tc TraffiCure · AI-powered traffic intelligence

See every road. Predict every jam.

AI agents that watch every road. Simulations that test closures before the barricades go up. Forecasts that call the jam 45 minutes early, built on Google Maps probe data from 1B+ smartphones.

app.trafficure.com · Live Network · Pune
Live road-network map of Pune with corridors coloured by congestion
Network speed
23.4 km/h
▼ 12% vs baseline
Active alerts
14
3 critical
Junctions live
312
city-wide
Data refresh
2 min
on schedule
Slowdown forming: University Rd Speeds down 38% in 10 min near E-Square. Predicted to spill to SB Road by 18:40.
AI detection · 2 min ago
LIVE · PUNE
TraffiCure Live Network view, real road network, refreshed every two minutes. Basemap © OpenStreetMap, CARTO. See how it works →
1B+
smartphones feeding the data layer
100%
road coverage from day one
2min
refresh across every road
4–6wk
typical time to go live
The platform

The decision engine for city traffic.

TraffiCure is Lepton Software's traffic intelligence platform for cities that need to understand, manage, and plan their road network in real time.

One always-on picture of every road feeds four AI engines (agents that watch, simulations that test, forecasts that warn, rankings that prioritise) so every decision rests on the same evidence.

100% software. Cities go live in weeks, not procurement cycles.

Four engines. One nervous system.

TraffiCure goes beyond alerts and dashboards. Four AI engines reason over the network: monitoring every corridor, simulating interventions, forecasting conditions, and prioritising the junctions where action returns the most time.

Engine 01 · Generative AI

Ask your network anything.

Every corridor is watched by an AI agent against its learned baseline. When something degrades, the agent diagnoses the cause, predicts the spread, and recommends the fix, and you can interrogate all of it in plain language.

  • Diagnoses cause, not symptom: spillback, signal failure, incident, or demand surge
  • Plain-language answers with the evidence attached
  • Actions routed where work happens: command centre, email, WhatsApp
Ask the NetworkNatural-language analytics · 412 corridors
Q
Engine 02 · Simulation

Close the road before you close the road.

A metro dig, a flyover repair, a procession route, a one-way trial. TraffiCure simulates the closure on your city's real network first, so the diversion plan is argued in data, not in meetings.

  • City-wide what-ifs built on real demand patterns, not textbook assumptions
  • Junction overload warnings before a single barricade goes up
  • Compare diversion plans side by side: pick the cheapest in minutes lost
Closure SimulationMaa Flyover · full closure · 6 weeks
J-11 J-12 Maa Flyover
+0.0 minavg detour cost
61%J-12 saturation
0 of 14junctions at risk
Engine 03 · Prediction

See the jam 45 minutes early.

Every corridor has a learned baseline by weekday, time of day, season. Models read live deviation and project forward, so the control room gets the alert while the jam is still preventable.

  • Forecasts with confidence bands, not single-point guesses
  • Alerts fire on predicted breach, giving control rooms time to intervene
  • Event-aware: match days, festivals, and rain reshape the forecast automatically
Speed ForecastPark Street EB · issued 17:40
604020 16:4017:2018:0018:40 alert · 25 km/h now
Predicted breach 18:25 · 45 min to act
Engine 04 · Bottlenecks

Find the 12 junctions that cause everything.

Most network delay traces back to a handful of chokepoints. TraffiCure ranks every junction by the delay it actually causes (saturation, spillback frequency, recovery time) so the engineering budget goes where the minutes are.

  • Network-wide delay attribution, recomputed continuously from probe data
  • Separates the cause from the victim: fix the junction, not the queue behind it
  • Before/after proof on every fix, benchmarked against control corridors
Bottleneck RankingCitywide · 1,847 junctions scored · updated 2 min ago
1Junction K4 · MG Road4,210
2Park Circus 7-Point3,390
3NH-48 Toll Approach2,660
4Ring Rd × Station Rd1,905
5Exhibition Rd Merge1,340
Top 12 of 1,847 junctions cause 58% of citywide delay. Delay caused · veh-hrs/day.

The operations layer comes standard.

Alerting, analytics, and reporting are included with every deployment, configured for your corridors from day one.

Real-time alertsDeviation from baseline on any road, pushed to command centre, email, and WhatsApp in minutes.
Road-level analytics24-hour speed profiles, 7/31-day comparisons, network heatmaps across every road, not just instrumented ones.
Automated reportsDaily, weekly, and monthly performance reports with before/after evidence, delivered automatically.

The data underneath.

Four probe-derived signals from Google's Road Management Insights programme, normalised against Lepton's road network model. No cameras or roadside hardware involved.

Speed & travel time

2-MIN REFRESH

Segment-level speeds and travel times across the full road network, the base signal behind baselines, alerts, and forecasts.

Vehicle counts

HOURLY

Directional traffic volumes for corridors and junction approaches: the demand side of signal design, tolling studies, and corridor planning.

Disruptions

LIVE

Closures, incidents, and crowd-sourced reports as they surface on Google Maps, matched to the affected segments of your network.

Hard-braking events

EVENT-LEVEL

Sudden-deceleration clusters that locate conflict points and emerging blackspots before crash records accumulate.

Why cities choose
TraffiCure.

01

Data nobody else has

Exclusive access to Google Maps probe data through the Road Management Insights programme, with live coverage of every road in the city from day one.

02

Answers, not dashboards

The AI engines tell you what is failing, why, where it spreads next, and what to do about it, instead of leaving your team to interpret charts.

03

Proof behind every decision

Every alert, plan, and intervention is backed by before/after evidence your engineers can verify and your leadership can defend.

04

Live in weeks

100% software, nothing to install on the roadside. Cities go live in 4–6 weeks, including dashboards and team training.

Google Maps Platform

Powered by Google Maps. Deployed in weeks.

Lepton is the Google Maps Platform Premier Partner that helped build Road Management Insights tooling for Google, the same data programme TraffiCure runs on, with AI models tuned for Indian and emerging-market road conditions. With nothing to install, cities typically go live in 4–6 weeks, including data onboarding, dashboards, and team training.

Google Maps Platform Premier Partner Built Road Management Insights tooling for Google 20+ years of geospatial work
Deployments

Trusted by teams that move cities.

Pune Traffic Police Kolkata Traffic Police Ahmedabad Pilot · AMC Shillong Smart City Gurugram Traffic Police

The Traffic Police, Gurgaon, in collaboration with Lepton Software, has successfully completed the Road Safety Project aimed at enhancing commuter convenience and improving real-time traffic management across the city.

Lepton Software has established a seamless system for capturing all road-closure updates shared by the Gurgaon Traffic Police and publishing them on Google Maps, and has made the official speed limits live across the entire city, covering State Highways, National Highways, Arterial Roads and Municipal Roads.

Dr. Rajesh Kumar Mohan, IPS Deputy Commissioner of Police, Traffic, Gurugram Letter of completion, 3 December 2025
TraffiCure

Transform your city's traffic
with TraffiCure.

Get the full product walkthrough, live dashboards, and a before/after report, run on your city's actual road network.