Galassia Technologies has been designing and developing autonomous technologies for over 20 years. While we assist defence and industry clients in developing their own unmanned capabilities, Galassia also develops sovereign solutions in-house to meet the evolving demands of modern defence and security operations.

NIARA

Recent global conflicts have demonstrated how rapidly modern air defences can be overwhelmed by mass attacks from missiles, loitering munitions, and low-cost drones. The character of warfare is changing.

The challenge facing defence forces today is that they cannot afford to counter every aerial threat with high-cost interceptors at scale. This creates an unsustainable cost-exchange ratio and places increasing pressure on commanders responsible for protecting personnel, critical infrastructure, and high-value military assets.

Galassia Technologies has developed NIARA, the Advanced Tactical Missile Decoy System, to address this challenge. NIARA provides an additional layer of defence through a scalable, low-cost autonomous decoy capability designed to confuse, divert, and degrade inbound threats before they reach their intended targets.

Our system is differentiated through the use of airborne deception technologies that generate realistic target signatures in real time. Combined with rapid deployment, autonomous swarm operation, and a modular architecture, NIARA delivers a highly scalable force-protection capability while imposing disproportionate costs on an adversary.

In 2025, the prototype NIARA system was successfully demonstrated under the Advanced Strategic Capabilities Accelerator initiative, achieving all key technical performance measures. The system has also established pathways for export to Australia's allies and partner nations.

Opportunities are now available to particpate in investment and partnership to transition NIARA from a validated prototype into a deployable sovereign capability, placing this technology into the hands of the warfighters who need it most.

Thunderbird 1

Thunderbird 1 was developed to address a gap in the UAS market for high speed VTOL payload delivery. Powered by hybrid electric-gas turbine technology, the Thunderbird 1 can lift heavy payloads at high speed to its destination. This is currently under development. We are currently seeking expressions of interest.

Thunderbird 2

Thunderbird 2 was designed to address the need for a wide body heavy lift drone in the global UAS market. Thunderbird 2 is a VTOL hybrid gas-electric platform to deliver pyloads at further distances and longer flight times with minimal footprint and easy transportation. This is currently under development and are seeking expressions of interest.