Accelerate Robotics Innovation with Ingescape’s Model-based Systems Integration Framework

Modern robotics systems, from autonomous vehicles and industrial cobots to medical robots and drones, demand high levels of coordination, adaptability, and intelligence. Engineering these complex platforms requires orchestrating multiple specialized subsystems such as perception, control, actuation, and communication into cohesive Systems of Systems (SoS).

Ingescape enables robotics engineering teams to design, integrate, qualify, and operate any type of hardware and software components, combined with AI and human operators, ensuring real-time interactions and flexible system evolutions across their lifecycle.

Ingescape is about providing consistent and versatile platforms combining simulations, integration, and operations for multidisciplinary teams, relying on iterative and flexible approaches. Engaging Ingescape no-code tools, these platforms seamlessly mix and control technologies, digital services, massive amounts of data, and various levels of operational scenarios, including distributed and collaborative environments.

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Frequently Asked Questions

Unlock the full potential of Ingescape’s continuous systems engineering solutions with answers to your most common questions about model-based integration, simulation capabilities, and system-wide workflows

Yes. Ingescape seamlessly integrates heterogeneous robotic modules —whether using ROS, C++, Python, or other frameworks and languages—into a cohesive, controlled system while preserving modularity and enabling cross-team collaboration.
Absolutely. Ingescape ensures low-latency communication between perception, planning, and actuation layers, supporting robust and responsive robotic operations in both lab and field environments.
Yes. Engineers can validate robot behavior across simulations, hardware-in-the-loop setups, and fully operational deployments, ensuring functional correctness, reliability, and readiness for realworld tasks.
Yes. Ingescape supports integration with ROS, ROS2, and other widely-used robotics frameworks, enabling engineers to leverage existing software and middleware while orchestrating the full system of systems.
Ingescape continuously monitors sensors, actuators, and control loops, and help teams visualizing trends, analyzing failures, and performing root-cause analysis using no-code tools for both lab and field testing.