Your mind is yours.
Even if the server is breached, your content stays hidden — encrypted, isolated, and intact. No data loss. No exposure. No compromise.
Even if the server is breached, your content stays hidden — encrypted, isolated, and intact. No data loss. No exposure. No compromise.
Encryption keys are generated and managed inside certified hardware security modules. The master key never leaves the vault — not to the database, not to the application, not to anyone. Every sensitive field is encrypted individually with envelope encryption, so even a full database compromise reveals nothing.
FIPS 140-2 Level 2
Keys managed in certified hardware security modules
Field-level encryption
Each sensitive field encrypted individually — AES-256-GCM
Encrypted object storage
All files encrypted at rest — server-side AES-256
Automated key rotation
Versioned keys with zero-downtime re-encryption
The cryptographic foundation meets the strictest requirements across government, defense, healthcare, and financial sectors. Not just aligned — engineered to the standard.
US Government
Defense & Industrial
Healthcare & Life Sciences
Financial & Audit
Privacy & Data Protection
Cloud & Cyber Sovereignty
AI Governance
79 frameworks mapped. Infrastructure engineered to standard — certifications available on request for enterprise customers.
Every piece of content — every note, every draft, every decision — is encrypted at rest with AES-256. Even if an attacker gains physical access to the server, the data is unreadable without the keys. Tenant isolation ensures one user's breach never becomes another's catastrophe. Nothing is lost. Everything stays hidden.
Content at rest
AES-256 encrypted — invisible without keys
Tenant isolation
Automated verification — no cross-tenant leaks
Data in transit
TLS 1.2+ — encrypted end to end
Audit logging
Immutable DB persistence — 7-year retention, every action tracked
Most platforms detect bots and block them. We go further — we impose real computational and connection costs on automated attackers. Legitimate users never notice. Bots pay the price.
Computational proof-of-work
Suspicious clients must solve cryptographic puzzles before API access. A legitimate browser solves them in milliseconds. A bot making thousands of requests per second must burn an entire CPU core just to keep up.
Behavioral bot detection
Bots have tells — metronomic timing, parallel execution, blind probing. The system learns what human traffic looks like and flags automation that doesn't match. No CAPTCHAs, no friction, no privacy concerns.
Connection exhaustion
When an attacker hits a trap endpoint, the server responds — slowly. One byte at a time, every few seconds. The attacker's connection pool fills up with useless, hanging connections while real users are unaffected.
Trap endpoints
Hidden throughout the API — endpoints that look real but exist only to catch attackers scanning for vulnerabilities. Any hit instantly flags the source and escalates the threat level.
The system doesn't apply the same defense to everyone. It continuously evaluates threat levels and adjusts its response — from light friction for mildly suspicious behavior, to heavy computational taxes for confirmed bots, to full connection traps for attackers probing trap endpoints. A legitimate user never encounters any of it.
Every attack is impersonation. An attacker with stolen credentials has the right password — but the wrong behavior. The system learns your patterns: when you work, which projects you open, what language you write in, how fast you move. When something doesn't match, it doesn't just block — it asks.
Continuous behavioral learning
Your patterns are learned passively — no setup required
Aura identity challenge
Questions only the real user can answer — drawn from their own activity
Adaptive friction
From gentle prompts to full identity verification — scaled to the risk
Real-time response
Decisions in milliseconds — no human review required
When the system detects unusual behavior, it doesn't just show a CAPTCHA or send an SMS. Aura asks personalized questions drawn from your own activity — what you were working on, which collaborators you interact with, what language you write in. Questions that only the real user can answer. An attacker with stolen credentials has the password, but not the memories.
Multiple security signals run continuously. When the system detects a compromise, it doesn't just alert — it acts. Workspaces are sealed, items are locked, sessions are invalidated, and the attacker finds themselves in a vault that just closed.
Content Tamper
Detects unauthorized modifications to sealed content
Mass Data Export
Flags unusual spikes in data access and retrieval
Env Tampering
Monitors critical system configuration for changes
Blob Integrity
Verifies file integrity and detects corruption or tampering
Admin Injection
Watches for unauthorized privilege escalation
When a breach is detected, all existing sessions are invalidated instantly — without a server restart, without downtime. The attacker's session dies in milliseconds. Legitimate users simply sign back in.
The infrastructure aligns with every international standard that exists — from information security to AI governance, from lab competence to financial controls, from cyber sovereignty to healthcare privacy. Not certified. But the foundation is there, ready when the moment comes.
Security / IT
17ISO 27001, 27005, 27017, 27031, 27035, 27036, 27040, 27032, 27019, 20000, SOC 2, CSA STAR, Cyber Essentials, NIST CSF 2.0, CIS v8, OWASP Top 10, Essential Eight
Government
12NIST 800-53, 800-171, FedRAMP, CMMC, StateRAMP, TISAX, ENS, IT-Grundschutz, IRAP, MTCS, K-ISMS, ISMAP
Privacy
15ISO 27701, 27018, 27050, 29190, GDPR, CCPA, LGPD, PDPA, APPI, PIPEDA, PIPL, DPDP, POPIA, KVKK, NIST Privacy Framework
AI
3ISO 42001, EU AI Act, NIST AI RMF
Scientific
4ISO 17025, 15189, GLP (OECD), FAIR Data Principles
Environmental
4ISO 14001, 14064, 50001, 14040/14044
Financial
7SOX, DORA, PCI DSS, AML/KYC, EBA ICT, NYDFS, FFIEC
Governance
2COBIT 2019, SEC Cyber Disclosure
Quality / Continuity
2ISO 9001, ISO 22301
Records / Risk
2ISO 15489, ISO 31000
Healthcare
3HIPAA/HITECH, HITRUST CSF v11, ISO 27799
Education
1FERPA
Industrial
4IEC 62443, NERC CIP, ISO 27019, ISO 27032
Cloud / Audit
5C5 (BSI), SecNumCloud, SSAE 18, ETSI EN 303 645, ISO 19770
Incidents are detected, contained, and documented — automatically. No manual discovery. No silent failures. No scrambling for audit evidence after the fact.
Real-time admin alerts
Critical events trigger instant notifications — via in-app, server-sent events, and email. Admins know before users do.
Threat isolation
When an attacker touches multiple projects or users, the system traces the exposure graph and isolates affected areas — containing the blast radius automatically.
Immutable audit trail
Every security event is recorded permanently — who, what, when, where. Retained for 7 years. Tamper-evident. Ready for forensic analysis.
Compliance reporting
Exportable reports for SOC 2, ISO 27001, and GDPR auditors — with date ranges, event categorization, and summary metrics. CSV and JSON formats.
GDPR 72-hour notification
Breach notification workflow compliant with GDPR's 72-hour requirement. You are informed before regulators, not after.
Self-healing
The system repairs itself — orphaned data, broken lineage, stale caches. Automated remediation runs with cooldowns to prevent cascading failures.
Security signals run every 30 seconds, evaluating tamper detection, data access patterns, configuration integrity, and privilege changes. The system doesn't wait for an incident report — it discovers threats and responds before anyone notices something is wrong.
Circuit breaker pattern — fails fast, recovers gracefully
Graceful degradation — core features stay alive under load
Self-healing remediation — 6 automated repair actions
Backup and recovery — your data survives the worst
Under extreme load, the system degrades gracefully — disabling expensive AI features first, keeping core editing and reading alive. When the load passes, it heals itself. Your work is never lost to a spike in traffic.