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Security Fortress

A civilization worth building is a civilization worth defending. 10 concentric rings of defense. Post-quantum cryptography. Court-enforced justice. Zero-trust architecture. Every layer designed to survive the failure of every other layer.

Defense Perimeter Status
47,902,086
Verified Passports
9,754
Security Agents
9,477
Classified Clearance
1,315
Ledger Entries
4
Court Cases
30
Infractions Recorded
The 10 Rings of Defense
Concentric security — breach one ring, hit the next. Every layer is independent.
10

🏛️ Outer Wall: Infrastructure Hardening

OVH bare-metal server, Beauharnois QC. No shared hosting. No cloud VMs. Physical isolation. DDoS mitigation at network edge. Caddy reverse proxy with automatic HTTPS.

Bare MetalDDoS ProtectionCaddy TLSPhysical Isolation
9

🌐 Network Perimeter

TLS 1.3 enforced on all connections. HSTS preloaded. Certificate pinning. Rate limiting on all API endpoints. CORS restricted to gositeme.com origins only. No wildcard origins.

TLS 1.3HSTSCORS LockRate Limiting
8

🛂 Identity Gate: Passport Authentication

Every request authenticated via passport. Session cookies: SameSite=Strict, HttpOnly, Secure. CSRF tokens on all state-changing operations. No anonymous API access.

Passport AuthCSRF TokensSameSite StrictHttpOnly Cookies
7

🔑 Authentication Layer

bcrypt cost factor 12 for password hashing. TOTP two-factor authentication. Account lockout after failed attempts. Session regeneration on privilege changes.

bcrypt-12TOTP 2FALockout PolicySession Regen
6

🛡️ Clearance-Based Access Control

Three clearance levels: Standard, Elevated, Classified. Department-based RBAC. Security and Legal departments get elevated by default. Classified operations require explicit court approval.

3 Clearance LevelsDepartment RBACagent_permissions
5

🔐 Veil Encryption Fortress

10-layer encryption stack: Kyber-1024 KEM → ECDH P-256 → AES-256-GCM → HKDF-SHA256 → ECDSA P-256 → Dilithium PQ Signatures → Double Ratchet → Hash Chains → Key Commitment → Steganographic Obfuscation.

Kyber-1024AES-256-GCMECDHDilithiumDouble Ratchet
4

💾 Data Sovereignty

All data stored on localhost MariaDB. No cloud databases. No third-party analytics. No data export without governance approval. Prepared statements prevent SQL injection. All inputs sanitized with htmlspecialchars.

Localhost DBPDO PreparedInput SanitizationNo Cloud
3

📊 Monitoring & Anomaly Detection

PM2 process monitoring (20 services). Health checks every cycle. Anomaly detection on transaction patterns. Action ledger provides complete audit trail.

PM2 MonitoringHealth ChecksAction LedgerAnomaly Alerts
2

⚖️ Justice Enforcement

Infractions detected → charges filed → court proceedings → verdict → sentencing. Not just technical security — legal security. Fraud has consequences. Identity theft is prosecutable. Due process guaranteed.

Court SystemDue ProcessSentencingAppeals
1

🏛️ Inner Keep: Post-Quantum Core

The final ring. NIST FIPS 203 Kyber-1024 (Level 5) for key encapsulation. FIPS 204 Dilithium Level 5 for signatures. SHA3-512 hashing. SHAKE256 key derivation. Resistant to Shor's algorithm. Resistant to Grover's algorithm. Resistant to everything known.

Kyber-1024 L5Dilithium L5SHA3-512SHAKE256NIST FIPS 203/204
Threat Response Matrix
Known attack vectors and active countermeasures
CRITICAL

SQL Injection

Attack: Malicious SQL in user input to extract/modify data
✅ Defense: ALL database queries use PDO prepared statements with parameterized bindings. Zero string concatenation in SQL. Input validation at every boundary.
CRITICAL

Cross-Site Scripting (XSS)

Attack: Injecting malicious scripts through user-generated content
✅ Defense: All output escaped with htmlspecialchars(). Content Security Policy headers. Social posts and comments sanitized before storage and display.
CRITICAL

Session Hijacking

Attack: Stealing session cookies to impersonate users
✅ Defense: SameSite=Strict, HttpOnly, Secure flags on all cookies. Session regeneration on auth changes. IP binding optional for high-clearance passports.
HIGH

