Fleet and Multi-Robot Simulations
Our software collects data from multiple agents to enable group navigation of your robots in both a physical or simulated environment. Monitor the health of your robots with custom dashboards, allowing you to better manage and control the behaviour of your fleet. Coordinate, analyze, and monitor all robot data through the Rocos platform.
Programming Multiple Robots
Build, test, and deploy multiple robots with digital twin technology, allowing you to emulate your physical robots within a replicated virtual environment. Synchronize your autonomous mobile robots to work collaboratively as a team and control all your missions remotely through a centralized platform. Our system scales with your business enabling you to control multiple robots, no matter how many you have! Improve the operational efficiency of your robots by integrating the Rocos Robot Operations Platform.
Build Cloud-Based Custom Dashboards
The multi-robot system supports ultra-low latency video streaming and real-time teleoperation to control your robots through the cloud. Plan, deploy, and control robot missions remotely and monitor live dashboard information on the location, health, and status of each robot. Our collaborative cloud software is leading the charge in robotics operations.
Enable Fleet Operation as a Team
Rocos is your complete solution for robotic operations. Improve the performance and reliability of your robot workforce through mission planning and playback, live low-latency video streams, remote teleoperation, and offline data capture. The Rocos platform is cloud-based and can be remotely accessed from anywhere, anytime. This enables your global teams to connect, monitor, and control your robots from multiple locations around the world.
Controlling a Robot Fleet
Once your robot fleet starts to grow from 1 to 10 to 100 or more, the need for centralized mission-control becomes increasingly important. Rocos makes it easy to send activity data to the cloud from multiple robots and also share data between robots running on a local network. This solves a significant stability challenge and enables you to relay data from one robot to another - regardless of whether you’re operating in internet-denied environments.
The platform uses simultaneous localization and mapping, aka SLAM, to enable multiple robots to build their own maps as they go by aligning the sensor data they collect to build out a map of their surroundings for navigation.
Connect Multiple Robots with Ease.
It’s simple to connect, control, and operate hybrid fleets on the Rocos Robot Operations platform. All ROS robots integrate natively, and with the MAVLink plugin you can manage dashboards, commands, and buttons for multiple robots at once. Rocos provides developers with the ability to integrate their own applications with the Rocos platform providing access to APIs and SDKs.