HyperSphere SecureStorage^™

Seamless operation. Unbeatable protection.

HyperSphere sits between apps and S3-compatible storage, transparently handling all encryption and decryption without keys you have to manage.

Them:

"Here's a key. Don't lose it."

Us:

"You never get a key. Prove you're allowed, and we'll use one for you."

The Process

Derive. Use. Discard.

Keys are never stored — they're derived in memory, used once, and immediately gone. Here's what that looks like in practice.

When an application writes data, HyperSphere steps in to encrypt the data before it reaches storage. The entire encryption process happens in HyperSphere in microseconds.

Data arrives and is split into frames

When an application sends data to storage, HyperSphere intercepts the data and divides it into discrete frames. The application is making a standard S3 API call (PUT), but the data goes through HyperSphere first — this happens transparently, in the data path.

Each frame is encrypted, then the keys disappear

HyperSphere derives a unique encryption key for each frame in memory, encrypts frames independently using quantum-resistant algorithms (AES-256-GCM, KMAC-256), then immediately and securely erases the keys. No key is ever transmitted or stored anywhere.

Encrypted frames are distributed across storage backends

The encrypted frames are written out across S3-compatible storage infrastructure. Each backend receives only opaque ciphertext. No single backend holds enough information to reconstruct anything — a breach at the storage layer yields nothing usable.