SpaceX is participating in a closed Pentagon tender to develop AI for voice‑controlled swarms of drones

New drone capabilities: SpaceX and xAI participate in Pentagon competition

Recent military conflicts have shown how important unmanned aerial vehicles (UAVs) of various types have become. One of the most discussed areas is the creation of “swarm” drones that can independently attack selected targets on the battlefield.

Who’s involved?

Elon Musk and his companies – SpaceX and its subsidiary AI startup xAI – announced their intention to participate in the Pentagon's competition for developing voice‑controlled swarm technology for combat drones.

What does it look like?

* In January, the U.S. Department of Defense (MOD) opened a contest with a prize pool of $100 million for a technology that allows controlling a drone swarm using voice commands.
* The contest is six months long and runs in several stages, from software development to testing. The final winner will be selected based on competition results and will have the right to implement their system.
* A key requirement is that the technology must have an explicitly offensive character.

Why this matters for SpaceX and xAI?

xAI has recently begun hiring engineers with clearance to secret and top‑secret information in order to work directly with federal clients, including the MOD. The company already signed a $200 million contract with the Pentagon that includes integrating the Grok chatbot into military systems.
SpaceX has long supplied military satellites and other payloads to space for the Department of Defense.

Contrasting positions of Elon Musk

Musk has repeatedly stated a ban on fully autonomous weapons systems that can independently select targets without human involvement. Nevertheless, his companies’ participation in the Pentagon competition shows a willingness to explore and develop only software for drone control, not full autonomy.

Role of OpenAI

OpenAI supports one of the potential Pentagon contractors but limits itself to translating voice commands into digital format. In the project they will not directly control the drone swarm. Other contest participants also use open‑source solutions from OpenAI.

Resistance within the army

Some military experts oppose the introduction of AI in weapon control, arguing that AI’s role should be limited only to converting spoken commands into digital signals. They believe AI is prone to errors and “hallucinations,” especially in critical situations.

History of conflicts with AI

In 2018, Google worked on a video analysis system using AI for data received from military drones. This sparked protests from some security specialists who feared potential decision‑making errors in combat scenarios.

Thus, SpaceX’s and xAI’s participation in the Pentagon competition underscores growing interest in autonomous UAV control systems, while disagreements remain about their level of autonomy and accountability for decisions made by military robots.