SECURED COMMUNICATION &
ELECTRONIC WARFARE PROTECTION

Secure communications for uncrewed systems in contested environments

Threats to Communications
in Uncrewed Systems

Uncrewed systems depend on reliable data links for control, telemetry, and video. But in contested environments, these channels are a primary target for disruption, interception, and manipulation.

JAMMING AND INTERFERENCE

Adversaries can flood the spectrum to degrade or block control and video streams

INTERCEPTION AND REPLAY

Captured transmissions can reveal mission plans or be replayed to confuse operators

LINK HIJACKING

Unauthorized actors can attempt to seize control of the connection

PROTOCOL EXPLOITATION

Malformed packets and spoofed commands can undermine system integrity

CONGESTED SPECTRUM

Multiple friendly systems competing for bandwidth can degrade performance

ICE—The Foundation of Communications Security

ICE (Immunity, Cybersecurity, and Encryption) is Mobilicom’s dedicated software suite for securing mission-critical communications. Designed for uncrewed systems operating in contested RF environments, ICE defends radio links and command and control links against disruption, interception, and unauthorized access.

By combining cognitive interference avoidance, multi-layer encryption, and real-time intrusion prevention, ICE helps uncrewed platforms maintain resilient, authenticated communications—so mission data and control remain protected when it matters most.

Explore ice

Key capabilities include:

  • Operating system hardening and secure configuration
  • Adaptive frequency management and interference avoidance
  • Encrypted transmissions with AES-256 protection
  • Secure key management and link authentication
  • Advanced intrusion detection and prevention

We’re Writing 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.

RESERVE YOUR FREE COPY

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
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