A virtual RemotiveBroker environment
The RemotiveCloud is an extension of the RemotiveBroker environment to further enhance the virtualization and collaboration possibilities for vehicle developers. RemotiveCloud enables easy sharing of drive cycles/scenarios and feeding of these into emulators and design tools for collaboration, both internally and externally, and the functionality will continue to expand over time.
Building developer-friendly vehicle virtualization
The RemotiveLabs Platform allows automakers to take control of their development environment and facilitate hardware abstraction. The launch of RemotiveCloud is the next step towards vehicle virtualization & collaboration. Starting from the flexible core, the RemotiveBroker, continuing with the first key cloud features we are on a journey to build a complete and developer-friendly platform for vehicle virtualization.
Getting more development done in a virtual environment means higher speed, more collaboration, and faster iterations. Further, a virtualized vehicle development will reduce the environmental footprint in terms of hardware and transportation needed during development.
Key Collaboration functionalities – Playback Package
RemotiveLabs Platform is designed to simplify how software is prototyped, built, and tested in automotive. Shared access to recorded drive cycles in the cloud. Current cloud features are focused on collaboration:
Upload / playback recordings
Record using RemotiveBroker (or candump, ASC etc.) – share and collaborate with internal and external parties in RemotiveCloud. Enables designers and teams to get access to real data for fast prototyping, mutual debugging, and functional testing at any part of the development process.
Use your language of choice
Feed recorded signals to your favourite language: Python, Rust, C++, etc with signals from the recording using the cloud-based virtual RemotiveBroker. Consume, plot or make use of vehicle signals anywhere!
Use LUA scripting to transform (rename, map, merge or synthesize) signals emitted at custom frequency. Produce abstraction layer for AAOS, ProtoPie, Unity, and similar in the expected format (COVESA VSS, AAOS vehicle properties for example). Share curated signal sets with external collaborators, hiding proprietary data.
Ready to get started?
Feel free to contact us if you have any questions! You can also test drive the platform with our demo in the cloud or by booking a 15-minute technical overview.