OpenAI is partnering with two defense technology companies selected by the Pentagon to compete in developing voice-controlled software for military drone swarms, according to sources familiar with the matter. The company’s role would be specifically limited to translating voice commands from battlefield commanders into digital instructions. Importantly, the technology would not be used for the actual operation of the drone swarm, integrating weapons, or making targeting decisions.
This effort is part of a $100 million competition announced in January, aimed at creating prototypes for drone swarms capable of making decisions and executing missions without constant human intervention. The six-month contest will advance in phases, depending on the participants’ success and continued interest. While the specific companies selected have not been publicly named, OpenAI’s logo is reportedly featured on at least two of the successful submissions.
A spokesperson for OpenAI clarified that the company did not submit its own bid for the project and its involvement is intended to be limited. Two of its existing partners chose to incorporate OpenAI’s open-source model into their proposals. If one of these partners is selected, OpenAI stated it would ensure any use of its tools complies with its usage policies.
One documented submission involving OpenAI lists a major defense contractor as the lead, alongside two other companies specializing in integration and drone control software. According to a project graphic, OpenAI’s technology would be positioned within the “orchestrator” section, acting as a bridge between the human operator’s commands and the machine’s actions.
This development signals a potential expansion of OpenAI’s defense work. Just this week, the Pentagon announced a separate partnership to make its ChatGPT available to millions of Department of Defense personnel. These moves come after the company’s CEO previously expressed caution about developing AI for weapons platforms, stating he didn’t think it was something “most of the world wants.” However, he also acknowledged that he would “never say never,” given the unpredictable nature of global events.
The technical challenge at the heart of the competition is significant. While controlling multiple drones simultaneously is already possible, creating software that can direct a true swarm—where drones on sea and in the air move autonomously and cohesively towards an objective—remains a complex problem. The selected teams must demonstrate that their technology can effectively turn a commander’s spoken orders into coordinated, large-scale drone operations.
