Xairo develops AI‑driven robotic platforms and tools that enable safe, trustworthy interaction with technology across health, education, exploration and disaster response. Their product line includes autonomous robots such as the T‑REX training robot, the HAUK mapping quadcopter, and the G‑RAFe ground arm, plus the TrustAI service for evaluating AI trustworthiness, and they offer advanced ROS2‑based robotics courses.
Funding
Funding not disclosed
Founders
Product
Problem
Many sectors such as health, education, disaster response, and environmental conservation lack robotic systems that can operate safely, securely, and with a high degree of trust, limiting the adoption of automation for critical tasks.
Solution
Xairo builds AI‑driven robotic platforms that combine autonomous navigation, advanced perception, and robust safety controls to enable reliable interaction with technology in challenging environments. Its product line includes the T‑REX training robot for ROS2 education, the HAUK autonomous mapping quadcopter for large‑scale 3D surveying, and the G‑RAFe multipurpose ground arm for hazardous indoor sanitation tasks. Xairo also offers TrustAI, a software tool that evaluates the trustworthiness of AI agents, helping users assess risk and ensure secure deployment. The company supplements hardware with hands‑on advanced robotics courses, providing practical experience in ROS2, mobile robotics, and AI safety. Together, these solutions aim to make autonomous systems accessible, trustworthy, and inclusive across a range of applications.
Target Audience
Primary customers include educational institutions and robotics training programs, disaster‑response teams, environmental and conservation organizations, and enterprises seeking trustworthy autonomous solutions for health, food, shelter, and safety applications.
Features
- T‑REX: four‑wheel mecanum robot with 2D mapping and autonomous navigation, designed for ROS2 training and education
- HAUK: fully autonomous quadcopter capable of large‑area 3D mapping for exploration and extraction missions
- G‑RAFe: 6‑DOF robotic arm mounted on a 4WD platform for indoor cleaning, sanitation, and other unpleasant or hazardous tasks
- TrustAI: assessment platform that quantifies AI trustworthiness, providing safety, security, and inclusivity metrics for deployed agents
- Integrated AI safety layers and sensor suites that enforce collision avoidance, fault detection, and secure operation in disaster or crisis scenarios
- ROS2‑compatible software stack with modular motion‑planning, odometry, and perception libraries for rapid development
- Structured, hands‑on robotics courses (ROX101, ROX102) that combine theory with physical robot interaction to build expertise in advanced robotics and AI safety