Upgrade Your Traffic Signals!

code|GREEN empowers visionaries who are constantly looking to improve the quality of life of the motorists in their community.


TRY IT FREE
 
1
Digitize Operations
Having a digital architecture, In|Sync can invoke any state of parallel green phases as needed.

Instead of relying on pre-set cycle lengths with tedious transition times, like most traffic signal synchronization methods, In|Sync uses a finite-state machine to digitize operations.
Image
2
Local Optimization
In|Sync uses a rule-based Artificial Intelligence (AI) algorithm, The Greedy Algorithm, to synchronize vehicle demand with green durations at the intersection in real-time.

In|Sync allocates a token for every unique car that joins the queue and an additional token for every 5 seconds a car waits.

The Greedy Algorithm changes the traffic signal light status to minimize the number of tokens issued, producing unparalleled results in the field.
3
Global Optimization
In|Sync coordinates between traffic signals without increasing side street delay using a concept called “Time Tunnels.”

Time tunnels are created throughout the corridor in real time, with the slope of the tunnel indicating the speed of travel between traffic signals.

The green durations for various phases are based on the Greedy Algorithm, and the time-between-tunnels can vary as well.

Why code|GREEN?

Proactively Manage Your Traffic Signal Timing Workflow with code|GREEN

NO MORE COUNTING TRAFFIC

The code|GREEN camera uses advanced AI technology to accurately track vehicle movement and automatically collect real-time traffic data for you.

CREATE TIMING PLANS FOR EACH DAY OF THE WEEK

The code|GREEN software allows you to generate, deploy, and fine-tune as many timing plans as you require for your seamless traffic operations.

ONE INTEGRATED SOFTWARE

code|GREEN is the first-ever one-software signal timing solution. The software integrates the traffic workflow into three simple steps: data collection, timing plan generation, and deployment.

NO SIGNAL TRANSITION BETWEEN TIMING PLANS

The real-time controller communication allows code|GREEN to seamlessly deploy timing plans with no signal transition required in-between.

CREATE AND DEPLOY TIMING PLANS IN UNDER 2 MINUTES

The entire code|GREEN workflow consists of only three steps. Generate and deploy timing plans for the fraction of the time typically required.

REDUCE CRASHES, TRAVEL TIME, AND DELAY

Reduction in travel time and delay means smoother traffic flow and fewer rear-end conflicts. Improve safety for all the participants in the traffic and reduce injury accidents with over 30%!


Why Choose Rhythm?

Any time you call them, they are there to help and guide you step-by-step.”
Charles DeVitis, Traffic Signal Supervisor
Upper Merion Township, PA
The results of their equipment is instant. The minute you turn it on the results are there.”
Matt Schlachter, PE
Deputy County Administrator Construction and Maintenance
Columbia County, GA

Features You'll Love

Controller/cabinet-agnostic

Unlimited number of timing plans

LOS analysis

Intuitive user interface

Single-vendor solution

Instant visual output through a time-space diagram

Timing Plans Schedule Manager

Quick corridor configuration

Monitor and modify timing directly from your computer

 

Ready To See
What code|GREEN Can
Do For You?


TRY IT FREE

1
Digitize Operations
Having a digital architecture, In|Sync can invoke any state of parallel green phases as needed.

Instead of relying on pre-set cycle lengths with tedious transition times, like most traffic signal synchronization methods, In|Sync uses a finite-state machine to digitize operations.
Image
2
Local Optimization
In|Sync uses a rule-based Artificial Intelligence (AI) algorithm, The Greedy Algorithm, to synchronize vehicle demand with green durations at the intersection in real-time.

In|Sync allocates a token for every unique car that joins the queue and an additional token for every 5 seconds a car waits.

The Greedy Algorithm changes the traffic signal light status to minimize the number of tokens issued, producing unparalleled results in the field.
3
Global Optimization
In|Sync coordinates between traffic signals without increasing side street delay using a concept called “Time Tunnels.”

Time tunnels are created throughout the corridor in real time, with the slope of the tunnel indicating the speed of travel between traffic signals.

The green durations for various phases are based on the Greedy Algorithm, and the time-between-tunnels can vary as well.