Robotics & AI Development Engine
Built by Roboticists, for builders like you to move beyond simulation and into the real world.
Unlock the Potential of Innovation. Discover the Advanced Tools that Transform Your Ideas into Reality with Unmatched Precision and Intelligence.
Custom ROS 2 kernel optimized for robotics, with AI agents built directly into the core.
AI integrated across the entire development lifecycle, from design and coding to testing and optimization.
Full 3D parametric CAD system for designing robot structures, joints, and assemblies.
End-to-end electronic design flow from schematic capture to validated PCB layout.
Photo-realistic, physics-accurate simulation for validating robot behavior before hardware deployment.
Pre-built robots and environments that can be used instantly and customized as needed.
Hybrid editor with visual node blueprints alongside Python and C++ programming.
Reinforcement learning–driven control tuning for faster setup and better real-world performance.
One-click drivers and SDKs to connect motors, sensors, cameras, and controllers.
Build robot control applications, dashboards, and workflows in a unified environment.
Live-synced digital twins for testing, monitoring, and validating robots safely.
Plugins, assets, and workflows to extend functionality without rebuilding from scratch.
Create and refine your robot's mechanical, electrical, and software architecture in one unified environment.
Test your robot's behavior in realistic virtual environments before building physical prototypes.
Seamlessly transfer your designs and code to real hardware with minimal friction.
Analyze results, gather feedback, and quickly make improvements for continuous innovation.
The Robocists faces these critical problems that prevent breakthrough innovations from reaching the real world.
Most CAD software is made for static parts, not dynamic, sensor-rich robots.
Integrating electronics, actuators, and code is an afterthought.
ROS is powerful, but its configuration is brittle.
One wrong launch file or dependency and your robot is dead in the water.
Simulators rarely match reality.
Physics, sensors, and timing are off—so your code works in sim, but fails on the real robot.
After weeks of work, you deploy—and something breaks.
Debugging hardware, firmware, and integration eats up precious time.
Juggling dozens of tools, formats, and scripts slows you down.
The handoffs are messy, the errors are mysterious, and the process is exhausting.
No matter what your role is, you can build your own robots with Xypher Engine.
Prototype, test, and deploy without the toolchain hell.
Perfect for university projects, competitions, and learning robotics hands-on with minimal setup.
Move from idea to functional robot in weeks, not months.
Accelerate your MVP, iterate quickly, and focus on innovation instead of integration headaches.
Rapidly iterate autonomous systems and deploy to physical testbeds.
Streamline experiments, share reproducible setups, and bridge the gap between simulation and reality.
Deploy real-world solutions in agri, manufacturing, and defense with control.
Scale up production, ensure reliability, and customize workflows for your specific industry needs.
Join the waitlist to get early access to Xypher Engine.
