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Robotair

Robotair offers a DevOps platform specifically for ROS‑based robots, automating CI/CD pipelines, deployment, and configuration management for individual units and large fleets. The service provides real‑time monitoring, health alerts, and fleet‑wide version control, enabling engineers to push updates from source control to robots with a single command while maintaining security and compliance.

Stuttgart, DE,PTFounded 202321K+ followers
Updated 2 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Product

Problem

Robotic teams using ROS often struggle with manual deployment, limited visibility into robot performance, and difficulty scaling fleets across environments, leading to increased downtime and operational overhead.

Solution

Robotair provides a DevOps platform tailored for ROS‑based robots that automates software deployment, continuous integration, and configuration management across single units and large fleets. The platform offers real‑time monitoring dashboards, health alerts, and log aggregation to help operators detect and resolve issues quickly. Built‑in scaling tools enable seamless rollout of updates to multiple robots while maintaining version consistency and compliance. Integration with existing CI/CD pipelines and ROS tooling allows developers to push code changes from source control to robots with a single command, reducing manual effort and error rates. Robotair’s cloud‑native architecture supports on‑premise or hybrid deployments, giving organizations flexibility to manage robots in diverse operational settings.

Target Audience

Primary customers are robotics engineers, R&D labs, and automation teams that develop and operate ROS‑based robots in manufacturing, logistics, or research environments.

Features

  • Automated CI/CD pipelines that build, test, and deploy ROS packages directly to robots
  • Centralized monitoring console with live telemetry, resource usage, and health alerts
  • Fleet management tools for batch updates, version control, and rollback across dozens or hundreds of robots
  • Secure, role‑based access control and encrypted communication between cloud services and robot endpoints
  • Integration hooks for popular ROS tools (catkin, colcon) and container registries
  • Extensible plugin system for custom scripts, diagnostics, and third‑party services
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