Atlora is defense-in-depth — every layer hardened, from a hardware root of trust through the database to the application your team touches every day.
No single control is load-bearing. Each layer below is an independent line of defense — so a weakness in any one is contained by the others, and an attacker would have to defeat all of them in sequence to reach your data.
Enterprise identity with SSO/SAML and MFA. A single, centralized authentication and authorization perimeter — every request is authenticated, authorized, and CSRF-protected before it reaches application logic.
Each customer's data is isolated at the database layer, reached through short-lived, dynamically issued credentials. No static database credentials live in application code.
Keys are anchored in a FIPS-validated hardware security module. Data is encrypted at rest — full-disk and database-level — and in transit with modern TLS and mutual authentication between services, using industry-standard AES-256.
Personally identifiable information is encrypted at the application layer — sensitive identity fields are stored as ciphertext under hardware-held keys, not merely behind disk encryption. Uploaded documents and everything derived from them are encrypted at rest and scoped to the owning tenant. Sensitive values are also tokenized before processing.
Automated build-time controls block cross-site scripting at every output sink. Centralized CSRF protection, type-safe identifiers that close injection vectors, and a strict content-security policy that bars third-party scripts.
Redundant, hardened infrastructure on segmented networks with default-deny firewalls. Isolated workloads, zero-trust administrative access, and hosts configured to recognized CIS benchmarks.
Atlora runs entirely on infrastructure we own and operate — not a public cloud or shared hosting platform. Your data never lives in a hyperscaler's environment, and our security posture isn't inherited from a third party. Fewer outside dependencies mean a smaller attack surface and no third-party security exposure.
Immutable audit logging, centralized security monitoring, file-integrity monitoring, and an application-level audit trail across every privileged action.
Our controls are designed and operated to align with SOC 2 criteria; a formal certification audit is underway. If your team has a specific compliance or due-diligence requirement, we're happy to walk you through our controls in detail.
Talk to us about your compliance and due-diligence requirements — we're happy to go deep on the details.
Encryption protects data at rest. Tokenization goes further: it keeps the real identity out of the systems that process your data in the first place.
When a document is ingested, sensitive identifiers — emails, account numbers, social security numbers, and similar PII — are detected and replaced with opaque tokens. A token is a meaningless placeholder; it carries no part of the original value and can't be reversed by anyone who holds it.
The real values are sealed away in a separate vault, encrypted under keys scoped to your organization. Search, retrieval, and AI processing run entirely over the tokenized text — so the models and indexes that reason about your documents never see the underlying identities.
Only an authorized read inside the owning tenant re-resolves a token back to its original value, and every such read is audited. The result: useful AI over your documents, without exposing who they're about.