Compliance says protect the data.
Your system decrypts it to use it.
That's the gap.

HIPAA, PCI DSS, SOX, and GDPR all require data protection during processing. But every system today decrypts data to process it. H33 closes the gap. Process data while it stays encrypted. Comply by architecture.

Talk to Compliance Team See Compliance Architecture
HIPAA compliant PCI DSS scope reduction SOC 2 Type II
The compliance gap
Data
encrypted
→
Decrypted
to process
→
Re-encrypted
after
Every compliance framework requires protection during that middle step.
With H33
Data
encrypted
→
Processed
while encrypted
→
Results
encrypted
Compliant by architecture. Not by policy.
The problem

Every compliance framework has the same blind spot.

Every regulation mandates data protection during processing. But the systems that process your data decrypt it first. That gap between policy and architecture is where violations, breaches, and audit failures live.

  • HIPAA requires PHI protection during processing — systems decrypt PHI to process it
  • PCI DSS requires cardholder data protection — payment systems decrypt to authorize
  • SOX requires financial data integrity — analytics pipelines expose plaintext
  • GDPR Article 32 requires "appropriate security" — decryption during compute isn't appropriate
Compliance requirements vs reality
FRAMEWORKREQUIRESREALITY
HIPAAPHI protectionDecrypted to process
PCI DSSCHD protectionDecrypted to authorize
SOXData integrityPlaintext in pipelines
GDPRArt. 32 securityDecrypted during compute
Every framework has the same gap. H33 closes it.
The solution

Comply by architecture. Not by policy.

H33 eliminates the gap between compliance requirements and system architecture. Data stays encrypted during processing. Audit logs prove zero plaintext exposure — mathematically, not by policy assertion.

  • PHI processed without decryption — HIPAA satisfied mathematically
  • Cardholder data never exposed — PCI DSS scope reduced to zero
  • Financial data computed on ciphertext — SOX audit trail cryptographically guaranteed
  • GDPR data minimization enforced by encryption — not by access controls
  • Audit logs prove zero plaintext exposure — not just claim it
Traditional compliance (policy-based)
Data decrypted during processing
Access controls enforce policy
Audit logs claim compliance
H33 compliance (architecture-based)
Data never decrypted during processing
Encryption enforces protection
Audit logs prove zero exposure
Policy can be violated. Architecture can't.
How it works

Three steps. One API call. Zero plaintext exposure.

STEP 01
Data encrypted at source
PHI, cardholder data, financial records — encrypted with FHE before leaving your environment. The plaintext never reaches your processing infrastructure.
→
STEP 02
Computed while encrypted
Analytics, fraud detection, claims processing — all executed on ciphertext. No decryption at any stage. Compliance enforced by math.
→
STEP 03
Auditable proof of compliance
Cryptographic audit trail proves data was never exposed. ZK-STARK proofs verify correctness. Dilithium signatures provide non-repudiation.
Live demo — HIPAA compliance

Process PHI without violating HIPAA. Watch it happen.

PATIENT PHI — PLAINTEXT
MRN: MR-2847391
Name: Robert Williams
Rx: Warfarin 5mg
New Rx: Aspirin 81mg
→
H33 FHE
DRUG INTERACTION CHECK
Waiting...
Use cases

Built for regulated data processing

🏥
Healthcare
PHI analytics, drug interaction checks, and population health — all on encrypted patient data. HIPAA satisfied by architecture, not access controls.
🏦
Finance
Fraud detection, credit scoring, and risk analysis on encrypted transaction data. PCI DSS scope reduced to zero. SOX audit trail cryptographic.
📊
Insurance
Claims processing, actuarial analysis, and underwriting on encrypted policyholder data. No plaintext exposure at any stage of the pipeline.
⚖
Legal
Document review, contract analysis, and e-discovery on encrypted case files. Attorney-client privilege enforced cryptographically.
🏛
Government
Classified data processing, inter-agency sharing, and analytics on encrypted records. Zero plaintext in shared infrastructure.
🧪
Pharma
Clinical trial data analysis, adverse event detection, and multi-site research on encrypted patient data. HIPAA and FDA 21 CFR Part 11 compliant.
Enterprise readiness

Production numbers. Not projections.

2.17M
Auth/sec sustained
38.5µs
Per authentication
±0.71%
Variance at scale
114
Patent claims pending
Compatibility

Works with your existing stack

No rip-and-replace. No new infrastructure. One API call wraps what you already run.

Stop choosing between compliance and usability.

H33 processes your regulated data without ever decrypting it. HIPAA, PCI DSS, SOX, GDPR — satisfied by architecture.

Talk to Our Compliance Team
Request access

Compliance by architecture.
Not by policy manual.

H33 is deployed in regulated environments processing real data at scale. If you're evaluating encrypted compute for compliance, we'd like to talk.

  • Dedicated compliance engineering support
  • Custom deployment architecture
  • BAA available for healthcare
  • SOC 2 Type II, HIPAA, PCI DSS, SOX, GDPR
Request Access
Enterprise deployments only. For production systems.