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DriveByCloud
Infrastructure-supported ADAS engineering

Working digital twin solutions

Since 2018, DriveByCloud's team has been developing infrastructure-based perception solutions to build real-time digital twins. Our vision is to turn large volumes of data into a clear understanding of what is happening—and enable timely, informed action. Our projects demonstrate state-of-the-art technologies that improve efficiency and safety in ADAS testing, roadside data collection, and the development of autonomous systems. One of our flagship projects is a digital twin deployed along a 1.5 km section of the shared M1–M7 motorway corridor, demonstrating the practical value of our approach in a real-world environment.
View referencesTalk to an engineerGet more information about the team
Video of the M1–M7 highway real-time digital twin: a 3D motorway model with live vehicle detections from the roadside sensor stations.
Quality-management certificate
ISO 9001:2015
Published Hungarian reference locations
3
Engineering base
Budapest
One connected workflow

From road observation to engineering evidence

We create digital twins of your sites, from ADAS proving grounds and road intersections to highways and facilities. Our ScanX solution can adapt to your requirements, to evaluate the realworld states.

Road observation to engineering evidence: an infrastructure sensor station with a camera and a 360° LiDAR facing each direction, plus a 180° fisheye camera covering the area below the portal, detects passing vehicles, the data streams into the Twin Streamer Engine in the cloud, and an engineering evaluation is produced. Stages: Observe, Stream, Execute, Evaluate. The schematic alternates with recorded thermal/fusion comparison and digital-twin visualization clips.
  1. 01

    Observe

    Bring project-defined infrastructure sources into the engineering context.

  2. 02

    Stream

    Use Twin Streamer Engine as the backbone of the shared digital-twin data flow.

  3. 03

    Execute

    Use ScenX to organize project-defined scenario steps and expose run state.

  4. 04

    Evaluate

    Review run context and release-level dataset metadata against the engineering question.

DriveByCloud platform

Five focused ways into the digital-twin workflow

Start with data flow, scenario execution, labeled road-data evaluation, teleoperation, or cloud-based vehicle motion.

01

Digital-twin data flow

Twin Streamer Engine

Streams the live road scene seen by infrastructure sensors into your engineering tools.

  • Camera and LiDAR fusion
  • UTM-referenced objects
Explore product
02

Repeatable scenario execution

ScenX Automatic ADAS Execution System

Runs your ADAS test scenarios automatically and reports every run.

  • Repeatable execution
  • Live run monitoring
Explore product
03

Real-road data, release-level context

M1–M7 Labeled Datasets

Labeled real-traffic data from the M1–M7 motorway, exported for your project.

  • Camera, thermal and LiDAR data
  • 3D object labels
Explore product
04

Low-latency remote vehicle control

Teleoperation

Control vehicles remotely through Twin Streamer Engine, with low-latency commands and live feedback.

  • Remote vehicle control
  • Twin Streamer Engine integration
Explore product
05

Cloud-based trajectory planning

CloudControl

Plan trajectories in the cloud and guide connected vehicles using the shared digital twin.

  • Cloud-based trajectory planning
  • Connected vehicle path following
Explore product
Engineering workflows

Know what’s happening. Act when it matters.

Infrastructure-supported observation

Bring road or proving-ground context into a shared view for a supervised test workflow.

Understand what's happening

Proccess and analyze the collected data, to predict the future.

Control the situation

Act immediately. Time is money.

Record situations, play back scenarios

Record real world data, optimize your model based on repeated playback.

Published references

From proving ground to public-road context

Explore DriveByCloud’s published work around ZalaZONE, the M1–M7 motorway section, and the M76 smart-road programme.

View reference locations
Aerial view of the ZalaZONE vehicle proving groundVehicle proving ground

ZalaZONE

Listed by DriveByCloud as a digital-twin reference location for infrastructure-supported test-track observation and reference-data workflows.

Traffic on the M1–M7 motorway section in HungaryHungarian motorway section

M1–M7

Listed by DriveByCloud as a motorway digital-twin reference for observing road objects and finding scenarios that merit engineering review.

Road infrastructure at the M76 smart-road reference locationSmart-road programme

M76

Listed by DriveByCloud as a smart-road digital-twin reference connected with open-road testing workflows.

Quality management

Documented processes, visible scope

DriveByCloud’s published TÜV Rheinland certificate records conformity with ISO 9001:2015 for its listed data-processing, web-hosting, and research-and-development scope.

TÜV Rheinland ISO 9001 test mark published by DriveByCloud
Published certificate

ISO 9001:2015

A TÜV Rheinland certificate records that DriveByCloud Kft met the requirements of ISO 9001:2015 for its listed scope at the time of audit.

Registration
01 100 2324073
Published validity
–
Listed scope
Data process and webhosting; scientific and technical research and development.
View certificate details
Build the right workflow

Start with your environment and engineering question

We will help map your sources, test process, and review needs to the appropriate DriveByCloud product.

Talk to an engineerExplore the platform