InOrbit Inc., a provider of cloud-based robot operations (RobOps) software, announced the launch of a free edition of the platform, allowing companies to manage an unlimited number of robots for free forever. This solution helps robot developers and operations teams scale their robot fleets while focusing on their unique differentiators. 

InOrbit Free Edition enables access to the end-to-end platform infrastructure, including the robot-agnostic InOrbit Agent, Adaptive Diagnostics, secure messaging infrastructure and InOrbit Control, the fully personalized dashboard. This solution includes observability features such as vital robot analytics and diagnostics, as well as the ability to track a robot’s position on a map in real time. Additionally, users can define, detect and respond to incidents through one-click actions, within the app or through included Slack integration.

“We’ve seen too many robotics companies waste precious time reinventing the wheel,” said Florian Pestoni, CEO and co-founder of InOrbit. “With InOrbit Free Edition, we are helping companies address common robot operations problems without having to worry about having to enter a credit card. And unlike other limited time trials, Free Edition supports an unlimited number of robots for free — forever.”

As their needs mature, robotics companies using InOrbit can access even more advanced functionality through the InOrbit Standard Edition (SE), which includes more advanced incident management functions, more integrations, real-time teleoperation and other navigation features, as well as the recently launched Time Capsule.

About InOrbit

Headquartered in Mountain View, California, InOrbit is a platform for RobOps at scale. The company is bridging the autonomy gap through its cloud-based, robot-agnostic data platform that enables robotics companies and enterprises to master the four O’s of robot operations: observability, operation, orchestration and optimization. InOrbit’s multi-cloud platform provides secure, real-time analytics and data collection, robot performance monitoring (RPM), incident response and root-cause analysis.