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We build heterogeneous autonomous swarm frameworks that operate across any domain—air, land, sea, or complex hybrid environments, in a decentralized manner, eliminating single points of failure.
The future of conflict won't be decided by who builds the most platforms. It will be decided by who builds the smartest swarms.
We build the distributed intelligence that turns any fleet of uncrewed systems — across air, land, sea, and space — into a single, adaptive force. No central node. No single point of failure. Every platform thinks for itself and coordinates as one.
Our coordination framework is drawn from nature's most resilient systems — the self-healing intelligence of swarms, the emergent behaviour of flocks and colonies. Evolution encoded into autonomous machines, producing swarms that are adaptive, unpredictable, and resilient to the demands of the modern battlefield.
Autonomous systems should augment human judgement, not replace it. Every action across the swarm has a traceable chain of reasoning that operators can inspect and understand. When lives are at stake, the decision is always human.
Built in Australia. Governed by Australian values. Engineered for the battles ahead.
Explore the key capabilities that make Jenesys' advanced heterogeneous swarm framework possible.
Our swarm framework delivers unparalleled capabilities for contested, complex, and dynamic operational environments.
Deploy across aerial, ground, underwater, and maritime platforms with a unified framework that adapts to each domain's unique requirements.
From 3 units to 50+ diverse platforms, scale operations without manual reconfiguration or performance degradation.
No central command, no single point of failure. Decision-making distributed across all platforms for maximum resilience.
Onboard AI/ML enables platforms to identify, prioritize, and break down tasks without human direction.
Optimal task assignment based on each platform's unique capabilities, capacity, health status, and proximity.
Transparent chain-of-reasoning for every decision. No black boxes—full visibility into swarm logic.
Self-reorganizing swarm that automatically incorporates new platforms and redistributes tasks when units are added or lost.
Real-time adaptation to environmental changes and platform status—visibility drops, new threats emerge, assets are damaged—the swarm responds.
Resource-efficient communication protocols that preserve bandwidth and battery. Critical alerts broadcast wide, routine data shared locally.
Human-in-the-loop authority with transparent decision chains. Final authorization for critical actions always lies with human operators.
Operators retain full control capability of any asset at any moment, with seamless transition between autonomous and manual modes.
Forwards and backwards compatible architecture. Legacy units remain operational, new platforms integrate without bespoke modifications.
Our leadership brings together decades of experience in aerospace, AI research, and defence technology to deliver next-generation autonomous systems.
Strategic leader skilled at driving innovation, securing partnerships, and delivering mission-critical solutions for global markets.
Founder Jaarvis, Co-Founder and Director Source Central, Ex-Singtel Optus
AI specialist advancing robotics and autonomous systems through cutting-edge multi-agent research, delivering resilient, intelligent solutions that scale across real-world applications.
AI leader, and ex-CSIRO researcher, responsible for developing the software and data processing capabilities of Australia's first AI-powered smart satellite.
Technical and operational leader with deep expertise in aerospace engineering and translating complex challenges into actionable roadmaps that support mission-critical objectives and long-term growth.
Technical leader responsible for hardware development of AI-powered smart satellites.
Connect with our team to discuss how Jenesys swarm technology can address your specific operational requirements.