Deploy military-grade and quantum-resilient data security with HyperSphere® to ensure continuous data availability for mission owners while meeting stringent NIST and DoD security requirements.

HyperSphere is mission-engineered to provide a powerful edge solution to safeguard mission-critical data against AI and quantum threats. Its quantum-resilient encryption renders data useless to bad actors, including insider threats and nation states. Its solution enables edge workloads to have confidentiality, integrity, and infinite resiliency of their data—without risk of lost credentials, stolen keys, or misconfiguration errors—for a decisive advantage.

What We Offer: Transforming the Battlespace

HyperSphere is the first and only cyberstorage product to have a published NIST National Checklist hardening guide, derived from NIST 800-53 rev5, and aligning to both FISMA and DoD IL4 baselines. Moreover, these baselines were peer-reviewed by the NSA. HyperSphere has also already initiated the DoD STIG baseline process, DoDIN Approved Products Listing, and the DoD Iron Bank Registry.

Secure Data for Mission Owners

HyperSphere employs a FIPS 140-3 algorithm, which received FIPS 140 interim validation in August 2024. HyperSphere then fortifies data with its patented Quantum Immune Data Protection or QIDP® technology. This technology uses information-theoretic principles to transcend computational hardness assumptions exploitable by quantum computers. The result ensures mission-critical data stored is well-protected from independent and state-sponsored hackers armed with AI and quantum threats.

Quantum-Resilient Encryption

Secure your storage with infinite resilience against AI, quantum threats, ransomware, and human misconfigurations and do so without costly and complex key management.

HyperSphere’s encryption ensures mission-critical data is rendered useless to all but authorized personnel. Bad actors can’t discern what they are trying to steal, as the data is stored in an immutable, indecipherable form with high entropy. The motivation for “harvest-now-decrypt-later” is gone. Even if harvested, any ransomware or extortion attempts are ineffective as HyperSphere’s infinite resiliency provides data—on demand to the battlespace or wherever it’s needed—in its last known, good state.

With HyperSphere, your mission-critical data is unchanged. There is no fragmentation, sharding, or putting Humpty Dumpty back together again. Rest assured knowing the confidentiality and integrity of your data is stored in its pure, full-fidelity state and is always available on demand, wherever and whenever you need it.

HyperSphere instantly detects and remediates data integrity and availability events. By replicating across storage regions or providers, HyperSphere ensures continuity of service and resilience in the face of cyber attacks and unplanned outages.

HyperSphere offers seamless scalability—up, down, or out— to adapt to changing workload demands, while delivering flexibility, agility, and resiliency to meet operational tempo. It provides multiple deployment options, including an optimized, secure, and reliable virtual appliance for edge and cloud environments, configured with relevant DoD STIGs and custom SE Linux security policies.

HyperSphere is designed to integrate seamlessly with any algorithm, whether classical or based in post-quantum cryptography. No matter what the future holds, or whether you have an on-prem, multi-cloud, or hybrid cloud environment, HyperSphere provides you with a standardized solution that delivers consistency, efficiency, and resource optimization for today and tomorrow.

HyperSphere is designed to meet data compliance of privacy regulations such as GDPR, CCPA, HIPAA, PCI-DSS, etc. Our platform is built with the latest technology, providing robust protection against data breaches, ransomware, and other cyber threats.

HyperSphere eliminates key vulnerabilities leading to cyber attacks by hiding and rotating the key of any algorithm. In addition to enhanced security, the inherent benefits include avoiding usage thresholds leading to data leakages, and limiting any information that could be decrypted by an attacker to a single, worthless frame.