BEYOND THE HORIZON
XCOM SPACE defends the systems that connect the world. We specialise in cyber security and resilience engineering for space, GNSS satellite and space-enabled infrastructure protecting the assets humanity depends on.
What We Do
OUR CAPABILITIES
XCOM Space is currently developing capabilities across the following domains.
Space Cyber Security
Developing secure architectures and threat models for satellite and space-dependent systems, with a focus on improving resilience against emerging cyber threats.
Cyber Range Simulation
Designing simulation environments to model cyber attacks against space systems and evaluate defensive strategies.
Space Threat Intelligence
Building space-focused cyber threat intelligence approaches to better understand adversary behaviour targeting orbital and ground infrastructure.
Research and Development
Conducting applied research at the intersection of space systems and cybersecurity, with a focus on deception, detection, and mission assurance.
Security Strategy Development
Developing strategic approaches to improve the security posture of systems reliant on satellite services.
Mission Security Design
Developing mission-aware security architecture concepts for space systems, incorporating defence-in-depth principles and resilience against adversarial activity.
Who We Are
DEFENDING
THE COSMOS
XCOM SPACE was built to solve a problem the space industry can no longer ignore: the growing threat to the systems that the world depends on. We are an Australian research and technology organisation specialising in cyber security and resilience for space, GNSS satellite and space-enabled systems.
From adversary modelling to mission-aware security design, XCOM Space operates at the intersection of space operations and cyber defence, focused on developing the intelligence and capabilities required to protect critical space infrastructure.
OUR APPROACH
HOW WE ENGAGE
A structured, mission-aware approach to assessing and improving the resilience of space-dependent systems.
Risk & Dependency Assessment
We identify how the systems rely on GNSS and space-based services, mapping critical dependencies and potential points of failure.
Threat & Scenario Analysis
We assess realistic threat scenarios to understand how disruptions could impact your operations.
Risk Evaluation & Prioritisation
We evaluate identified risks and prioritise them based on operational impact and likelihood.
System & Architecture Review
We review system design across ground, link, and space dependencies to identify resilience gaps and single points of failure.
Mitigation Strategy Development
We provide clear, actionable recommendations to improve resilience, including detection, fallback, and recovery strategies.
Executive Reporting & Roadmap
We deliver a structured report outlining key risks, impacts, and a prioritised roadmap for improving system resilience.
Our Work
FEATURED PROJECTS
Research, missions, and operational work at the frontier of space cybersecurity.
IAC 2025
Hijacking the Cosmos: The Impact of GNSS Attacks on Critical Space Systems. Paper accepted and presented at IAF's International Astronautical Congress (IAC) 2025 Sydney
Securing the Cosmos
Securing the Cosmos: Safeguarding the Orbital Critical Infrastructure, Space Cybersecurity and Global Resilience.
HADES
Defending the Cosmos: Honeypot-based Adversary Detection and Emulation System (HADES). Paper accepted and presented at the 25th European Conference on Cyber Warfare and Security (ECCWS) 2026
QRNav
QRNav uses low-cost roadside QR markers as surveyed visual reference points. A vehicle camera reads a marker, verifies its identity and location, and compares the result with the current GNSS PVT solution. The system does not replace GNSS and does not provide continuous positioning between markers; it provides independent checkpoints that improve trust and resilience in selected urban locations.
An Australian Guide to Space Cybersecurity
Contributed to an industry guide developed through the ISACA Sydney Chapter Space Cybersecurity SIG, providing practical guidance on cybersecurity, governance and resilience across space systems, infrastructure and space-enabled services.
Tiānqǐ 天启
Exploring the Cosmos: Low-Cost Orbital Experimentation and In-Orbit Validation Platform. Our LoRaWAN Ambasat-1 ChipSat Tiānqǐ 天启 will be onboard the low-cost shared Ambasat CubeSat mission for in-orbit validation, experimental platform for low earth orbit infrastructure deployment and flight heritage.
AEGIS
Guarding the Cosmos: (AEGIS)
REDACTED
Illuminating the Cosmos
Contact Us
GET IN TOUCH
Ready to secure your space systems? Reach out to our mission specialists.
Stay Informed
Space cybersecurity updates, research releases, and mission news.