GDPR
The General Data Protection Regulation is the European Union regulation for personal-data protection. It is not a technology certification, but buyers often assess data platforms against GDPR principles and operational requirements.
Buyer question
“Can Legra help us control, minimize, trace, and protect personal data?”
Legra fit
| Assessment area | Legra fit | Status |
|---|---|---|
| Confidentiality | End-to-end encrypted workspaces reduce exposure to cloud providers, relays, and storage operators. | Native fit |
| Access control | Workspace membership and key rotation provide a strong technical boundary for who can read future data. | Native fit |
| Accountability | Signed commits, provenance, branch history, and events provide evidence of data changes and access governance. | Native fit |
| Minimization | Scoped workspaces and queryable graph boundaries support minimization, but policy design remains customer-specific. | Partial fit |
| International transfers and residency | Placement policy can constrain physical block location separately from plaintext-capable Hosts and key authority. Whether encrypted foreign custody is a regulated transfer remains jurisdiction- and context-specific. | Partial fit |
| Data-subject rights | Legra can store evidence and provenance, but deletion, portability, rectification, and retention workflows require customer policy and product workflow coverage. | Partial fit |
What Legra can say
Legra helps GDPR-oriented teams by making personal-data governance explicit and queryable:
- Sensitive data can live in encrypted workspaces.
- Membership controls who can read workspace content.
- Branches isolate corrections, imports, and review work.
- Provenance records who changed data and when.
- Validation rules can enforce required fields, classification, or governance metadata.
- Catalog metadata can describe access rights, purpose, and quality.
- Custodians can store opaque encrypted blocks without receiving workspace keys or content semantics, while placement policies retain conservative physical residency when it is required.
Assessment boundary
GDPR compliance depends on lawful basis, notices, contracts, records of processing, retention policy, data-subject workflows, security operations, and jurisdiction-specific legal analysis.
Encryption changes the technical exposure of an international placement, but it does not automatically remove that placement from GDPR Chapter V. Legra therefore distinguishes physical block residency, ciphertext reconstruction, and semantic plaintext residency without presenting that distinction as a universal legal exemption.
Legra supplies technical controls and evidence that can support a GDPR program, especially around confidentiality, access boundaries, provenance, and data-governance metadata.