GetChkd Secures Phase I Contract with SpaceWERX for Blockchain Solutions in Defense

GetChkd Secures Phase I Contract with SpaceWERX

In an exciting development for the tech and defense sectors, GetChkd Inc. has officially announced that it has secured a Small Business Technology Transfer (STTR) Phase I contract from SpaceWERX, valued at $109,000. This contract will focus on improving secure data sharing capabilities, particularly for applications related to the U.S. Space Force.

SpaceWERX, which functions as the innovation arm of the U.S. Space Force, operates under the umbrella of AFWERX within the Air Force Research Laboratory (AFRL). The organization is dedicated to fostering partnerships with small businesses and startups to accelerate the commercialization of advanced technologies that meet the necessities of defense and aerospace operations. The STTR program is an initiative aimed at supporting the development of feasibility studies, prototypes, and technology maturation aligned with the U.S. defense sector's requirements.

The project is set to kick off on July 2, 2026, and is expected to bolster the capabilities relevant to national defense, focusing explicitly on implementing blockchain technology for governance infrastructure. This approach is designed to connect disparate systems and create a framework where user-specific access and policy decisions can be enforced, thus providing an immutable audit trail across various domains and classifications, even in disconnected or isolated environments.

As the founder and CEO of GetChkd Inc., Michael Caplovitz expressed enthusiasm regarding the contract: "This partnership with SpaceWERX provides an incredible opportunity to advance our blockchain-anchored governance platform, ensuring it meets the high standards and specific needs of the U.S. Space Force. Our mission aligns closely with national defense goals, and this funding will help us develop solutions that enhance security and operational efficiency across ally networks."

This initiative is part of America's Seed Fund, which aims to support innovation and technology development in private companies that can effectively serve the U.S. defense industrial base. The awarded funding will not only promote the research and development of advanced data-sharing technologies but also aid in the commercialization process, highlighting a growing trend of integrating cutting-edge technology, particularly blockchain, into military applications.

GetChkd’s blockchain platform is distinctive, as it leverages decentralized technology to create a secure environment for data sharing among partners and allies, thereby fostering trust and transparency. With national security increasingly relying on robust technology solutions, the GetChkd project stands at the forefront, potentially revolutionizing how data governance is managed in high-stakes environments.

In the past fiscal year, SpaceWERX has awarded over 300 contracts, amounting to more than $510 million, as part of its mission to support innovative projects across the defense industry. This partnership is likely to pave the way for future collaborations, linking innovative startups with defense needs, thereby accelerating the adoption of essential technologies.

The Air Force Research Laboratory plays a crucial role in this collaboration, acting as the primary scientific research and development entity for the Department of the Air Force. With a workforce dedicated to discovering, developing, and delivering high-tech solutions, AFRL fosters advancements across multiple mission areas, from basic science to sophisticated technology developments.

This latest announcement signals a promising avenue for combining tech innovation with military needs, with GetChkd Inc. poised to make significant contributions that enhance both national defense capabilities and collaboration among allied forces. As advancements in technology continue to shape the future of defense operations, initiatives like this will be fundamental in establishing secure, efficient platforms for communication and data sharing within the defense ecosystem.