As organizations face increasing regulatory pressure and evolving cyber threats, Hammerspace has announced support for FIPS 140-3 validated cryptography within its data platform. With this development, the company is enabling its platform to meet stringent U.S. government security requirements, making it suitable for deployments across federal, defense, healthcare, and financial sectors.

As data environments become more distributed across clouds, data centers, and edge locations, maintaining consistent security and governance has become increasingly complex. Therefore, Hammerspace is integrating FIPS 140-3 validated cryptographic capabilities into its platform, with full support expected in an upcoming release by the end of 2026. As a result, organizations operating in highly regulated environments will be able to meet compliance mandates while maintaining performance and scalability.

“This validation is an important milestone for government and other security-sensitive deployments,” said Molly Presley, SVP of Global Marketing at Hammerspace. “The bigger challenge is maintaining control of distributed data across data centers, clouds and edge environments without sacrificing performance or flexibility. That is where Hammerspace is differentiated. We built our platform to secure, govern and orchestrate data at the data layer itself – providing the foundation organizations need for AI at scale.”

Moreover, by aligning with FIPS 140-3 requirements defined by National Institute of Standards and Technology Hammerspace ensures that its cryptographic modules meet rigorous standards for protecting sensitive data. This validation involves independent testing and is mandatory for systems used by U.S. federal agencies and other highly regulated organizations.

In addition, the platform enforces security directly at the data layer, enabling consistent control across distributed environments. This approach allows organizations to maintain compliance, ensure data sovereignty, and enforce governance policies across hybrid and multi-cloud architectures. Consequently, enterprises can manage data more effectively without compromising on flexibility or operational efficiency.

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Furthermore, the integration of FIPS 140-3 validated cryptography enhances several core security capabilities. These include end-to-end encryption for both data in transit and at rest, ensuring that sensitive information remains protected at all times. The platform also incorporates built-in data protection features such as immutable snapshots, clones, and WORM (Write Once Read Many) capabilities, which help safeguard against ransomware attacks and unauthorized modifications.

At the same time, Hammerspace provides centralized policy enforcement across a global namespace, ensuring consistent security controls across multiple sites, storage systems, and cloud environments. Unified access controls further strengthen security by enabling consistent policies across file and object storage protocols, including NFS, SMB, and S3.

Additionally, the platform leverages metadata-driven policies to manage data placement, movement, and usage in real time. This policy-driven governance model allows organizations to control where their data resides and how it is accessed, supporting compliance with data sovereignty requirements.

Ultimately, by incorporating FIPS 140-3 validated cryptography, Hammerspace is reinforcing its position in the secure data infrastructure space. As enterprises continue to scale AI workloads and operate across distributed environments, the need for strong, standardized encryption and centralized data control will only grow. Through this enhancement, Hammerspace is enabling organizations to meet compliance demands while building a secure and scalable foundation for future data-driven innovation.

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