# RemotiveLabs

> RemotiveLabs builds RemotiveTopology, a platform for virtual vehicle integration testing in the automotive industry. Engineering teams use it to simulate ECUs, networks, and full vehicle topologies in software, reducing dependency on physical test hardware throughout the development lifecycle. RemotiveLabs was founded in 2020 in Malmö, Sweden, by Aleksandar Filipov (Founder & CTO) and Per Sigurdson (Co-Founder & CEO).

RemotiveLabs serves automotive OEMs and Tier 1 suppliers. The platform supports Software-in-the-Loop (SIL) testing that scales to Hardware-in-the-Loop (HIL) and CI/CD pipelines, covering protocols including CAN, LIN, FlexRay, SOME/IP, and Android Automotive OS (AAOS).

## Products

- [RemotiveTopology](https://www.remotivelabs.com/products/remotivetopology): The core platform for virtual vehicle integration testing — simulate ECUs and vehicle networks in software before hardware exists.
- [Platform overview](https://www.remotivelabs.com/products/platform): Overview of the full RemotiveLabs toolchain across SIL, HIL, and CI/CD.
- [Pricing](https://www.remotivelabs.com/products/pricing): Pricing plans for RemotiveLabs products.

## Use Cases and integrations

- [Volvo Cars: Mocking the mechatronic rim](https://www.remotivelabs.com/blog/mocking-a-vehicle-on-a-linux-laptop): Case study on mocking vehicle hardware on a Linux laptop.
- [Arm: Scalable digital twin project](https://www.remotivelabs.com/blog/remotivelabs-showcases-digital-twin-to-accelerate-next-generation-automotive-systems-on-arm): Case study on digital twin development with Arm.
- [Ford: Virtual prototyping](https://www.remotivelabs.com/blog/prototyping-with-vss-cloud-recordings): Case study on virtual prototyping using cloud recordings.
- [Integrate with CI pipeline: Zuul example](https://www.remotivelabs.com/blog/integrate-with-ci-pipeline): Example of integrating RemotiveLabs into a CI pipeline using Zuul.
- [Digital cockpit integration with HERE Navigation](https://www.remotivelabs.com/blog/digital-cockpit-integration-with-here-navigation): Running HERE Navigation in Android Cuttlefish with a live instrument cluster fed by real vehicle signals.
- [RemotiveLabs and Vayavya Labs: left-shifting ADS/ADAS development](https://www.remotivelabs.com/blog/remotivelabs-and-vayavya-labs-initate-collaboration-to-left-shift-ads-adas-development): Integrating RemotiveTopology with the CARLA driving simulator for system-level ADAS/ADS testing at the SIL stage.
- [Lightweight, reproducible hybrid racks](https://www.remotivelabs.com/blog/lightweigt-reproducible-hybrid-racks): Building reproducible HIL test rigs.

## Concepts

- [Vehicle as code](https://www.remotivelabs.com/applications/vehicle-as-code): How teams turn their E/E architecture into version-controlled, executable code.
- [Virtual integration testing](https://www.remotivelabs.com/applications/virtual-integration-testing): How teams test any vehicle logic with virtual vehicle topologies before hardware becomes available.
- [Smooth SIL to HIL to CI](https://www.remotivelabs.com/applications/sil-to-hil): Reusing the same test setup from software simulation through to hardware and CI pipelines.
- [Accelerate AAOS development](https://www.remotivelabs.com/applications/android-automotive): Speeding up Android Automotive OS development with virtual signal feeds.
- [Virtual prototyping with ProtoPie](https://www.remotivelabs.com/applications/protopie): Connecting RemotiveLabs signal data to ProtoPie for interactive HMI prototyping.

## Documentation and GitHub — RemotiveTopology and related tools

- [RemotiveTopology docs overview](https://docs.remotivelabs.com/docs/remotive-topology): Documentation home for RemotiveTopology.
- [Concepts: Vehicle-as-Code](https://docs.remotivelabs.com/docs/remotive-topology/concepts): Core concepts behind defining vehicles as code.
- [Getting started](https://docs.remotivelabs.com/docs/remotive-topology/getting-started): First steps for setting up RemotiveTopology.
- [Install RemotiveTopology](https://docs.remotivelabs.com/docs/remotive-topology/install): Installation instructions.
- [CI integration](https://docs.remotivelabs.com/docs/remotive-topology/ci): Running RemotiveTopology in continuous integration pipelines.
- [Workspace](https://docs.remotivelabs.com/docs/remotive-topology/workspace): Structuring a RemotiveTopology workspace.
- [Usage manual](https://docs.remotivelabs.com/docs/remotive-topology/usage/manual): Reference manual for day-to-day usage.
- [Behavioral models](https://docs.remotivelabs.com/docs/remotive-topology/usage/behavioral_models): Defining ECU behavior in simulation.
- [Recordings](https://docs.remotivelabs.com/docs/remotive-topology/usage/recordings): Using recorded signal data within a topology.
- [RemotiveTopology examples (GitHub)](https://github.com/remotivelabs/remotivelabs-topology-examples/tree/main/getting_started): Example projects and starter code.

## About

- [Our story](https://www.remotivelabs.com/about-us/about-us): Background on RemotiveLabs as a company, founded by Aleksandar Filipov and Per Sigurdson.
- [Work with us](https://www.remotivelabs.com/about-us/work-with-us): Careers and open positions.
- [Contact](https://www.remotivelabs.com/contact): Contact information.
- [Blog](https://www.remotivelabs.com/blog): Full blog index.

## Optional

- [Android-to-vehicle testing with Cuttlefish](https://www.remotivelabs.com/blog/from-android-to-ecus): How teams build and validate infotainment-to-vehicle communication using Cuttlefish and RemotiveTopology, before hardware exists.
- [Visualize ARXML / DBC files](https://www.remotivelabs.com/blog/visualize-arxml-dbc-files---explore-your-vehicle-platform): How to explore vehicle signal definitions visually.
- [ECU testing with lightweight restbus simulation](https://www.remotivelabs.com/blog/ecu-testing-with-lightweight-restbus-simulation): Performing restbus simulation across CAN, LIN, Ethernet, and FlexRay for virtual and hardware ECUs.
- [Hybrid LIN bus testing with RemotiveTopology](https://www.remotivelabs.com/blog/hybrid-lin-bus-testing-with-remotivetopology): Moving from a fully virtual LIN setup to hybrid configurations with real LIN hardware.
- [From git clone to running a virtual vehicle](https://www.remotivelabs.com/blog/from-git-clone-to-running-a-virtual-vehicle): Hands-on walkthrough of getting a virtual vehicle running.
- [Feeding your AAOS emulator](https://www.remotivelabs.com/blog/feeding-your-aaos-emulator): Supplying signal data to an Android Automotive OS emulator.
- [SecOC integrated in the platform](https://www.remotivelabs.com/blog/secoc-now-integrated-in-the-platform): Secure communication (SecOC) support in RemotiveLabs.