Ethan Shaotran, a former engineer with the Department of Government Efficiency (DOGE), has founded a defense-technology startup called Blitz Industries [1, 2].
The move highlights a growing trend of engineers from high-profile government efficiency initiatives transitioning into the private defense sector. As the U.S. military seeks to integrate rapid software development and commercial tech, veterans of the DOGE project are positioned to bridge the gap between government bureaucracy and agile engineering.
Shaotran left the DOGE project to apply his engineering expertise to the defense sector [1]. The transition allows him to leverage the specific skill sets developed during his time with the efficiency project to build new military technologies [1].
Blitz Industries is entering a competitive landscape of defense-tech startups aiming to modernize national security infrastructure. Shaotran said the company is "a defense company backed by big names" [1]. While the specific identities of these investors have not been disclosed, the backing suggests significant institutional interest in his approach to defense engineering [1].
Shaotran's departure from the DOGE project was reported during March 2025 [2]. His shift from a role focused on reducing government waste to creating new defense capabilities represents a pivot toward the industrial application of efficiency-driven engineering [1, 2].
The startup's focus remains on the intersection of software, and hardware for defense purposes. By moving from the public sector to a founder role, Shaotran is joining a wave of entrepreneurs who view the current defense procurement process as ripe for disruption [1].
“Ethan Shaotran has founded a defense-technology startup called Blitz Industries.”
The transition of talent from DOGE to the defense-tech sector suggests that the skills used to audit and streamline government operations are being repurposed to modernize military procurement and technology. This movement may accelerate the adoption of 'Silicon Valley' style engineering within the U.S. defense industrial base.
