Project Argus is an R&D program building coordinated UAV networks that perceive, communicate, and adapt as a single distributed system.
AI-generated concept render. For illustration purposes only.
Collaborators & Supporters
Current drone operations rely on single platforms or demand heavy operator input. Argus distributes the load - pushing intelligence to each agent so the swarm operates as one cohesive network.
Each unit operates with real-time local decision-making, adapting to changing conditions without constant human input.
Resilient protocols allow drones to share state, intent, and environmental data under dynamic and constrained network conditions.
Observations from multiple agents are combined into a unified, higher-quality picture of the environment than any single unit could achieve.
Dynamic relay chains extend range and maintain connectivity in environments well beyond direct line of communication.
Complex multi-agent data is transformed into clear, actionable intelligence - reducing cognitive load for non-specialist operators.
Structured testing in constrained simulation environments validates coordination, communication, and coverage strategies before field deployment.
The Name
In Greek mythology, Argus Panoptes is the hundred-eyed giant - an ever-watchful guardian who could observe in all directions simultaneously. Project Argus draws on that idea: persistent awareness achieved through many coordinated vantage points operating as a single, unified system. Not one observer, but many - indistinguishable from one.
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Get InvolvedA layered system architecture that moves intelligence from centralised control to distributed edge nodes - enabling the swarm to function even when connectivity is degraded or lost.
Each UAV independently collects environmental data using onboard sensors. No single point of failure, no single field of view.
Onboard processing allows each unit to make real-time decisions without waiting for a central controller - latency drops, resilience increases.
Units broadcast state and intent across a dynamic mesh network. Relay chains extend range into areas with no ground infrastructure.
Fused data from all agents is surfaced through a simplified operator interface - one coherent view of a complex, dynamic environment.
Development is structured around six interconnected research areas, each targeting a core challenge in building scalable, resilient autonomous swarm systems.
We're actively seeking research partners and technical collaborators. Reach out to start a conversation.
Contact UsProject Argus is developing an integrated system - hardware platforms, software stack, and operator tools - designed to work together from the ground up.
The core hardware unit of the Argus swarm. Designed for modularity, edge computing, and inter-agent communication in constrained environments. Each node is both a sensor and a network participant.
A resilient inter-drone communication stack purpose-built for constrained, dynamic environments. Handles state sync, intent broadcasting, and relay chain management with configurable priority queuing.
Operator-facing software that translates complex multi-agent telemetry into clear situational awareness. Designed for non-specialist users operating under time pressure in the field.
Partnership
We're open to hardware, software, and integration partnerships across all product lines.
Get in TouchArgus is designed for environments where visibility is limited, coordination is critical, and a single platform is not enough. These are the scenarios driving our R&D priorities.
Coordinated agents navigate dense forest, collapsed structures, or complex built environments where traditional aerial observation is limited. Coverage is maintained even as individual units lose signal.
Remote inspection of fire-damaged buildings, industrial sites, or contaminated zones - no personnel at risk. The swarm maps, assesses, and reports without human entry.
Continuous awareness over a defined zone through coordinated coverage and dynamic repositioning. No gaps, no blind spots, no single point of failure.
Relay-based communication extends operational reach into areas with no ground infrastructure. Argus functions where connectivity is a constraint, not an assumption.
Real-time situational awareness delivered to response teams during critical incidents - enabling faster, more informed decision-making under pressure.
New agents integrate seamlessly into existing operations, extending coverage or opening new areas of interest without redeploying the entire system from scratch.
Common Thread
Every use case above shares the same underlying challenge: a single platform cannot cover enough ground, maintain persistent presence, or survive the loss of connectivity on its own. Argus solves this not by making any one drone better, but by making many drones operate as one - distributing sensing, computation, and communication across the network so the system as a whole is resilient even when individual nodes are not.
We're exploring applications across defence, emergency services, infrastructure, and industrial sectors. Let's talk.
Start a ConversationA simplified visualisation of how Argus-style drone swarms coordinate, form relay chains, and maintain coverage. Click the canvas to add obstacles or targets. Adjust swarm size and mode below.
Coverage Mode
Agents spread to maximise area coverage while maintaining mesh connectivity. Analogous to persistent monitoring operations.
Relay Chain Mode
Agents form a line from source to target, creating a communication bridge across distances beyond direct radio range.
Search Mode
Agents sweep a defined area in coordinated patterns, adapting routes to avoid obstacles and ensure complete coverage.
Whether you're a potential partner, investor, researcher, or just want to follow along - we'd love to hear from you.
1/52 McLachlan St
Fortitude Valley, QLD 4006
Brisbane, Australia
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Arys Capital Pty Ltd
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