SECURED AUTONOMY
Cybersecurity that keeps autonomy on mission
Why Secured Autonomy
Uncrewed systems are deployed for a purpose—mapping, patrolling, delivering, protecting. But if their autonomy is compromised, the mission fails. Secured Autonomy protects the functions that matter most. It’s not just about stopping threats. It’s about keeping systems autonomous, operational, and trusted—wherever they go. Mobilicom delivers the cybersecurity that makes that possible.
The Three Pillars of Secured Autonomy
Autonomous systems require cybersecurity across every layer of operation. These three pillars reflect the scope of protection needed to secure autonomy from end to end.
PLATFORM SECURITY
Protecting onboard systems and mission logic
Locks down mission computers, software, and internal networks—preventing tampering, drift, and unauthorized change
explore platform security
COMMUNICATIONS & EW PROTECTION
Securing links in contested environments
Defends control, telemetry, and video against jamming, spoofing, and real-time link-layer threats
explore comms protection
FLEET-LEVEL PROTECTION
Securing oversight, coordination, and cloud access
Prevents unauthorized changes, enforces compliance, and secures operational control across the fleet
EXPLORE FLEET SECURITYWe Wrote the Book on Securing Autonomy!
Secured Autonomy: A Cybersecurity Primer for
Drones and Robotics is the industry’s first
dedicated guide to protecting uncrewed systems
and maintaining secure autonomy.
Inside, you’ll learn how to:
- Recognize common attack surfaces in uncrewed systems
- Compare and evaluate security approaches in real-world scenarios
- Build resilience against tampering, interception, and disruption
- Prepare for evolving standards and compliance expectations
- Bridge technical and leadership priorities around cybersecurity
