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Enterprise-Grade Security

Your data is protected by industry-leading security practices, encryption, and infrastructure — so you can focus on building, not worrying.

AES-256 Encryption TLS 1.3 Post-Quantum (Kyber-768) Veil Fortress 10-Layer GDPR Ready SOC 2 Roadmap Warrant Canary Active

Security Pillars

Five foundational layers that protect every interaction with Alfred AI.

Data Encryption

All data is encrypted at rest with AES-256 and in transit using TLS 1.3. API tokens and secrets are hashed — never stored in plain text.

Post-Quantum Crypto

Kyber-768 hybrid key exchange protects communications against future quantum computing threats. Classical ECDH + Kyber lattice-based KEM — both must be broken simultaneously.

Veil Fortress

10-layer encryption stack combining post-quantum Kyber-768 + Dilithium signatures, Double Ratchet forward secrecy, hash chains, key commitment, and steganographic obfuscation.

Access Control

Role-based access control (RBAC), multi-factor authentication (MFA), and strict session management ensure only authorized users access your data.

Infrastructure

DDoS protection, Web Application Firewall (WAF), rate limiting, and automated anomaly detection keep the platform resilient 24/7.

Compliance

SOC 2 Type II on our roadmap, GDPR ready, HIPAA considerations in place, and alignment with PCI DSS for payment handling.

Technical Details

A closer look at how we secure every layer of the stack.

Authentication & Authorization
  • Password hashing — bcrypt with a cost factor of 12; passwords are never stored in plain text.
  • Session management — HTTP-only, Secure, SameSite cookies; sessions invalidated on logout and after inactivity.
  • OAuth 2.0 — Sign in with Google and Facebook using industry-standard flows.
  • API keys — Scoped, rotatable keys with SHA-256 hashed storage.
  • Multi-factor authentication — TOTP-based 2FA available for all accounts.
Data Storage
  • MySQL encryption — Transparent Data Encryption (TDE) at the storage engine level; data at rest encrypted with AES-256.
  • Hashed tokens — API keys, webhook secrets, and session tokens are hashed before storage.
  • No plain-text secrets — Environment variables loaded from files outside the webroot; never committed to version control.
  • Automated backups — Daily encrypted backups with 30-day retention.
Network Security
  • HTTPS enforced — All traffic redirected to HTTPS via 301; HSTS enabled with includeSubDomains and preload.
  • Content Security Policy — Strict CSP headers prevent XSS, clickjacking, and unauthorized resource loading.
  • X-Frame-Options — Set to SAMEORIGIN to prevent framing attacks.
  • X-Content-Type-Optionsnosniff prevents MIME-type sniffing.
  • Rate limiting — mod_evasive and application-level throttling protect against brute-force and DDoS.
API Security
  • Rate limiting — Per-key and per-IP throttling; 429 responses with Retry-After headers.
  • Input validation — All inputs sanitized and validated server-side; prepared statements for all queries.
  • CSRF protection — Token-based CSRF guards on all state-changing endpoints.
  • Webhook signatures — HMAC-SHA256 signatures on all outbound webhooks for payload integrity verification.
  • CORS — Strict origin validation; only gositeme.com domains allowed.
Monitoring & Incident Response
  • Audit logging — All authentication events, API calls, and administrative actions are logged with timestamps and IP addresses.
  • Anomaly detection — Automated alerts for unusual login patterns, spike in errors, and suspicious API usage.
  • Incident response — Documented playbook with escalation tiers; target < 1 hour acknowledgement for critical issues.
  • Health monitoring — Real-time service health checks at /status with database, Redis, WebSocket, and MCP uptime tracking.

Veil Fortress Encryption Stack

10 independent cryptographic layers protect every message. An attacker must defeat all 10 simultaneously — breaking any single layer reveals nothing.

1
Kyber-768 KEM Post-Quantum
NIST-selected lattice-based Key Encapsulation Mechanism. Generates shared secrets resistant to both classical and quantum attacks. 768-dimensional module lattice over polynomial ring.
2
ECDH P-256 Key Agreement Classical
Elliptic Curve Diffie-Hellman on the NIST P-256 curve. Provides classical-strength key agreement; combined with Kyber-768 so both must be broken simultaneously.
3
AES-256-GCM Authenticated Encryption Classical
256-bit symmetric encryption with Galois/Counter Mode for authenticated encryption. Provides confidentiality, integrity, and authenticity in a single operation with 128-bit authentication tags.
4
HKDF-SHA256 Key Derivation Classical
HMAC-based Key Derivation Function ensures each session produces unique, independent encryption keys. Extract-then-expand paradigm per RFC 5869.
5
ECDSA P-256 Digital Signatures Classical
Every message is signed with Elliptic Curve Digital Signature Algorithm. Provides non-repudiation and tamper detection with 128-bit security strength.
6
Dilithium Post-Quantum Signatures Post-Quantum
NIST-selected lattice-based digital signature scheme. Quantum-resistant authentication — even if ECDSA falls to quantum computers, Dilithium signatures remain secure.
7
Double Ratchet Protocol Forward Secrecy
Derives new keys for every single message using KDF chains. Compromising one key reveals nothing about past or future messages — the gold standard for messaging protocols.
8
Hash Chain Integrity Tamper-Proof
Each message includes a cryptographic hash of the previous message, creating an immutable chain. Any tampering, insertion, deletion, or reordering is immediately detected.
9
Key Commitment Scheme Anti-Exploit
Binds the encryption key to the ciphertext via a commitment hash. Prevents AES-GCM key commitment attacks where a single ciphertext could decrypt to different plaintexts under different keys.
10
Steganographic Obfuscation Covert
Encrypted payloads are disguised within innocent-looking carrier data. Even if intercepted, the traffic is indistinguishable from ordinary content — making metadata analysis and deep packet inspection ineffective.

