HyperSphere DNA™
This is what data protection was meant to be: No keys to manage or steal. Security that outsmarts AI and quantum threats. Stolen data that's useless the moment it's taken.
Runs anywhere — cloud, on-prem, edge, offline · Coming to AWS Marketplace — Early Access
Warning: This is not a better KMS.
HyperSphere DNA (Data Neutralization Appliance) protects unstructured data at rest in S3-compatible object storage without relying on stored keys or external key management systems (KMS).
No Keys to Manage, Lose, or Steal
By definition, encryption and decryption require the use of keys. But HyperSphere DNA uses ephemeral keys. They are derived dynamically, exist only in memory, and are erased when no longer needed. They are never stored or transmitted. No keys persist to be mismanaged or stolen. An entire attack surface disappears.
Quantum Resistance Today
HyperSphere DNA doesn't rely on the type of encryption that quantum computers are expected to break. Our unique methodology uses NIST-approved, quantum-resistant algorithms (AES-256-GCM and HMAC-SHA256) to secure data for decades to come. This isn't a roadmap promise — it's how the product works today.
Seamless Operation
HyperSphere DNA deploys within minutes in cloud, on-prem, or edge environments — on AWS, straight from Marketplace. The operational burden and risk of key management vanish — nothing to distract your teams, nothing to slow down or break your systems. Users store and access data as they always have. Data protection just happens.
This Is Data Neutralization.
Ephemeral Keying
HyperSphere DNA eliminates persistent, usable key material. Encryption keys are never stored on disk, in databases, or in any external key management service. They exist only during encryption/decryption and are securely erased from memory immediately after use — a lifetime measured in microseconds.
Frame-Level Encryption
HyperSphere's patented encryption methodology is intentionally complex and layered. Data is split into frames, which are then encrypted with AES-256-GCM and distributed across multiple S3-compatible storage backends. Storage operators cannot infer file structures, names, or relationships.
Denial of Access, Never Exposure
HyperSphere DNA is designed to "fail closed." Unauthorized decryption isn't a policy failure waiting to happen — it's architecturally prevented. Accidentally overpermissioned users and intentionally stolen keys can't bypass what's mathematically enforced. A breach yields only partial ciphertext.
S3-Compatible Appliance
HyperSphere DNA uses a standard S3 API. It deploys from the AWS Marketplace and drops in between applications and any S3-compatible object storage. Works with existing apps, SDKs, and CLI tools — no code changes required.
Hybrid Cloud, Single Experience
Protect data across cloud and on-prem environments simultaneously. Distribute protection across regions, providers, and jurisdictions without managing a separate KMS for each.
Audit Evidence from Day One
Cryptographically tamper-evident, append-only audit logging: every access event is HMAC-chained under keys derived from the sealed system secret, so alteration or deletion is detectable and forgery is infeasible. Security-critical events are recorded fail-closed, before the operation completes. Supports customer security and compliance programs associated with PCI DSS, HIPAA, GDPR, CMMC, NIST SP 800-171, and more.
Quantum-Safe Protection Without a Migration Project
The standard response to the quantum threat is a multi-year Post-Quantum Cryptography (PQC) migration — new algorithms, new key hierarchies, new integration testing, new risk windows. Every month of inaction is another month of quantum-vulnerable key wrapping and "harvest now, decrypt later" exposure.
HyperSphere DNA sidesteps the entire problem. Because no public-key cryptography exists in the data protection path, there is nothing to migrate. Protection is quantum-resistant from day one — architecturally, not just algorithmically.
Talk to an EngineerAre you ready to make stolen data useless?
Deploy HyperSphere DNA in minutes, anywhere, and make exfiltrated data worthless to attackers. On AWS: straight from Marketplace.