Asimovo provides a RoboDevOps platform designed to accelerate robotics development and testing workflows. The platform integrates simulation capabilities with flexible computing resources, allowing teams to collaborate on projects using a unified development toolkit. This approach helps de-risk robotics projects and improves the quality of deployed solutions by connecting people, tools, work, and resources efficiently.
Funding
$550K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Developing and testing complex robotic behaviors often requires specialized tools, diverse skill sets, and significant computing resources, making it difficult for robotics teams to collaborate effectively and efficiently. The lack of a standardized approach and readily available resources can hinder the development and deployment of smarter robots.
Solution
Asimovo provides a RoboDevOps platform that connects robotics teams to the tools, computing resources, and collaborative environments needed to accelerate the development and deployment of robotic solutions. The platform integrates open-source, ROS-based tools with cloud services, offering a centralized hub for developing, simulating, and testing complex robotic behaviors. By providing access to a library of robot hardware, components, 3D worlds, and ROS packages, Asimovo streamlines the development process and enables teams to iterate faster, de-risk projects, and improve the quality of their robots. The platform supports both local and cloud-based IDEs, allowing for seamless transfer of code to robot hardware and real-time remote troubleshooting.
Target Audience
Asimovo targets robotics companies, research institutions, universities, and developers who need a collaborative, scalable, and affordable platform for developing and testing robots.
Features
- Cloud-based platform integrating ROS, Gazebo, and other robotics development tools
- Library of robot hardware, components, 3D environments, and ROS packages
- Support for local and cloud-based IDEs
- Tools for simulation, testing, and validation of robotic behaviors
- Collaborative project environments for multidisciplinary teams
- Computing resource allocation for projects and team members
- Access control features for managing project security and permissions
- Seamless transfer of code to robot hardware
- Real-time remote troubleshooting capabilities
- Modular approach to work packages for easy task allocation