Transparency Commitments

We believe trust requires transparency. Here are our public commitments to you.

Warrant Canary

GoSiteMe / Alfred AI has NOT received any of the following as of the date below. If this section is ever removed or these statements are absent, assume our position has changed.

No National Security Letters received
No FISA court orders received
No gag orders or sealed warrants received
No government-mandated backdoors installed
No bulk user data provided to any government
No encryption keys surrendered to any third party
Last verified: March 9, 2026

No-Backdoor Commitment

GoSiteMe / Alfred AI will never install secret surveillance capabilities, weaken encryption algorithms, or create covert access points at the request of any government, law enforcement agency, or third party. Our Veil Fortress encryption is designed so that even we cannot read your encrypted communications. This commitment is legally binding and documented in our Terms of Service (Sections 67–75) and Privacy Policy (Sections 32–37).

Compliance Matrix

How our security controls map to major compliance frameworks.

Security Feature SOC 2 GDPR HIPAA PCI DSS
Data encryption at rest (AES-256)
Encryption in transit (TLS 1.3)
Role-based access control
Multi-factor authentication
Audit logging
Data retention policies
Post-quantum encryption (Kyber-768)
Veil Fortress 10-layer encryption
Warrant canary
Right to deletion
Incident response plan
Vulnerability management Roadmap Roadmap
Formal SOC 2 audit Roadmap

Responsible Disclosure

We value the security research community and welcome responsible reports.

Report a Security Issue

If you've discovered a potential vulnerability in Alfred AI or any GoSiteMe service, please report it to our security team. We investigate every report and aim to respond within 48 hours.

Scope

  • gositeme.com and all subdomains
  • Alfred AI platform (web, API, voice, WebSocket)
  • GoCodeMe IDE
  • Public-facing API endpoints

Rules of Engagement

  • Do not access, modify, or delete data belonging to other users.
  • Do not perform denial-of-service attacks or social engineering.
  • Provide a detailed description, reproduction steps, and potential impact.
  • Allow reasonable time for us to investigate and remediate before public disclosure.

Rewards

We offer recognition and, for qualifying vulnerabilities, rewards at our discretion. Severity is assessed using CVSS v3.1 scoring.

Hall of Fame

No submissions yet — be the first responsible reporter recognized here.

Data Processing

Transparency about how and where we handle your data.

Data Location

All primary data is stored on servers located in Quebec, Canada. We use Canadian data centres that comply with PIPEDA and Quebec's Law 25.

Retention Policies

  • Account data — Retained while account is active, deleted within 30 days of account closure.
  • Conversation logs — Retained for 90 days, then anonymized or deleted.
  • Audit logs — Retained for 1 year for security and compliance.
  • Backups — Encrypted daily backups retained for 30 days.

Deletion Rights

You may request the deletion of your personal data at any time by contacting privacy@gositeme.com. We process deletion requests within 30 days in accordance with GDPR and Quebec's Law 25.

Security FAQ

Common questions about how we protect your data.

Is my data encrypted?

Yes. All data is encrypted at rest using AES-256 and in transit using TLS 1.3. API tokens and secrets are hashed with SHA-256 before storage — we never store them in plain text. Communications through Alfred AI are additionally protected by our Veil Fortress 10-layer encryption stack, which includes post-quantum Kyber-768 + Dilithium signatures, Double Ratchet forward secrecy, and steganographic obfuscation.

What is Veil Fortress?

Veil Fortress is our proprietary 10-layer encryption protocol. Unlike standard TLS which uses a single encryption layer, Veil Fortress wraps every message in 10 independent cryptographic layers: Kyber-768 KEM, ECDH P-256, AES-256-GCM, HKDF-SHA256, ECDSA P-256, Dilithium PQ Signatures, Double Ratchet, Hash Chains, Key Commitment, and Steganographic Obfuscation. An attacker must break all 10 simultaneously — compromising any single layer reveals nothing.

Can GoSiteMe read my encrypted messages?

No. Veil Fortress uses end-to-end encryption with client-side key generation. Encryption keys are generated and managed on your device — they never travel to our servers. Even our own engineering team cannot decrypt your protected communications. This is by design and is a legally binding commitment in our Terms of Service and Privacy Policy.

Where is my data stored?

All primary data is stored in secure data centres located in Quebec, Canada. Our infrastructure complies with Canadian privacy legislation (PIPEDA) and Quebec's Law 25.

Can I delete my data?

Absolutely. Contact privacy@gositeme.com to request full deletion of your personal data. We process requests within 30 days.

Do you sell my data to third parties?

No. We never sell, rent, or trade your personal information to third parties. Your data is used solely to provide and improve Alfred AI services. See our Privacy Policy for full details.

Is Alfred AI SOC 2 certified?

SOC 2 Type II certification is on our roadmap. We already implement the controls required by the Trust Services Criteria (security, availability, confidentiality) and are actively working toward a formal audit.

Security You Can Trust

Try Alfred AI with confidence — your data is protected by 10-layer Veil Fortress encryption, post-quantum cryptography, and a legally binding no-backdoor commitment.

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