GetChkd Receives Major SBIR Contract to Fortify Military SATCOM Using Blockchain Innovations

GetChkd Secures Critical SBIR Contract with SpaceWERX

On December 2, 2025, GetChkd Inc. proudly announced that it has been awarded a substantial contract from SpaceWERX, totaling $1.9 million. This SBIR Direct-to-Phase II contract aims to integrate blockchain technology to bolster satellite communications (SATCOM) operational resilience for the U.S. military. With the increasing importance of secure communications in national defense, this project represents a vital step towards enhancing military capabilities and readiness.

GetChkd's inception into this innovative partnership marks a significant milestone not only for the company but also for the Department of the Air Force (DAF). Established as a branch to promote innovative technologies, SpaceWERX operates under the U.S. Space Force to streamline the Small Business Innovation Research (SBIR) process. By promoting a faster proposal-to-award timeline and reducing bureaucratic overhead, SpaceWERX opens doors for small businesses like GetChkd to innovate effectively.

The DAF has promoted the Open Topic SBIR/STTR program since 2018, enabling a wider array of innovations to receive funding. This bold approach aims to address some of the most pressing challenges confronting the military technology sector. GetChkd's blockchain infrastructure promises to bring state-of-the-art capabilities that will transform how the military secures SATCOM networks.

Michael Caplovitz, the Founder and CEO of GetChkd, expressed excitement about initiating this collaboration. He highlighted that the project not only showcases their blockchain platform's potential but also opens up new pathways for commercializing innovations within the private sector. "We are honored to collaborate with SpaceWERX to advance this technology and looking forward to strengthening national defense capabilities,” said Caplovitz.

As a cutting-edge provider of blockchain infrastructure, GetChkd's offerings include revolutionary connectivity solutions that enforce user-specific mappings and maintain immutable audit trails. These features construct a robust security framework, empowering various systems to work seamlessly across disparate military domains. The implications for operational accountability and reliability cannot be overstated, especially within the critical context of the military.

About SpaceWERX

SpaceWERX represents the innovation wing of the U.S. Space Force, actively fostering collaboration to speed up technological advancements. Situated in Los Angeles, it manages an impressive annual budget of $457 million, funding numerous initiatives aimed at fortifying the U.S. defense industrial base. With over 1,470 contracts awarded since 2021—totaling more than $1.46 billion—SpaceWERX exemplifies commitment to enhancing the technological sophistication required in contemporary warfare.

The Role of AFRL

As the primary scientific research center for the Air Force, the Air Force Research Laboratory (AFRL) plays a crucial role in leading technological advancements for air, space, and cyberspace. Spanning multiple technology areas globally, AFRL's work signifies a dedicated effort in developing cost-effective solutions for military operations. For more detailed information on their initiatives, you can visit AFRL website.

Expanding Potential with AFWERX

AFWERX, a division that lies under the umbrella of AFRL, has been a beacon of American innovation, leveraging talents from diverse small businesses. This initiative aims to channel cutting-edge solutions to tackle the DAF's most pressing concerns. In just a span of 4 years, AFWERX has allocated over $7.24 billion across more than 10,400 contracts, demonstrating a commitment to swiftly transition innovative technology into operational use.

As GetChkd embarks on this transformative journey, it embodies the spirit of collaboration and innovation needed to ensure that the U.S. military remains at the forefront of technological advancement. The partnerships being forged today will set the stage for a more secure and capable future in defense operations.