insights feed covers every road with smartphone traffic — from day one.
Deployment delays

Projects take 2-3 years to go live

Between procurement, tendering, civil work, camera installation, fibre laying, and system integration, most ITMS projects take years before they deliver any value.

TraffiCure solves this
Pure software deployment in 2-4 weeks. No civil work, no procurement delays.
Maintenance burden

Cameras fail faster than they're replaced

Monsoons, dust, vandalism, and power outages degrade camera networks. Many cities report 30-40% of cameras non-functional within 2 years of installation.

TraffiCure solves this
Zero hardware means zero maintenance. The system runs on cloud infrastructure with 99.9% uptime.
Budget overruns

Rs 50+ crore spent before seeing any data

Camera-based ITMS requires massive upfront capital — cameras, servers, command centres, fibre connectivity. The investment is locked in before anyone knows if the system will deliver value.

TraffiCure solves this
Subscription model with zero capex. Start with what you need, scale as you see results.
97%
Roads invisible to camera ITMS
2-3 yr
Typical ITMS deployment
30-40%
Cameras non-functional within 2 years
50+ Cr
Typical ITMS capex per city

Common questions

Can TraffiCure work alongside an existing ITMS?
Yes. TraffiCure is complementary — it fills the coverage gaps that camera-based systems can't reach. Cities can use ITMS for junction-level enforcement (red light violations, ANPR) and TraffiCure for city-wide congestion monitoring, alerts, and analytics. Many cities deploy both.
How accurate is Google Maps traffic data compared to cameras?
Google Maps aggregates speed data from over 1 billion smartphones globally. For speed and congestion measurement, probe data is as accurate as — and often more representative than — fixed-point sensors, because it captures actual travel speeds across the full road length, not just at a single intersection point.
Does TraffiCure support ANPR or signal control?
TraffiCure focuses on traffic intelligence — monitoring, alerts, analytics, and reporting. For enforcement features like ANPR (Automatic Number Plate Recognition) or adaptive signal control, a camera-based system is still needed. TraffiCure handles the 97% of monitoring that cameras can't cover.
What happens if Google Maps data becomes unavailable?
Google Maps traffic data has been continuously available since 2009 and is used by billions daily. It's one of the most reliable data sources in the world. TraffiCure also maintains historical baselines, so even during brief data interruptions, the system continues to function using cached patterns.
How does pricing compare to camera-based ITMS?
A typical camera-based ITMS for a Tier-1 Indian city costs Rs 50-200 crore in capex plus annual AMC of 10-15%. TraffiCure operates on a monthly subscription with zero capex — typically 10-20x lower total cost of ownership over 5 years. Contact us for pricing specific to your city.
Can we try TraffiCure before committing?
Yes. We offer live demos using your city's actual road data — not slides, not mock data. Book a demo and see real-time congestion alerts on your city's roads within minutes.

See your city's roads — all of them

Request a live demo with your city's actual traffic data. No commitment, no hardware, no slides.

Book a Demo

Related reading

Why 97% of your city's roads are invisible
The structural coverage gap in camera-based systems.
Real-time just got more real
How our 2-minute refresh cycle changes traffic operations.
Pune went live in three weeks
From first call to full city coverage in under a month.