Advanced UAS Cybersecurity and Resilience by Tonex
Advanced UAS Cybersecurity and Resilience by Tonex addresses the security challenges facing unmanned aircraft systems across air vehicles, datalinks, ground control stations, and mission-support environments. The course examines how cyber threats can disrupt navigation, command integrity, telemetry trust, software assurance, and operational continuity in both civilian and defense-oriented UAS missions.
Participants gain a structured understanding of how resilient design, secure communications, and disciplined security engineering strengthen the full UAS ecosystem. Cybersecurity plays a central role in protecting mission safety, control authority, and data reliability. Strong cybersecurity practices also reduce exposure to spoofing, hijacking, firmware compromise, and supply chain manipulation. The result is a more resilient UAS architecture prepared for contested and high-risk environments.
Learning Objectives
- Understand the cyber risk landscape affecting modern unmanned aircraft systems
- Analyze threats targeting GNSS, command links, telemetry flows, and control infrastructure
- Evaluate vulnerabilities across air platforms, ground stations, mission systems, and support components
- Apply Zero Trust principles to distributed UAS ecosystems and operational workflows
- Strengthen secure update, credential protection, and key management approaches for resilient operations
- Develop cybersecurity-focused strategies that improve trust, survivability, and mission resilience across UAS environments
Audience
- Cybersecurity engineers
- Red teams
- Blue teams
- UAS software architects
- Security analysts
- Mission assurance teams
- Cybersecurity Professionals
Course Modules
Module 1: UAS Threat Landscape and Risk
- UAS architecture attack surfaces
- Mission system exposure mapping
- Adversary tactics and objectives
- Operational risk prioritization methods
- Safety and security overlap
- Resilience planning fundamentals
Module 2: GNSS Spoofing and Jamming
- Navigation signal threat models
- Spoofing attack detection methods
- Jamming effects on missions
- Sensor fusion resilience strategies
- Position integrity validation checks
- Recovery and fallback planning
Module 3: Command and Telemetry Security
- Command link attack pathways
- Telemetry manipulation risk analysis
- Message integrity protection methods
- Secure datalink design principles
- Authentication for control channels
- Monitoring anomalous link behavior
Module 4: Ground Control Station Defense
- Ground station attack surfaces
- Operator console security controls
- Network segmentation for GCS
- Access control and identity
- Session protection and logging
- Hardening remote support paths
Module 5: Firmware and Supply Chain Assurance
- Firmware trust and validation
- Software dependency risk review
- Secure boot architecture principles
- Component provenance verification methods
- Vendor and supplier risk
- Lifecycle assurance and governance
Module 6: Zero Trust and Secure Updates
- Zero Trust for UAS
- Identity-centric access decisions
- Secure update workflow design
- Cryptographic key management practices
- Certificate handling across fleets
- Resilience during degraded operations
Advance secure UAS mission readiness with Advanced UAS Cybersecurity and Resilience by Tonex. This course helps teams build stronger protections for aircraft, control systems, communications, and mission-critical software while improving resilience against real-world cyber threats.