The Future of Warfare: Anduril and Meta’s Military Smart Glasses

The intersection of augmented reality and military technology is taking a bold new turn. Anduril, a defense-tech company known for its advanced autonomous systems, has revealed fresh details about its collaboration with Meta to develop augmented-reality headsets for the U.S. military. The ultimate goal is nothing short of transforming soldiers into seamlessly integrated nodes within a digital battlefield, capable of ordering drone strikes with nothing more than a glance or a voice command.

Two Prototypes, One Vision

Leading this ambitious project is Quay Barnett, a former Army Special Operations commander now serving as a vice president at Anduril. Barnett’s fundamental aim is to optimize “the human as a weapons system”—a vision deeply inspired by cyborg concepts. He envisions a future where drones and soldiers share a unified view of the battlefield, exchange information instantaneously, and make decisions as a single entity. To realize this, Anduril is pursuing two distinct but complementary projects.

Soldier Born Mission Command (SBMC)

The first and more formal effort is the Army’s Soldier Born Mission Command (SBMC) program. Last year, Anduril won a $159 million prototyping contract to work with Meta on augmented-reality glasses that can attach to existing military helmets. This initiative is a direct response to the Army’s need for a lightweight, heads-up display that provides real-time tactical data without encumbering the soldier. The SBMC program represents the military’s official path forward, though it remains in early stages.

The EagleEye Self-Funded Project

Alongside SBMC, Anduril has embarked on a self-funded venture announced in October. Called EagleEye, this project goes a step further by designing an entirely new helmet and headset combo from scratch. The military did not request this system, but Anduril believes it will be so superior that the Army will eventually adopt it. This dual-track approach allows the company to innovate beyond current requirements while still meeting the military’s immediate needs.

How the Glasses Work: Augmented Reality and AI

Both prototypes share a core philosophy: overlay critical information directly onto a soldier’s field of view, using a combination of augmented reality, artificial intelligence, and voice interaction. The capabilities range from simple to complex, adapting to the mission context.

Overlay Information

Depending on the situation, the glasses can display a basic compass, a full tactical map of the area, the locations of nearby drones, or even AI-identified targets such as enemy vehicles. This heads-up approach keeps soldiers’ eyes on the battlefield rather than on a handheld device, reducing reaction times and increasing situational awareness.

Voice Commands and Large Language Models

Soldiers will interact with the system using natural language. For example, they might say “evacuate the injured soldier at grid 234” or “plan a route avoiding marked danger zones.” A large language model — Anduril is currently testing with Google’s Gemini, Meta’s Llama, and even Anthropic’s Claude — translates these spoken commands into actionable instructions for the underlying software. This integration of AI allows the system to understand complex, multi-step requests, such as: “Send a drone to scout sector 7 and return when it finds an artillery unit.” The system could then recommend courses of action, like deploying another drone to strike, though any offensive action would still require approval through the normal chain of command.

The Lattice Integration

The engine powering these smart glasses is Anduril’s Lattice software platform. Lattice fuses data from numerous military sensors and systems into a single, unified picture. This integration is so critical that the Army announced in March it would spend $20 billion to incorporate Lattice across virtually its entire infrastructure. By embedding Lattice into the glasses, soldiers gain a cohesive view of the battlefield that includes drone feeds, satellite imagery, and command updates—all filtered through AI for relevance and urgency.

Challenges and Timeline

Despite the promise, both projects are years from deployment. The Army does not expect to select a final design for the SBMC program and move it into production until 2028—if any design is chosen at all. The previous lead contractor for a similar effort, Microsoft, was on track for a $22 billion production contract with its Integrated Visual Augmentation System (IVAS). That contract was ultimately canceled after the glasses failed to meet performance and usability benchmarks. This history underscores the difficulty of creating rugged, reliable AR gear for combat.

Anduril’s Barnett acknowledges that the technology must prove itself under real-world constraints: weight, battery life, durability, and user acceptance. The self-funded EagleEye project allows Anduril to experiment more freely, but it also carries financial risk if the military doesn’t bite. Still, the company is betting that its combination of advanced AR, AI, and Lattice integration will deliver a system that soldiers actually want to use—and that commanders will trust to save lives and win battles.

As the race to equip the modern warfighter with digital eyes continues, Anduril and Meta’s partnership represents one of the most ambitious attempts yet to merge human cognition with machine speed. Whether the 2028 timeline sticks or not, the vision of a soldier commanding drones with a glance is moving closer to reality.