Data Neutralization, applied.
Every organization below holds data that is valuable to someone willing to steal it — and every one of them operates on the same assumption we do: breaches are inevitable. What differs is what's at stake when one succeeds. These use cases show how HyperSphere DNA™ (Data Neutralization Appliance) changes that outcome, by industry and by threat model.
The keys they'd need to steal don't exist
Hover any card to see how HyperSphere DNA changes the outcome.
A single set of KMS credentials often controls decryption of trading algorithms, client portfolios, and transaction records.
Keys are derived per object and never stored. A leaked KMS credential decrypts nothing — it returns ciphertext, not portfolios.
Read the use case →PHI protected by a vault credential is one phished login away from a bulk-exposure event.
A phished login yields unreadable objects. Compromise of storage credentials alone does not provide the ability to decrypt stored PHI.
Read the use case →Model weights and training data sit in S3, reachable by broad credentials held by engineers, pipelines, and agents.
Broad S3 credentials return ciphertext. Model weights stay mathematically inaccessible to any engineer, pipeline, or agent.
Read the use case →Protection that holds when infrastructure doesn't
From the tactical edge to the quantum horizon — the same architecture, no assumptions.
Conventional key management assumes infrastructure the tactical edge doesn't have.
No central KMS, no call-home. Neutralization runs at the edge — protection that holds when the network doesn't.
Read the use case →A CUI bucket protected by a KMS whose credentials are one phish away is both an assessment finding and a national security exposure.
The CUI bucket holds ciphertext, not a finding. A compromised storage credential alone cannot decrypt HyperSphere-protected objects.
Read the use case →Adversaries are collecting encrypted data today, betting on tomorrow's decryption capability.
Harvest-now-decrypt-later collects noise. Quantum-resistant primitives keep classified data inaccessible for its full life.
Read the use case →Don't see your situation?
The architecture applies wherever a credential controls decryption. Talk to an engineer about your environment.