• Autonomous drones depend on more than flight capabilities. Secure communications, reliable control systems and trustworthy data are also essential to maintaining mission success.
• As unmanned systems operate in increasingly contested environments, cybersecurity can help protect against threats ranging from unauthorized system changes to disrupted or manipulated communications.
• Mobilicom Ltd. addresses these risks through its Secured Autonomy (TM) framework, which spans platform security, communications and electronic warfare (“EW”) protection, and fleet-level security.

Autonomous drones and other unmanned systems are designed to carry out missions with varying degrees of human oversight. But their capabilities depend on more than their ability to fly or navigate. They also depend on communications links connecting platforms with operators, onboard control systems that execute mission instructions, and reliable data that supports decision-making.

These interconnected components create potential vulnerabilities. Communications can be disrupted or manipulated, software and onboard systems can be subject to unauthorized changes, and compromised data can undermine mission execution. In military environments, where drones may operate under electronic warfare pressure or face deliberate cyberattacks, these risks can have consequences beyond the individual platform.

Cybersecurity is therefore becoming an important layer of operational resilience. Although no solution can eliminate every threat, protective measures can help safeguard mission systems, strengthen communications security and reduce the risk of unauthorized access or interference.

Mobilicom Ltd. (NASDAQ: MOB), a provider of cybersecurity, software and hardware solutions for drones, robotics and autonomous platforms, addresses these challenges through its Secured Autonomy (TM) framework. The approach recognizes that protecting autonomous operations requires security across multiple interconnected layers, rather than relying on any single component.

The first pillar, Platform Security, focuses on onboard systems and mission logic. Through its OS3 cybersecurity software, Mobilicom helps protect mission computers, software and internal networks against tampering and unauthorized changes, preserving the integrity of the systems responsible for executing a mission.

The second pillar, Communications and Electronic Warfare (“EW”) Protection, focuses on links carrying control commands, telemetry and video. These connections can be vulnerable to jamming, spoofing, interception and other link-level threats. Mobilicom’s secure communications hardware and ICE software suite are designed to improve communications resilience and protect against electronic warfare threats in contested environments.

The third pillar, Fleet-Level Protection, extends cybersecurity beyond individual drones to the systems used to oversee and coordinate multiple platforms. Through OS3, Mobilicom provides cybersecurity capabilities designed to secure operational control, manage access and enforce security policies across connected fleets, addressing risks that can emerge as unmanned operations become more connected and complex.

Mobilicom also works with autonomy and technology providers to integrate its cybersecurity capabilities into broader solutions. Through these collaborations, manufacturers can incorporate protection into their platforms as they are developed and deployed, helping make cybersecurity a foundational part of autonomous-system design.

As military organizations increasingly rely on unmanned platforms, securing how drones communicate, process information and operate as part of a wider network is becoming increasingly important. Mobilicom’s Secured Autonomy (TM) framework reflects this broader approach: protecting the systems and connections that help autonomous platforms operate reliably and complete missions in challenging environments.

For more information, visit the company’s website at Mobilicom.com.

NOTE TO INVESTORS: The latest news and updates relating to MOB are available in the company’s newsroom at https://ibn.fm/MOB

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