About Us

We Engineer
Possibilities

Argus Systems was founded on a single conviction: that the most critical and challenging environments on earth demand the most intelligent, resilient technologies available.

AI-DRIVEN AUTONOMY — EMBEDDED CONTROL — RESILIENT POWER
FROM THE OCEAN'S DEPTHS TO OUTER SPACE
Our Mission

Built for Where
Humans Can't Go

We pioneer the development of autonomous robotics, intelligent control systems, and high-efficiency power solutions built to perform in the world's most extreme environments — underwater, on land, in the air, and beyond.

By fusing AI-driven autonomy, embedded control, and resilient power systems, we deliver solutions that are adaptive, reliable, and scalable across multiple domains.

At Argus, we don't just build machines — we engineer possibilities, connecting intelligence and power to unlock what was once beyond reach.

AI-Driven Autonomy
Adaptive decision-making and real-time response in GPS-denied and contested environments, with tactical intelligence built into every platform.
Embedded Control
Cyber-hardened embedded architectures with encrypted data links designed for extreme reliability and mission-critical performance.
Resilient Power
High-efficiency, fail-safe power architectures from modular 5 kW combiners to 1 MW AC/DC conversion systems for any platform.
Scalable Platforms
Systems engineered for portability and rapid deployment — from a single-operator field kit to multi-platform command infrastructure.
Milestones

Our Journey

Foundation
Argus Systems Established
Founded with a core focus on autonomous systems and power electronics. Electronics design partnership established with A1 Innovation (UK).
Early Development
UAV Development for SLAF
Delivered UAV development programme for the Sri Lanka Air Force, including flight controller, EMU, and redundant ground control station architecture.
Research Expansion
University of Bath Partnership
Aerospace simulation support collaboration established, enabling ANSYS-validated aerodynamic design and structural analysis for VTOL platforms.
Platform Maturity
VTOL 32kg & 9kg Platforms Ready
Hybrid 32 kg VTOL (14+ hr, 180 km) and compact 9 kg portable VTOL reach production handover readiness with full composite construction documentation.
Present
Multi-Domain Expansion
Expanding across air, marine, land, and space domains with AI-embedded control, advanced BVLOS GCS, and modular VPX power modules.
Network

Partners &
Collaborators

Electronics R&D · UK
A1 Innovation
Electronics design and development partnership. Core embedded systems and PCB development.
www.a1innovation.co.uk
High Power Systems · UK
OEC Power & Control
High-power system design and engineering for demanding industrial and military applications.
www.oec-eng.co.uk
Academia · UK
University of Bath
Aerospace simulation support, aerodynamic validation, and structural analysis for VTOL platforms.
Manufacturing · UK & LK
Fabrication Network
UK: Electrogear Solutions (electronic & electrical assembly). Sri Lanka: own fabrication facility for composite and structural manufacture.
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