ODIQ helps you improve access to locations due to a smart check and route optimization analysis for areas all over the world. ODIQ has all the latest traffic information at its fingertips, enabling better decision-making regarding traffic conditions. During roadworks, ODIQ is a helpful tool to optimize and evaluate traffic situations.
ODIQ is the perfect tool for governments, utility and road construction companies that want to monitor and improve traffic conditions if possible, for contractors that want to prove the positive impact of their interventions on traffic, and for traffic experts who want to analyze traffic situations in general.
—Lennart Van Heuckelom, Product Manager
It is the only tool that uses the information from Google Maps and therefore has a huge database with both real-time and historic data at its disposal.
Gain insights into the traffic situation on all the roads you indicate, including motorways, national or provincial roads, and local roads.
The tool can be used all over the world, including international routes, meaning it is not limited to geographical borders.
ODIQ is online and cloud-based, so it can be used anywhere.
In a spectrogram of distance versus time, there is an option to take a closer look with StreetView locations.
—Anonieme tevreden klant
ODIQ gives detailed real-time traffic information every 50 meter (164 feet).
This allows cities to visualize and interpret traffic flows based on Google Maps Floating Car Data (FCD).
Using FCD information reduces the need for additional sensors to be installed, which has a positive cost and effort impact.
ODIQ has also an environment impact as it supports decision making to improve safety, reduce pollution and cut costs.
—Anonieme tevreden aannemer
Use ODIQ for:
ODIQ is the perfect tool for governments, utility and road construction companies that want to monitor accessibility and improve it where they can, for contractors that want to show that their interventions have had a positive impact on traffic, and for traffic experts who want to analyze traffic situations in context.
ODIQ provides insights on the impact of:
In short: it provides all the information needed to make informed major traffic decisions based on real-time information.
—Gemeente Breda
ODIQ uses Google Maps. With 2 billion active users per day, Google Maps contains a treasure trove of traffic information. ODIQ monitors, analyzes and visualizes the traffic situation at various different locations along a route. You indicate which days, periods and locations you want to include in the analysis. The travel times, speeds and delay times are subsequently shown in different kinds of graphs, including a spectrogram with Street View.
ODIQ is available in 4 languages: Dutch, English, French & Spanish.
—Bam infra
Front End:
Javascript API: Integrated map with following features:
Back End:
—Timezone API
When scheduling a job it’s important to know in what time zone the route is located. For instance: when a user creates a job with a route located in Belgium to run for 10 days from 7AM to 9AM, the timezone API is used to get it, since we cannot use the users time zone (who might be located in a completely different one). So a job will always be scheduled relative to the location of the route.
—Directions API
This is the main component of the solution, the API is used to get travel times, both with and without traffic. Due to the possibility of relatively large amounts of requests, a truncated exponential backoff strategy is used to mitigate issues relating to QPS.
Geo components Architecture
When we look at the process of defining a route all the way to showing the result we follow these steps.
First the user defines a route in the UI, the user specifies point A and point B on a Google Maps map, optionally specifies waypoints to force the route along a specific trajectory and fills in all the other parameters. This goes through a Processing Service which splits the route into segments and prepares the input for the ScheduleService. The input stays in the scheduler up until the time trigger fires the start of the capturing process. The scheduler transfers the input into the CaptureService which sends the segments to the Directions API and captures the raw data and puts it on a bus which passes the raw data on to the LinegraphService and the SpectrogramService. These two services then transform the raw data into a usable form specific for use in a Line Graph and a Spectrogram respectively. Both services transform the data into DTOs which can be requested by the client through a REST API.
Do you wonder how ODIQ works in the field? Check out some of our customers and find out how they applied ODIQ in their organisation. BAM improved traffic flow Gein Bridge Driemond and Rijkswaterstaraat (RWS) is working on smart traffic management solutions.
Lennart Van Heuckelom - Product owner
Michiel Van Hove - Business developer ODIQ
Jelle Draijer - Business developer
Jeffrey Benning - Country Manager Nederland
Joris De Smet - Project Manager
Bjorn Vandenbilcke - Cloud Architect
Sander Soetaert - Frontend developer
Saïd El Boumediani - Frontend developer