SyncOS™ Integrator – Unified Robotics & Equipment Integration Platform

Modern facilities run on multiple robots, equipment types, and control systems. Each vendor comes with different protocols, traffic rules, interfaces, and workflow logic—making integration one of the biggest challenges in automation. SyncOS™ Integrator solves this by bringing everything into one flexible platform.

SyncOS™ Integrator enables AGVs, AMRs, robotic arms, conveyors, sensors, and external systems to work together through a simple, modular integration layer. Partners can build automation workflows faster, reduce engineering effort, and deploy complex, multi-vendor setups with far fewer issues.

With real-time monitoring, configurable workflows, and support for industrial protocols such as Modbus, HTTP, TCP, and PLC connections, SyncOS™ Integrator removes integration bottlenecks and makes automation scalable, reliable, and easier to maintain. Whether it’s connecting a single robot or orchestrating an entire fleet with multiple peripherals, the platform provides a unified way to design, execute, and manage operations at scale.

Key Features

Intuitive No-Code Integration

Design integrated robotic systems using our no-code flowchart builder, ensuring compatibility across manufacturers and reducing integration time from months to weeks.

Truly Vendor Agnostic

Access our library of pre-built interfaces to seamlessly integrate with different robotics or software systems. If the interface is not available, we can build one for you in days. Never worry about compatibility or interoperability again.

Intelligent Data Driven Orchestration

Collect and analyze machine data from each stage of execution to create smart processes that can react based on ongoing requirements and constraints.

Designed for Scale and Support

Scale your automation infrastructure with standardized interfaces. No more vendor lock-ins. With its powerful monitoring capabilities, you can seamlessly integrate new processes on the fly without stopping or affecting any existing ones.