Introduction: The Future of Robotic Orchestration
The rise of mobile robots in warehouses, logistics and industrial production has created an urgent need for reliable orchestration. OpenRobOps, launched by InOrbit Inc., responds to this demand by offering an open‑source platform that meets ISO 21423, the first security standard for robotic systems.
This solution aims to free developers from a “build trap” and provide a robust foundation for deploying large‑scale fleets while ensuring regulatory compliance.
1. What is OpenRobOps?
OpenRobOps, or ORO, is an open‑source platform for managing and orchestrating mobile robots. It offers APIs, data models and ready‑to‑use workflows to control, monitor and optimize robotic operations.
<pDesigned since 2017 by InOrbit, the solution relies on a microservices architecture that facilitates integration with existing systems while ensuring scalability and resilience.
Modular Architecture
The modular design of ORO lets teams choose only the components they need, reducing total cost of ownership and accelerating time‑to‑market.
2. ISO 21423: The Security Reference for Robotics
ISO 21423 defines safety requirements for autonomous robotic systems. By incorporating this standard, OpenRobOps ensures each robot meets strict reliability and compliance criteria.
<pThis approach allows companies to demonstrate fleet safety to customers and regulators without building a complex internal framework.
Compliance and Auditability
OpenRobOps includes audit mechanisms, logging and reporting that facilitate compliance reviews and traceability of robotic actions.
- Detailed logs of executed tasks
- Real‑time anomaly alerts
- Automated reports for ISO audits
3. Simplified Fleet Management
The platform offers a centralized dashboard (not shown in the illustration) that lets operators view the status, location and performance of each robot in real time.
<pThanks to RESTful APIs and WebSocket, developers can automate deployment, maintenance and software updates without operational downtime.
Smart Scheduling
OpenRobOps incorporates a scheduling engine that optimizes task allocation based on load, availability and safety constraints.
“OpenRobOps gives developers a production‑grade foundation to avoid the build pitfall, offering the first ISO 21423 implementation in open source.” – Florian Pestoni, CEO of InOrbit
4. Interoperability and Easy Integration
One major barrier to mobile robot adoption is interoperability between different vendors. OpenRobOps provides a set of standardized APIs that enable smooth communication across diverse equipment.
<pDevelopers can thus integrate sensors, actuators or third‑party systems without rewriting low‑level code.
Multi‑Manufacturer Support
The platform supports leading mobile robot manufacturers, offering preconfigured plugins for ROS, MQTT and OPC UA communication.
5. Real‑World Industry Use Cases
From logistics to medical care, OpenRobOps has already been deployed in key sectors. For example, a distribution warehouse cut downtime by 30% thanks to automated orchestration.
<pIn the medical field, collaborative surgical robots use ORO to synchronize movements and ensure the precision required during procedures.
Measurable Benefits
- 25% reduction in operating costs
- 40% improvement in operational efficiency
- ISO compliance achieved with minimal effort
Conclusion: Adopt OpenRobOps for Secure and Scalable Robotics
InOrbit’s OpenRobOps marks a major shift in mobile robot management. By combining ISO 21423 compliance, modular architecture and advanced interoperability, it offers businesses a plug‑and‑play solution to rapidly deploy reliable fleets.
<pTo discover how OpenRobOps can transform your supply chain or industrial operations, contact InOrbit today and benefit from a personalized demonstration.
