Han Robotics designs and builds advanced autonomous and robotic systems for defense and industrial markets.
Funding
Funding not disclosed
Founders
Product
Problem
Manufacturers of autonomous and robotic systems often depend on expensive, license‑restricted hardware such as high‑end GPUs, and must integrate separate autopilot and mission computers to achieve image processing and navigation. This results in high procurement costs, supply‑chain fragility, and lengthy integration cycles for defense and industrial customers.
Solution
Han Robotics delivers compact, end‑to‑end platforms that combine high‑performance image processing, real‑time control, and inertial sensing on a single board. The VIGU (Visual and Inertial Guidance Unit) replaces separate autopilot and mission computers with an ultra‑lightweight 70 g module built from readily available consumer electronics, reducing cost and simplifying supply. Its firmware provides target‑locking, autonomous flight, and position detection, and can be updated remotely to meet evolving mission requirements. For airborne threat interception, the company offers TAYGAN, a fully autonomous or semi‑autonomous interceptor drone weapon that a single operator can deploy against fixed‑wing and rotary‑wing targets. In addition, Han Robotics supplies custom embedded hardware, real‑time sensor‑fusion algorithms, and AI‑driven image‑processing kits that can be integrated into a wide range of autonomous vehicles and robotic platforms. The firm also offers rapid‑prototyping and consultancy services to guide customers from concept through production‑ready solutions.
Target Audience
Primary customers are defense contractors, military units, and aerospace firms requiring compact interceptor systems, as well as industrial automation and autonomous vehicle developers seeking integrated hardware‑software platforms for perception and control.
Features
- VIGU all‑in‑one board integrating image‑processing CPU, real‑time processor, IMU, and barometer in a 70 g package
- Cost‑effective design using consumer‑grade components, eliminating dependence on licensed high‑end GPUs
- Remote software update capability for target‑locking, guidance, and autonomous flight algorithms
- TAYGAN interceptor drone weapon capable of autonomous or operator‑guided engagement of aerial threats
- AI‑driven image‑processing kits with real‑time sensor‑fusion for robust perception in autonomous vehicles
- Custom embedded hardware solutions tailored for defense and industrial applications
- Open‑source or bespoke software stacks for autonomous flight, guidance, and robotic control
- R&D consultancy and rapid‑prototyping services covering concept validation to production deployment