Secured Autonomy:
A Cybersecurity Primer
for Drones and Robotics
The Framework Defining Cybersecurity for Drones and Robotics
Mobilicom’s Secured Autonomy book introduces the framework that unites how engineers, operators, and decision-makers protect uncrewed systems.
Autonomy grows fast. Security hasn’t kept pace.
This book defines the structure for designing, measuring, and validating protection across platforms, fleets, and communications.
It distills fifteen years of field experience into a clear, usable framework for those who build, deploy, and govern autonomous systems.
“Cybersecurity protects the dependability, integrity, and control that make autonomy possible.”
Start Reading the Digital Edition
Read Secured Autonomy in your browser. Each chapter includes mission-style scenarios, threat analyses,
and engineering checklists that show how protection can be designed and strengthened.
Use fullscreen for best readability, or request a printed copy below.
Why Securing Autonomy Matters
Autonomy only works when it is trusted. Cyber threats test that trust every day — interrupting control, disrupting communication, and weakening performance.
This section introduces the Secured Autonomy Framework, explaining how Mobilicom and its partners structure protection across platforms, fleets, and communications.
Watch Anthony Miller introduce the Secured Autonomy Framework, first presented at the 2025 AUSA Annual Meeting.
The framework defines how engineers, operators, and regulators build a shared understanding of cybersecurity for drones and robotics.
What You’ll Learn
Each chapter moves from scenario through threats and analysis to solution. It begins with patterns observed in real operations, then turns those insights into practical methods engineers and decision-makers can apply. The lessons come from years of deployment experience and show how to design protection that endures beyond testing and into the field.
- How attacks against uncrewed systems unfold
- Where vulnerabilities hide in mission computers and communications
- How to prevent, detect, and recover
- Frameworks for platform, fleet, and communications protection
- Checklists for engineering and procurement teams
Who It’s For
Written for professionals who build and deploy autonomy
Design Engineers
and OEMs developing next-generation systems
Operators and Fleet
Managers
maintaining mission dependability
Program and
Procurement Leads assessing cybersecurity readiness
Regulators and
Policy Teams defining secure standards
From the Team Securing Autonomy Worldwide
Mobilicom develops integrated cybersecurity and communications solutions for drones, robotics, and autonomous platforms. Its technologies protect platforms, fleets, and links across more than seventy programs in sixteen countries. The lessons behind Secured Autonomy come from years of securing systems that must perform under pressure, not just in testing. This field experience shaped the framework, and every chapter reflects it
Prefer a Printed Edition?
Printed copies of Secured Autonomy are available for professionals in the autonomy and defense community. Complimentary editions are prioritized for OEMs, operators, and government organizations. Others may request a copy for the cost of shipping and handling.
Request a Printed Book
Access the digital edition instantly after completing this form.
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Explore the Framework. Read the Book. Secure the Mission.
Secured Autonomy defines how the industry protects dependability, integrity, and control across every platform, fleet, and link. Read it. Share it. Use it to guide the next generation of autonomous design.