Traffic, engineered

Traffic, engineered

Traffic, engineered

We turn traffic data into signal plans, networks and decisions that are tested and proven before they reach a single street.

> the problem

Traffic has grown too complex

to manage by hand.

Traffic has grown too complex

to manage by hand.

Traffic has grown too complex

to manage by hand.

//

001

Plans Can’t Keep Up

Traffic grows more complex every year. Signal plans set for yesterday’s streets can’t keep up with today’s.

//

001

Plans Can’t Keep Up

Traffic grows more complex every year. Signal plans set for yesterday’s streets can’t keep up with today’s.

//

001

Plans Can’t Keep Up

Traffic grows more complex every year. Signal plans set for yesterday’s streets can’t keep up with today’s.

//

002

Hidden Side Effects

Change one light and the effect travels through the network. A shorter queue here can mean a longer one a few junctions away.

//

002

Hidden Side Effects

Change one light and the effect travels through the network. A shorter queue here can mean a longer one a few junctions away.

//

002

Hidden Side Effects

Change one light and the effect travels through the network. A shorter queue here can mean a longer one a few junctions away.

//

003

New Lanes Fill Up

When a junction jams, the reflex is a new lane. Traffic soon grows to fill the extra space, and the same queue comes back.

//

003

New Lanes Fill Up

When a junction jams, the reflex is a new lane. Traffic soon grows to fill the extra space, and the same queue comes back.

//

003

New Lanes Fill Up

When a junction jams, the reflex is a new lane. Traffic soon grows to fill the extra space, and the same queue comes back.

> Built in-house

Artificial intelligence,

built only for traffic.

Traffic is so complex that only artificial intelligence can solve it. So we created our own.

Its one goal is to understand traffic, street by street, then town, city and country, and to learn to control it. No off-the-shelf solutions. No generic agents.

> what we do

CAMERAS

COUNTS

Traffic Estimation

// 001

How many vehicles, cyclists and pedestrians use each lane and turn, estimated from video with computer vision, from detectors and controller logs, and from models that fill the gaps nothing measures.

Digital twin

second by second

Simulation

// 002

Every car simulated individually on a faithful copy of the street, so an idea is tested before it touches the real one.

EVOLUTIONARY

REINFORCEMENT

Optimisation & Learning

// 003

Search algorithms and reinforcement learning explore thousands of signal plans and control policies to find the one that works.

EVOLUTIONARY

REINFORCEMENT

Installation & Maintenance

// 004

Controllers, detectors and cameras installed and configured, plans loaded, faults fixed, and timings retuned as traffic changes, so a good plan stays good.

Our artificial intelligence

on real traffic problems.

> what we do

CAMERAS

COUNTS

Traffic Estimation

// 001

How many vehicles, cyclists and pedestrians use each lane and turn, estimated from video with computer vision, from detectors and controller logs, and from models that fill the gaps nothing measures.

Digital twin

second by second

Simulation

// 002

Every car simulated individually on a faithful copy of the street, so an idea is tested before it touches the real one.

EVOLUTIONARY

REINFORCEMENT

Optimisation & Learning

// 003

Search algorithms and reinforcement learning explore thousands of signal plans and control policies to find the one that works.

EVOLUTIONARY

REINFORCEMENT

Installation & Maintenance

// 004

Controllers, detectors and cameras installed and configured, plans loaded, faults fixed, and timings retuned as traffic changes, so a good plan stays good.

Our artificial intelligence

on real traffic problems.

> what we do

CAMERAS

COUNTS

Traffic Estimation

// 001

How many vehicles, cyclists and pedestrians use each lane and turn, estimated from video with computer vision, from detectors and controller logs, and from models that fill the gaps nothing measures.

Digital twin

second by second

Simulation

// 002

Every car simulated individually on a faithful copy of the street, so an idea is tested before it touches the real one.

EVOLUTIONARY

REINFORCEMENT

Optimisation & Learning

// 003

Search algorithms and reinforcement learning explore thousands of signal plans and control policies to find the one that works.

EVOLUTIONARY

REINFORCEMENT

Installation & Maintenance

// 004

Controllers, detectors and cameras installed and configured, plans loaded, faults fixed, and timings retuned as traffic changes, so a good plan stays good.

Our artificial intelligence

on real traffic problems.

> how we work

From raw data

to a proven plan.

From raw data

to a proven plan.

From raw data

to a proven plan.

// 001

// 002

// 003

// 004

Measure

A clear picture of how people actually move through your streets, hour by hour.

Icon Pixel
  1. // 001

    Measure

    A clear picture of how people actually move through your streets, hour by hour.

  2. // 002

    AI modelling and advanced simulation

    A digital copy of your streets, where every idea is tested before it reaches the road.

  3. // 003

    Design

    AI trained on traffic designs the plan, with the evidence for why it wins.

  4. // 004

    Deliver & monitor

    Support during rollout, and the result measured on the real street afterwards.

// 001

A clear picture of how people actually move through your streets, hour by hour.

Measure

Icon Pixel

// 002

A digital copy of your streets, where every idea is tested before it reaches the road.

AI modelling and advanced simulation

Icon Line

// 003

AI trained on traffic designs the plan, with the evidence for why it wins.

Design

Icon Line

// 004

Support during rollout, and the result measured on the real street afterwards.

Deliver & monitor

Icon Line

> case study · kaunas

Tested on a real

Kaunas junction.

Tested on a real

Kaunas junction.

Tested on a real

Kaunas junction.

4.4×

Shorter side-street wait

1.8×

Side-street cars served

1.5×

Flow for worst-off 10%

+51%

Average vehicle speed

City plan

Our plan

> about us

Traffic is a

science problem.

Traffic engineers and data scientists. We work alongside the engineers who run the signals today. The goal is to make their work better, not to replace it.

Story

Lights that don’t seem to care

We began applying machine learning and simulation to traffic control, first at scale, then street by street.

Mission

Every street at its best

Make every street work as well as it possibly can, from the busiest junction to the quietest side street.

Vision

Plans that stay current

Cities where every signal runs the best plan the data can find, kept up to date instead of revisited once a decade.

> faq

Questions cities ask us first

Municipalities and city traffic departments, road authorities, engineering consultancies, planners and developers, public transport operators and event venues.

No. Clearance times, conflict tables and pedestrian calls are hard limits in every search. A plan that breaks one is never saved.

Both, and we always say which. Plans are proven on a digital twin validated against the real street, then measured again after rollout.

With an audit: measured data, a validated model, a diagnosis and a recommended fix, within a scope agreed up front. Larger studies and live pilots build on it.

Yes. Before/after evaluation works for any intervention, including ones we didn’t design.

> Start with an audit

Tell us where.

We’ll bring the intelligence.

or write to hello@oxusmorus.com, or call +370 (620) 33 008

or read how we tested our system in action: Kaunas case study