First Hydrogen Corp. has announced progress in developing artificial intelligence capabilities for its unmanned ground vehicle (UGV) platform, expanding its hydrogen mobility business into advanced robotics, autonomous systems, and defence and security technologies.
The company is focusing on AI-powered capabilities designed to support defence, security, counter-drone operations, autonomous navigation, and mission-adaptive field operations.
Balraj Mann, Chairman and Chief Executive Officer of First Hydrogen, explained: “The battlefield and security environment is changing rapidly, and autonomous systems are becoming increasingly important across defence, infrastructure protection and emergency response.
“By pursuing specialised artificial intelligence expertise for our UGV programme, we are strengthening the platform’s potential to support next-generation defence and security applications, including autonomous navigation, situational awareness and counter-drone support.
“We believe this represents a natural extension of First Hydrogen’s strategy at the intersection of clean energy, autonomous systems, mobility and advanced robotics.”
Addressing the evolving drone threat
As drone threats become increasingly sophisticated, evolving from individual first-person-view (FPV) attacks to coordinated multi-drone operations, defence and security organisations are seeking new layers of protection beyond traditional aerial systems.
First Hydrogen believes intelligent autonomous ground platforms can play an important role in this changing landscape by supporting force protection, reconnaissance, logistics, sensor deployment, and counter-unmanned aerial systems (counter-UAS) operations.
The company says its UGV platform is designed to extend operational coverage, strengthen security perimeters, and enable personnel to supervise multiple autonomous systems while reducing their exposure to hazardous environments.
Strengthening AI expertise
To accelerate development, First Hydrogen is in discussions with an experienced artificial intelligence specialist with expertise in autonomous systems, advanced computing, and defence technology programmes.
The collaboration is expected to support the company’s AI development roadmap, with a focus on improving autonomous decision-making, situational awareness, sensor fusion, threat detection, and overall mission effectiveness.
AI capabilities under development
The proposed AI programme will focus on several core capabilities, including:
- Autonomous navigation
- Object recognition
- Sensor integration
- Mission planning
- Operator assistance tools
- Future counter-UAS functionality
Together, these technologies are intended to enable the platform to operate effectively in complex environments, support real-time decision-making, and provide adaptable robotic solutions for defence, security, industrial, and critical infrastructure customers.
Supporting autonomous defence operations
Rapid advances in artificial intelligence, autonomous navigation, sensor integration, and edge computing are driving a new generation of unmanned ground vehicles capable of operating in demanding environments.
First Hydrogen believes mobile autonomous platforms could be deployed with sensors, communications systems, surveillance equipment, and counter-UAS payloads, allowing operators to respond quickly as threats emerge and providing an additional layer of ground-based defence.
A modular platform designed for challenging environments
First Hydrogen’s UGV platform is being developed as a rugged, modular, and mission-adaptable autonomous ground system.
The platform incorporates the company’s patented and patent-pending folding chassis architecture, articulated leg-wheel assemblies, hot-swappable mission modules, and amphibious capabilities.
These features are intended to enable operations across difficult terrain and a wide range of environments, including coastal areas, ports, inland waterways, industrial sites, remote infrastructure, defence facilities, and other locations where conventional vehicles may struggle with mobility or deployment.
