Comprehensive cybersecurity training programmes delivered in a controlled cyber range environment to strengthen technical expertise, operational readiness, and coordinated response capabilities.

• Hybrid cyber exercises combining technical attack scenarios with strategic decision-making to improve both operational skills and leadership coordination.
• Multi-party mission simulations involving mission control teams, satellite operators, and other stakeholders to practice incident response, threat intelligence sharing, and crisis recovery.
• Collision-avoidance simulations testing satellite algorithms, communication protocols, and decision-making processes during simulated space object interactions.
• Live-fire cyber exercises where blue teams defend against realistic red-team cyberattacks in real time.
• Individual hands-on training with practical labs, quizzes, and assessments, with progress tracked directly within the cyber range platform.
• Secure coding training enabling developers to analyse and test software using vulnerability scanners and security testing tools in a realistic environment.
• Custom scenario development allowing organisations to integrate their own systems, tools, or training scenarios into the cyber range.
• Theoretical and technical courses covering topics such as orbital mechanics, telemetry analysis, satellite communication security, emergency response for satellite operators, and satellite tracking.
• Suitable for both foundational education and advanced professional development in space cybersecurity.

Comprehensive testing and validation services ensure that space systems are secure, resilient, and ready for deployment.

• Penetration testing (Red Teaming) to evaluate system resilience against realistic cyberattack scenarios.
• Communication and encryption testing to analyse protocol security and the ability to tolerate failures, interference, or jamming.
• Integration testing to verify functionality, compatibility, and performance across interconnected space systems, components, and tools.
• Performance, reliability, and recovery testing under varied configurations and stress conditions, simulating harsh operational environments.
• Standards compliance testing to prepare systems for certification by replicating official space security testing environments.
• Open-source component validation through sandbox testing, vulnerability scanning, and controlled patch testing before production deployment.
• Security tool assessment to evaluate monitoring and defense tools across multiple simulated attack scenarios.
• Final mission readiness validation replicating normal, adverse, and emergency operational conditions before deployment or launch.
• Certification and accreditation support to ensure compliance with security standards and facilitate a smooth certification process.

Open collaboration and knowledge exchange strengthen the global space cybersecurity ecosystem.

• Satellite attack knowledge base documenting incidents and lessons learned from simulated and real-world cyberattack scenarios.
• Research publications and case studies covering space cybersecurity policies, regulations, and technical insights derived from cyber range simulations.
• Educational blog and scenario visualisations using screenshots, videos, and detailed walkthroughs to communicate complex cybersecurity concepts.
• Technology demonstration environment allowing customers and partners to test systems, tools, or components within a realistic integrated setup.
• Content marketplace where organisations can share tools, services, and cyber range scenarios while evaluating third-party solutions.
• Operational documentation and manuals generated from validated system behaviour in integrated environments.
• Community events and industry updates announcing exercises, workshops, and relevant space cybersecurity initiatives.
• Cybersecurity talent assessment and hiring support using realistic technical assignments and scenario-based testing within the cyber range.