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Advanced Robotics Design and Development

Partners

Trusted by innovators building the next generation of power systems

Experience makes the difference

It takes more than bold ideas and passion to bring robotics products to life. Experience makes the difference. Drawing on over 14 years of product design expertise, Ingenuity’s multidisciplinary team are experts in robotics product design, with a proven track record in developing systems ranging from autonomous ground vehicles (AGVs) to control platforms integrated with industrial automation solutions.

We provide end-to-end product development services, including electronics, industrial design, embedded software, mechanical engineering, and cloud integration, tailored to the unique challenges of robotics. From concept and prototyping to validation and production support, we deliver robust, high-performance solutions that enable the next generation of safer, smarter, and more capable robotic systems.

Our Robotics Design Capabilities are Untouchable

In robotics product design, success depends on the seamless integration of mechanical systems, electronics, software, and even AI. Ingenuity takes a holistic approach by bringing embedded, electrical, mechanical, and cloud engineers onto the same team, working side by side from concept through production. This tight integration allows us to design robotics products where hardware and software complement each other, delivering rugged, intelligent, and reliable solutions for diverse environments, from construction sites to marine operations.

Mobility & Movement

We engineer robotic platforms with advanced mobility systems, including tracked, wheeled, and other novel forms of locomotion. Our designs are built to handle rough terrain, confined spaces, and demanding environments, making them ideal for construction tasks, inspection, and hazardous operations.

Manipulation & End-Effectors

From robotic arms to specialized tool-holding systems, we design manipulators capable of precision work in hard-to-reach or hazardous areas. Our solutions span lightweight arms for agile applications through to heavy-duty actuators for demanding industrial maintenance tasks.

Sensing & Vision Systems

We engineer advanced sensing and vision technologies, including LiDAR, stereo vision, thermal imaging, and multispectral cameras. When existing technology does not meet the need, our team has developed entirely new, patentable sensing solutions for clients, creating capabilities that did not previously exist. These systems provide real-time situational awareness for first responders, automated inspections, and marine robotics.

Edge AI & Onboard Intelligence

We can design embedded AI systems that run directly on the robot, delivering real-time decision-making without relying on cloud connectivity. From object recognition and navigation to anomaly detection, our edge AI integration enables faster responses, reduced latency, and resilient autonomy in mission-critical environments.

Control Systems & Autonomy

We develop the embedded electronics, drive systems, and autonomy algorithms that power intelligent robots. From low-level motor control to high-level path planning and safe human-robot interaction, our designs deliver reliable performance and adaptive autonomy.

Compute Platforms

We design compute platforms ranging from bare metal and FPGAs to embedded Linux and higher-level systems. Our team builds robots on ROS and micro-ROS, as well as alternative or fully custom frameworks when the application demands it.

Connectivity & Cloud Integration

We build robust communication systems enabling real-time data transfer and remote operation. From wireless IoT modules to cloud-connected analytics, our solutions keep robots coordinated, monitored, and updatable in the field.

Environmental & Marine Robotics

We specialize in designing robots built for unique environments, including underwater and marine applications. From hull-cleaning robots to submersible inspection platforms, our solutions withstand pressure, corrosion, and complex aquatic dynamics.

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