Stateless • Deterministic • Autonomous • Post-quantum • Portable

Make data usable internally,
useless when stolen.

EncryptaSphere is data protection infrastructure: a vaultless, deterministic encryption foundation that enables governed disclosure for long-lived enterprise data.

Encrypt at rest Decrypt late Disclose least Audit always BYOC / portable
Talk to us How it works
Control point
Data plane

In a post-breach world, impact is determined by what gets decrypted and what gets disclosed.

01 No stored keys
Keys are reconstructed on demand and destroyed immediately.
02 Recoverable by design
Deterministic recovery across regions and years.
03 Policy-bound disclosure
Time-boxed, least-disclosure access when sharing is required.
04 Audit-grade evidence
Who accessed what and why as a system of record.
In one sentence
A vaultless encryption foundation enabling governed disclosure for long-lived enterprise data.
The Problem

Encryption breaks in the real world

Encryption algorithms are not the issue.
The failure mode is architectural: persistent keys and unmanaged decryption paths.
When breach happens, impact is defined by what gets decrypted and what gets disclosed.

Key loss
  • Lost key can mean permanent data loss.
  • Creates a business continuity and liability risk.
  • Teams avoid broad encryption to avoid owning the outage scenario.
Key store compromise
  • Vault/KMS breach creates an organization-wide blast radius.
  • Protection mechanism becomes the vulnerability.
  • All encrypted data becomes "at risk" at once.
DR drift
  • Rotation/backup mistakes cause outages or exposure.
  • Multi-cloud and multi-region drift fragments policy and audit.
  • Encryption adds failure modes instead of removing them.

Bottom line: the winning control is not "perfect prevention." It is controlling decryption and disclosure with evidence for decades.

Operating Model

A safer way to run encryption

EncryptaSphere is a vaultless, deterministic, post-breach-survivable encryption foundation enabling governed disclosure for long-lived enterprise data, delivered as software in the customer environment (BYOC/S) without lock-in.

Stateless key lifecycle
Keys are reconstructed, never stored.
PQC-aligned design
NIST-aligned primitives with crypto agility for long-lived data.
Software-only, portable
Deploy anywhere; connectors are distribution, not dependency.
Metadata-only intelligence (optional)
Operational insights and compliance mapping without touching plaintext.
The control boundary
  • Encrypt everything at rest by default.
  • Decryption becomes a policy decision, not an application assumption.
  • Plaintext exposure is bounded by policy, time, and audit.
What we do not do
  • We are not an LLM firewall (prompt/response filter).
  • We are not a DSPM replacement (discovery/posture).

We are the survivable protection + disclosure layer they can rely on.

How it works

Protect → Disclose

The foundation is the same. The operating mode changes when the organization needs non-owner access with evidence.

Protection Mode

Owner-bound encryption for survivable data-at-rest by default.

  • Same principal that encrypted can decrypt.
  • Best for archives, backups, regulated retention zones.
  • Policy controls storage routing + privacy handling.
Disclosure Mode

Cross-principal access with least disclosure and audit-grade proof.

  • Policy-bound disclosure types (e.g., snippet / masked / derived / stream).
  • Time-boxed grants (quotas, expiration, revoke).
  • Full action audit as system-of-record (who saw what and why).
Core principle
Decrypt late. Disclose least. Destroy early. Audit always.
Entry Point

Start with archives and backups

Start with survivability (Protection Mode) where coupling is low and the risk is highest, then expand into governed disclosure across apps, workflows, and agents when non-owner access is required.

Why start here
  • Long-lived sensitive data (PII / PHI / IP / financials).
  • Regulated retention and sovereignty zones.
  • Clear ROI from removing key-loss risk and vault blast radius.
Expansion path
  • Governed disclosure for apps, agents, and LLMs with evidence.
  • Active datasets and operational systems.
  • Databases and analytics environments.
Deployment

Software-only deployment in the customer environment (BYOC). Integrates with identity and policy. Controls the decryption/disclosure choke point, enabling audit-grade evidence without over-exposing sensitive details publicly.

Where We Fit

Works with your stack

Most platforms either discover risk, enforce access at the application layer, or filter model I/O. EncryptaSphere sits below them as the survivable protection and governed disclosure layer.

DSPM / data discovery
They identify what to protect and why. EncryptaSphere makes those findings enforceable without key fragility.
DSP / policy enforcement
They assume encryption is safe and available. EncryptaSphere makes encryption survivable and recoverable by design.
LLM firewalls / AI gateways
They govern prompt/response I/O. EncryptaSphere governs what gets decrypted and disclosed from the protected corpus.
KMS / Vault / HSM
They manage stored keys. EncryptaSphere eliminates stored keys entirely.

Incumbents manage and protect stored keys; EncryptaSphere removes the need to store keys and adds policy-bound disclosure with evidence.

Contact

Get in touch

We keep public detail intentionally high-level. We can share deeper architecture, validation plan, and demo flows under NDA.

Email

admin@encryptasphere.com

What to share
  • Organization and environment (cloud/on-prem).
  • Primary data type (archives/backups vs governed disclosure).
  • Compliance drivers (retention, sovereignty, audit).
Book a briefing Discuss design partnership