Where are slowdowns emerging right now?
Identify movement changes on selected roads before they spread across the corridor.
Traffic intelligence infrastructure for modern cities.
TraffIQ AI helps traffic teams understand road movement, detect congestion patterns, and coordinate faster action across critical city corridors.
Built for teams responsible for keeping city movement visible, measurable, and under control.
Built for high-pressure traffic operations
Command centers
Traffic police
Smart city teams
Urban mobility planners
Event route managers
Cities have traffic data. They lack operational clarity.
Cities already have access to road movement data. The challenge is turning that movement into clear operational decisions: which roads are slowing, which corridors are affected, and where attention should go first.
TraffIQ AI converts live road movement into a structured command view for traffic operations.
The right questions before delay spreads.
A command team does not need another report. It needs a clear priority sequence for selected roads and corridors.
Which corridors are at risk?
See where delay is building and which priority routes need attention.
What is impacting movement?
Separate normal pressure from abnormal corridor behavior.
Where should teams focus first?
Rank high-impact roads for command attention and field response.
How are actions improving movement?
Review whether corridor speed, flow, and reliability are recovering.
From road movement to decision intelligence.
TraffIQ AI turns Google RMI road movement into corridor status and response priority.
Read movement
Google RMI shows how selected roads are moving now.
Understand corridors
TraffIQ AI groups road movement into corridor-level slowdown context.
Set priority
Teams see which roads need attention first.
One command view for critical city movement.
TraffIQ AI brings road movement, corridor health, alerts, and response status into one focused operational view.
Teams can see what matters, understand impact, and act with confidence.
- Real-time city movement overview
- Corridor health and performance trends
- Active alerts and impact areas
- Response tracking for priority roads
Start with Google-powered traffic intelligence.
TraffIQ AI is built around Google Roads Management Insights, helping cities monitor selected roads and corridors without installing new roadside hardware.
Start with high-impact routes, understand congestion patterns, and expand coverage based on operational value.
Google RMI feed
Aggregated, anonymized Google Maps movement data for selected roads.
Corridor intelligence
TraffIQ AI interprets road speed, travel time, abnormal slowdown, and route impact.
Command view
Traffic teams see corridor status, priority alerts, and response review in one view.
Selected corridor input
JNTU to HITEC City
Madhapur to Gachibowli
IKEA to Bio Diversity
Corridor intelligence
Road movement to priority action
Monitor high-impact roads, understand recurring congestion, and expand with evidence.
No cameras, sensors, poles, or roadside installations required.
Begin with selected roads where congestion has the highest operational impact.
Expand coverage route by route based on recurring patterns and value.
Designed for high-impact urban movement.
Focus TraffIQ AI on the roads, routes, and operating teams where congestion creates civic, economic, or command pressure.
Traffic command centers
Live visibility across priority roads and corridors.
Traffic police departments
Faster awareness of congestion and field response needs.
Smart city teams
Movement intelligence for planning and operations.
IT and business corridors
Monitor peak-hour pressure on economic routes.
Airport and VIP routes
Track reliability across critical movement corridors.
Events and public gatherings
Prepare and monitor temporary traffic pressure.
Start with priority corridors. Scale city-wide.
Begin with selected high-impact corridors. Validate operational value, understand recurring congestion, and expand coverage over time.
IT CorridorsAirport Access RoadsMarket ZonesSchool ZonesVIP RoutesRecurring Congestion Junctions
Regular traffic monitoring vs TraffIQ AI.
Camera and device-heavy systems depend on physical infrastructure. TraffIQ AI is Google RMI-first, using large-scale aggregated movement intelligence to monitor priority corridors without new roadside hardware.
Camera and device monitoring
TraffIQ AI
Camera and device monitoring
Requires cameras, sensors, roadside devices, poles, installation work, and maintenance.
TraffIQ AI
Uses Google RMI feeds built from aggregated, anonymized Google Maps movement data.
Camera and device monitoring
Coverage grows only where physical equipment is installed and kept operational.
TraffIQ AI
Starts with selected priority roads and corridors without new roadside hardware.
Camera and device monitoring
Often shows disconnected camera views, device readings, or broad map layers.
TraffIQ AI
Turns RMI road movement into corridor status, slowdown context, and priority alerts.
Camera and device monitoring
Needs teams to interpret congestion manually across multiple monitoring screens.
TraffIQ AI
Gives traffic teams a focused command view for monitoring, response, and review.
See what your city traffic operations could look like with TraffIQ AI.
TraffIQ AI helps teams monitor priority corridors, detect congestion patterns, and act with confidence.