Real-Time Traffic Intelligence

Smarter Cities
Start With Smarter
Signals

Flowtix adapts traffic light timings dynamically using live navigation data — no new sensors, no costly hardware, just software-driven flow.

19%
Avg. travel time reduction
10–40%
Range for individual vehicles
0
New sensors required
Real-time
Live navigation data

Urban traffic is broken —
and the cost is real

Cities across Romania and beyond are running on static traffic signal timings designed decades ago. Meanwhile, urban populations have surged, vehicle counts have exploded, and travel times have tripled on some corridors during peak hours.

A journey that should take 10 minutes now takes 30. A 30-minute drive stretches to over an hour. Millions of commuters experience this daily — sometimes more than once.

"Intersections are the neuralgic point of the road infrastructure."

— Carolin Treichl, EVP EMENA, Kapsch TrafficCom
Lost Productivity
5 extra minutes per commute = 4.5 hours lost per month, per person
🌫
Pollution
Idling vehicles emit CO₂, NO₂ and fine particles into urban air
Fuel Waste
Stop-start traffic raises fuel consumption and household costs
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Urban Stress
Noise pollution and commute frustration degrade quality of life

An adaptive layer on top
of your existing infrastructure

1

Real-Time Traffic Data Ingestion

Flowtix pulls live data from navigation APIs to build a continuous, accurate picture of traffic density across the full road network.

2

Traffic Scoring Per Segment

Each road segment receives a dynamic traffic score based on vehicle density, queue length, congestion level, and measured speed.

3

Adaptive Signal Optimization

Proprietary algorithms dynamically adjust green/red phase durations across intersections and pedestrian crossings to balance flow and reduce waiting times.

4

Network-Wide Impact

Changes propagate through the road network — freed flow at one intersection reduces pressure on the next, creating a cascade of improvements across the city.

📡

Traffic Update from Navigation Apps

Real-time navigation API feed

📊

Analyze & Score Each Segment

Congestion index, queue length, speed

🧠

Apply Optimization Algorithm

Local (intersection) + zone-level logic

🚦

Update Signal Timings

Commands sent to traffic control system

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Continuous Loop

System re-evaluates and re-optimizes in real time

A two-level intelligence engine

Level 1

Local Intersection Optimization

Detects real-time traffic flow around each intersection and adaptively adjusts phase durations for all incoming streets — reducing queue lengths and per-vehicle wait times.

01
Level 2

Zone-Level Network Analysis

Analyses traffic flows across corridors, segments and entire zones — not just at individual intersections. Estimates average speeds, identifies high-density corridors, and coordinates signals across multiple junctions simultaneously to balance macro traffic flows.

02
Unique Coverage

Pedestrian Crossings & Secondary Streets

Unlike most existing systems that focus exclusively on major junctions, Flowtix integrates pedestrian crossings and secondary streets directly into the optimization model — significantly reducing frequent interruptions to traffic flow on main arterial roads.

03

Different by design

🏗

No New Hardware

Flowtix works as a pure software layer over your existing traffic management infrastructure. No sensors, no cameras, no costly civil works required.

📡

Floating Car Data at Scale

Crowdsourced navigation data from millions of connected users provides traffic visibility across areas where traditional sensor networks have limited or no data — including secondary streets and peripheral zones.

🌐

Scales from Streets to Cities

Deploy on a single intersection, a district, or an entire city network. The architecture is designed for incremental, risk-free expansion.

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Compatible with Existing Systems

Functions as a standalone optimizer or integrates with existing traffic management platforms and smart city frameworks — no rip-and-replace required.

Real-Time Adaptability

Static signal cycles can't respond to accidents, events, or unexpected surges. Flowtix continuously recalculates and reacts within minutes.

🤖

Extensible Intelligence

The algorithmic core is built to incorporate historical data modelling, predictive traffic forecasting, and machine-learning enhancements in future releases.

🔀

Beyond the Intersection

Most traffic management systems optimise one junction at a time. Flowtix takes a fundamentally different approach — modelling the entire road network as an interconnected system to distribute flow intelligently across corridors and zones.

🌊

Network-Level Impact

Optimisation decisions propagate across the road network — improvements at one node reduce pressure on adjacent ones, creating a cascade effect that raises overall network efficiency well beyond what single-intersection tuning can achieve.

−19%

average reduction in travel duration across simulated urban networks

  • Reduced queue lengths at intersections and pedestrian crossings
  • Fewer vehicle stops per journey — lower emissions, lower fuel use
  • Balanced directional traffic flows at congested junctions
  • 10–40% improvement range for individual vehicles in simulation
  • Improved overall efficiency of the urban road network
Avg. Travel Duration−19%
Queue Length−25%
Vehicle Stops−30%
Wait Time at CrossingsReduced
Network EfficiencyImproved

Results from Unity-based urban traffic simulation. Real-world results may vary.

Become a Pilot City Partner

We're seeking forward-thinking municipalities ready to validate adaptive traffic optimization in real-world conditions. The pilot is scoped collaboratively — from a few intersections to a full urban corridor.

Average vehicle delay
Queue lengths at junctions
Corridor travel time
Average network speed

Get In Touch

Let's talk traffic.

Reach out to discuss a pilot, a partnership, or just to learn more about Flowtix Systems.

📍 Bucharest, Romania