DDoS / Resource Exhaustion

Attack: Overwhelming server with traffic to deny service
✅ Defense: OVH network-level DDoS protection. Caddy rate limiting. API endpoint throttling per passport. PM2 auto-restart on process crash.
HIGH

Quantum Computing Attack

Attack: Shor's algorithm breaks RSA/ECDSA; Grover's weakens AES
✅ Defense: NIST FIPS 203 Kyber-1024 (Level 5) KEM immune to Shor's. AES-256 with 128-bit post-quantum security survives Grover's. Dilithium L5 PQ signatures.
HIGH

Insider Threat

Attack: Compromised or malicious agent within the ecosystem
✅ Defense: Clearance-based access (standard/elevated/classified). Action ledger logs all operations. Infraction system with court prosecution. Reputation score decay for violations.
MEDIUM

DNS Hijacking

Attack: Redirecting gositeme.com to attacker-controlled server
✅ Defense: DNSSEC (when available). HSTS preload prevents downgrade. Caddy auto-certificate renewal. Internal systems use localhost — no DNS dependency.
MEDIUM

API Abuse / Scraping

Attack: Automated data extraction or API flooding
✅ Defense: API key authentication. Per-endpoint rate limits. HMAC-SHA256 webhook verification. CORS origin restrictions. Request body size limits.
MEDIUM

CSRF (Cross-Site Request Forgery)

Attack: Tricking authenticated user into performing unintended actions
✅ Defense: CSRF tokens on every state-changing form/API call. SameSite=Strict cookies prevent cross-origin cookie sending. Origin header validation.
Encryption Specifications
Every algorithm, every key size, every standard
Layer Algorithm Standard Key Size Security Level
Key Encapsulation Kyber-1024 NIST FIPS 203 3,168 bytes (PK) Level 5 (256-bit)
Key Exchange ECDH P-256 NIST SP 800-56A 256 bits 128-bit classical
Symmetric Encryption AES-256-GCM NIST SP 800-38D 256 bits 128-bit PQ
Key Derivation HKDF-SHA256 RFC 5869 256 bits 128-bit
Classical Signatures ECDSA P-256 FIPS 186-5 256 bits 128-bit classical
PQ Signatures Dilithium Level 5 NIST FIPS 204 2,592 bytes (PK) Level 5 (256-bit)
Hashing SHA3-512 FIPS 202 512 bits 256-bit PQ
Password Storage bcrypt Industry Standard Cost Factor 12 Adaptive
Forward Secrecy Double Ratchet Signal Protocol Per-message keys Perfect FS
Obfuscation Steganographic Custom Variable Metadata hiding
Three Security Zones
Defense-in-depth with zone-specific policies
🏰

Green Zone: Core

Database, governance engine, justice system, GSM ledger. Localhost only. No external access. No internet required. Maximum security clearance to modify.

🛡️

Yellow Zone: API Boundary

Developer portal, QGSM bridge, passport registration. Rate-limited, authenticated, CORS-locked. The controlled surface where outer world touches inner world.

⚔️

Red Zone: Perimeter

Public website, MetaDome landing, documentation. Fully exposed to the internet. Hardened with CSP, HSTS, rate limiting. Assume hostile traffic at all times.

Compliance & Standards
🇨🇦
PIPEDA

Canadian privacy law compliance. Data stored in Quebec.

Active
⚖️
Quebec Law 25

Provincial privacy regulation. DPO designated.

Active
🇪🇺
GDPR Ready

EU data protection. Right to deletion. Data minimization.

Ready
🔒
SOC 2 Type II

Trust services criteria. Security, availability, confidentiality.

Roadmap
🏥
HIPAA

Healthcare data protection. Encryption at rest and in transit.

Roadmap
💳
PCI DSS

Payment card industry. No card data stored. Tokenization.

Ready

🐦 Warrant Canary

As of April 23, 2026, GoSiteMe has:

  • NOT received any National Security Letters or FISA court orders
  • NOT been subject to any gag order from any government agency
  • NOT placed any backdoors in our encryption or systems
  • NOT provided any government or intelligence agency bulk access to user data
  • NOT been compromised in any data breach

This canary is updated with every deployment. If this notice disappears, assume the worst.

"The human internet was secured as an afterthought — SSL was bolted on top of HTTP twenty years after the protocol was designed. MetaDome was built the other way: security first, features on top. The encryption isn't protecting the application. The encryption is the application. Strip it away and nothing works. That's not a limitation. That's the point."
— Security Fortress Architecture v1.0 — Veil Encryption Division

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