What We Do
Intellegent Transportation System
Signals, buses, fares and cameras working as one connected network.
An Intelligent Transportation System integrates discrete municipal transport components into a unified operational network. Traffic signals, transit vehicles, fare collection terminals, surveillance systems, and control centers transmit continuous data to a centralized platform. This platform processes the intelligence to optimize traffic flow and ensure strict schedule adherence.
Practical application ensures absolute operational reliability across the grid. Traffic signals automatically extend green phases for approaching transit vehicles. Passengers execute seamless digital payments. Public displays provide exact arrival metrics. Control centers detect operational anomalies immediately. This functional architecture requires precise equipment, accurate data collection, and rigorous system integration.
Why Cities Need It
Today's Network vs. a Connected One
Traffic
Conventional traffic signals operate on static timers. Intersections experience critical congestion during peak volumes. Manual intervention to manage primary junctions.
Signals adjust to live traffic counted by sensors and cameras. Public transport gets priority at junctions, and the control room can retime any corridor remotely.
Fares
Traditional transit models rely on physical currency. This structural inefficiency causes measurable revenue loss through processing errors and delayed financial reporting.
Passengers tap a card or scan a code. Every ride is recorded at the moment of boarding, and daily revenue reports come from the system.
Fleet
Command centers receive delayed reports regarding bus failures. Vehicles cluster inefficiently along the transit corridor.
All BRT vehicles transmit continuous location and diagnostic telemetry. Dispatchers maintain exact vehicle spacing and headway.
Passengers
People wait without knowing if the bus is five minutes away or forty. Uncertainty pushes commuters toward cars and bikes, adding to congestion.
BRT station platform displays and mobile applications broadcast precise real time arrival metrics.
WHAT WE DELIVER
Complete Systems, One Network
Signal Control
Adaptive signal controllers, junction sensors and central monitoring that adjust green time to live traffic, with priority for buses and emergency vehicles at key crossings.
Automated Fare Collection
Card taps, QR tickets and account based fare systems with central clearing, so every ride is recorded at boarding and revenue reports come straight from the system.
Fleet Tracking
GPS vehicle tracking with live dispatch screens. Control rooms see every vehicle’s position, speed and schedule adherence, and can rebalance routes in real time.
Passenger Information
Station display screens, onboard announcements and mobile arrival feeds driven by live vehicle positions, so passengers plan around real times instead of guesses.
Enforcement + Tolling
Number plate recognition cameras, electronic toll lanes and digital violation records that reduce queues at plazas and make enforcement consistent and auditable.
Operations Command Center
A single operations room where traffic, fleet, fare and camera data come together on one wall, with defined procedures for incidents, diversions and peak management.
Our Technologies
Why It Pays
What Connected Networks Report
Fare collection costs cut with cloud based ticketing
more revenue recovered when every ride is recorded
Unplanned fleet downtime reduced with sensor alerts
Increase in Overall Operational Efficiency
THE TAP WAY
How we do it and and the impact on your operations
Study the Network
We survey your corridors, junctions, depots and ticketing practice on the ground, and sit with management, dispatchers, and traffic staff. The people who run the network daily know where it breaks, so their input shapes the design before any equipment is ordered.
A network assessment report with mapped bottlenecks, existing hardware audit and a costed phase plan.
Configure, Do Not Reinvent
We assemble the system from proven, tested platforms and open standards instead of writing custom software from zero. Open interfaces connect new cloud software to your existing signals, validators and gates, so working hardware is kept, not thrown away.
A working system built on standard components, free of single vendor lock in and expensive custom code.
Pilot One Corridor
We launch on a single route or junction cluster first and run it under real conditions: real passengers, real peak hours, real weather. Routing, fare rules and signal timing are tuned on live data in weeks, while the rest of the network runs untouched.
Proven performance numbers before any full scale spending is committed.
Scale and Hand Over
Once the pilot proves itself, we extend the system across the fleet and remaining corridors in planned stages. Your maintenance, dispatch and administration teams are trained throughout, and we measure their readiness before handover, then stay on for support.
A citywide system your own staff can operate, with TAP support contracts for maintenance and upgrades.