Stock Markets February 13, 2026

OpenAI to Support Pentagon Prize Challenge With Voice-Controlled Software for Drone Swarms

Company will provide natural-language translation tools in a limited, non-offensive role for a $100 million Department of War competition

By Avery Klein
OpenAI to Support Pentagon Prize Challenge With Voice-Controlled Software for Drone Swarms

OpenAI is partnering with two defense technology contractors chosen by the Department of War to supply voice-to-digital-instruction software for a six-month, $100 million prize challenge aimed at enabling plain-language command of large autonomous drone fleets. The firm's contribution is explicitly constrained - it will not power weapons integration, targeting decisions, or direct flight control - and OpenAI did not submit a standalone bid, instead taking a supporting role.

Key Points

  • OpenAI is collaborating with two defense contractors selected by the Department of War to develop voice-to-digital-instruction software for autonomous drone swarms.
  • The effort is part of a six-month, $100 million prize challenge intended to enable plain-language command of large autonomous systems and to speed delivery of operational capabilities.
  • OpenAI's participation is limited - the company did not submit its own bid and its tools will not be used for weapons integration, targeting authority, or direct operation of the swarms.

OpenAI has joined forces with two defense technology companies selected by the Department of War to supply voice-controlled software intended to convert spoken orders into machine-readable commands for autonomous drone swarms, according to individuals familiar with the matter.

The work is part of a $100 million prize challenge launched by the Department of War to modernize how humans interact with machines on the battlefield. The competition runs for six months and seeks prototype systems that can coordinate very large numbers of autonomous platforms using plain-language instructions.

Officials framing the challenge say the goal is to move away from laborious manual programming toward more intuitive interfaces that suit high-pressure combat settings. "We want orchestrator technologies that allow humans to work the way they already command - through plain language," said LtGen Frank Donovan, Director of the Defense Autonomous Warfare Group, in the challenge announcement in January.

OpenAI's role in the program is narrowly defined. Company-provided tools will be used to translate commanders' verbal directives into digital instructions, but they will not be employed for weapons integration, targeting authority, or the direct operation of the drone swarms.

The Department of War has emphasized speed and practical outcomes in its selection process, adopting an iterative, sprint-oriented approach intended to deliver usable capabilities quickly. "This solicitation’s approach is the new standard - we’re moving fast to deliver tangible capabilities to the warfighter," said Hon. Emil Michael, Acting Director of DIU.

While a number of artificial intelligence firms submitted direct bids for the prize, OpenAI chose not to file its own proposal and is participating in a supportive, peripheral capacity. An OpenAI spokesperson told reporters that the company did not submit an independent bid and described its expected involvement as cursory.


Summary of the program and OpenAI's involvement:

  • The competition is funded at $100 million and designed to run for six months.
  • Prototypes must enable coordination of large autonomous systems via plain-language commands.
  • OpenAI will provide technology to translate spoken commands into digital instructions but is restricted from roles involving weapons, targeting, or direct swarm control.

Risks

  • OpenAI's role is described as cursory and limited, creating uncertainty about how influential its technology will be in final prototypes - this affects defense technology and AI software firms.
  • The Department of War's sprint-based, iterative selection process prioritizes speed and operational viability, which could create execution risk around developing fully integrated, field-ready systems within the six-month window - this impacts defense contractors and autonomous systems manufacturers.
  • Restrictions on the permitted uses of OpenAI's tools - specifically exclusions for weapons integration, targeting, and direct control - limit the scope of potential technical contributions and may constrain system architectures proposed by competitors and partners.

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