Robotics Engineering.
Start to Finish.

We build modular, production-ready robotics software from the ground up. Our team has deep experience with ROS 2 architectures, multi-robot coordination, and custom middleware integration — connecting hardware, firmware, and application layers into coherent systems.

Capabilities

• ROS 2 system design and integration
• Custom middleware and communication layers
• Multi-robot coordination and fleet management
• Hardware abstraction and driver development
• Simulation environments (Gazebo, Isaac Sim)

We design and deploy perception pipelines that work reliably outside the lab. From object detection and segmentation to sensor benchmarking and real-time inference, we build vision systems that are tuned for real-world noise, lighting, and deployment constraints.

Capabilities

• Object detection and instance segmentation
• Sensor fusion (LIDAR, camera, IMU)
• Real-time inference on edge hardware
• Synthetic data generation and augmentation
• Custom model training and optimization

Reliable motion starts with well-designed control. We implement trajectory planning, closed-loop control, and motion optimization for robotic arms, mobile platforms, and custom mechanisms — validated in simulation before deployment to hardware.

Capabilities

• Trajectory generation and optimization
• Closed-loop control system design
• Nav2 and MoveIt integration and customization
• Kinematics and dynamics modeling
• Classical, optimal, and ML-based controllers

We deploy robotics software on constrained hardware where performance margins are tight. From Jetson platforms to custom embedded systems, we optimize compute pipelines, integrate sensors, and tune for the real-time demands of autonomous operation in the field.

Capabilities

• Jetson AGX / Orin / Nano deployment
• Custom embedded system integration
• Real-time operating system (RTOS) work
• Sensor integration and calibration
• Power and performance optimization