The Race to Field Military Autonomy Is On, Can Trusted Information Infrastructure Keep Pace?
The Western military is rapidly accelerating its investment in autonomous systems, driven by significant funding and strategic initiatives across the U.S., UK, and NATO. However, the key challenge lies in establishing a robust and trusted information infrastructure capable of seamlessly connecting these autonomous systems and facilitating secure data exchange between them, allied forces, and AI applications. The conversation is shifting from simply deploying more autonomous systems to ensuring the secure and reliable flow of mission-critical information. Everfox is a company offering a platform designed to address this challenge by combining hardware-enforced separation with trusted cross-domain information sharing.
The Western military is undergoing a significant transformation, driven by an unprecedented investment in autonomous capabilities. Across the United States, the UK, and within the NATO alliance, substantial funding and strategic initiatives are fueling a rapid acceleration in the development and deployment of unmanned systems – including autonomous aircraft, maritime vessels, ground systems, and satellites – alongside AI-enabled mission applications. This momentum is underpinned by the U.S. Department of War’s establishment of dedicated leadership, reinforced by the Strategic Defence Review in the UK and continued investment through AUKUS Pillar II and NATO initiatives.
Currently, much of the discussion centers on the quantity and speed of deployment – how many drones can be fielded, and how quickly can new autonomous capabilities be deployed? However, the true potential of autonomous systems is realized when they operate as part of a connected mission, exchanging trusted information with operators, AI applications, command environments, and coalition partners. Mission data rarely remains confined to a single platform, network, or classification.
To support this interconnectedness, a robust and trusted information infrastructure is paramount. Programs are increasingly adopting commercial technologies through rapid acquisition pathways and iterative delivery models, seeking to field capability faster and gain a strategic advantage. But this commercial speed shouldn't necessitate complex, years-long information architectures that hinder operational readiness. Instead, the focus should be on infrastructure designed to move trusted mission information securely and efficiently from the outset.
This requires a fundamental rethinking of how trust is established. Traditionally, defense has relied on hardware-enforced separation (hardsec), a method of enforcing trust within hardware logic, to protect its most critical environments. Today, this approach provides a strong foundation that aligns naturally with the speed and scale of autonomous transformation. Rather than slowing innovation, purpose-built information infrastructure enables programs to adopt new capabilities with confidence while maintaining the speed, interoperability, and assurance required for modern missions.
Everfox, a company specializing in trusted connectivity, offers a platform designed to address this challenge. Combining hardware-enforced separation with trusted cross-domain information sharing, Everfox helps defense organizations rapidly adopt autonomous capability while maintaining the necessary security and collaboration across networks, domains, and allies. They enable mission speed and secure collaboration, ensuring the data powering AI and advanced analytics remains trusted and protected. www.everfox.com/autonomous