Zero-Management Encryption

HyperSphere
SecureStorage

This is what encryption was meant to be: No keys to manage or steal. Security that outsmarts AI and quantum threats. Data protection that just works.

SecureStorage UI in use
The SecureStorage Gateway

Warning: This is not a better KMS.

HyperSphere SecureStorage is a powerful encryption engine that protects unstructured data at rest in S3-compatible object storage without relying on stored keys or external key management systems (KMS).

01

No Keys to Manage, Lose, or Steal

By definition, encryption and decryption require the use of keys. But SecureStorage 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.

02

Quantum Resistance Today

SecureStorage 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 KMAC-256) to secure data for decades to come. This isn't a roadmap promise — it's how the product works today.

03

Seamless Operation

SecureStorage deploys within hours from the AWS Marketplace in on-prem, cloud, or edge environments. The entire key management operational surface and risk vanishes — no KMS API calls, no IAM clutter, no broken pipelines or downtime caused by keys. Users store and access data as they always have. Data protection just happens.

Core Capabilities

This Is Zero-Management Encryption.

Encryption Ephemeral Keying

SecureStorage eliminates persistent, usable key material. Encryption keys are never stored on disk, in databases, or in any key management service. They exist only during encryption/decryption and are securely erased from memory immediately after use — a lifetime measured in microseconds.

Quantum-Secure by Design

Protection is quantum-resistant and enforced architecturally — not by access policies, admin privileges, or trust in a provider. Without HyperSphere, reconstruction is mathematically impossible. A misconfigured bucket or a compromised machine can't bypass the math.

Denial of Access, Never Exposure

SecureStorage is designed to "fail closed." When something goes wrong — e.g., compromised storage or infrastructure breach — the system denies access to protected data rather than exposing it.

Drops In Between Apps and S3 Storage

SecureStorage protects data in any S3-compatible object storage. Deploys from the AWS Marketplace and works with your existing applications, SDKs, and CLI tools — no code changes are 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-Ready from Day One

Every access attempt and operation is logged automatically. Generate compliance evidence in hours, not weeks. Supports compliance with encryption mandates across industries, such as PCI DSS, HIPAA, GDPR, and ITAR/EAR.

Why Now

Quantum-Safe Protection
Without a Migration Project

The standard response to the quantum threat is a multi-year post-quantum cryptography migration — new algorithms, new key hierarchies, new integration testing, new risk windows.

SecureStorage 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.

Every month of inaction is another month of quantum-vulnerable key wrapping and "harvest now, decrypt later" exposure.

Talk to an Engineer
2029
Projected year quantum computers break RSA-2048
3–5 yrs
Typical enterprise PQC migration timeline
0 days
Migration time required with HyperSphere

Ready to Eliminate Key Management?

Deploy SecureStorage in hours and eliminate your KMS attack surface entirely.