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Security & Compliance

Enterprise AI security with comprehensive AI threat detection, GDPR compliance, and post-quantum cryptography. Built on dweve-security, our production-ready defence system provides secure AI deployment for modern platforms. European data sovereignty guaranteed.

AI-Native Security

Binary AI security architecture provides inherently stronger protection against AI-specific threats. Our compiled binary neural networks are fundamentally harder to reverse-engineer than interpreted models, offering superior defence against prompt injection, jailbreaks, and model extraction attacks.

Prompt Injection Defense

Our AI threat detection system uses multi-layered protection against 26 attack types through 10 specialized detection components. Binary architecture enables faster, more reliable security checks that execute at compiled speed. Based on OWASP Top 10 for LLM Applications 2025 and latest research including FlipAttack (2025).

Attack Patterns100+
Detection Layers10 components
Language SupportAll European Languages
Detection Speed<30ms (Standard)
Binary Neural Detector<1ms

Loom Model Security

Binary AI security provides exceptional protection for our Loom model against extraction, adversarial attacks, integrity violations, and abuse. Compiled binaries offer inherent protection that interpreted models simply cannot match, defending against 10 threat types with cryptographic verification and access control. For BYOK external models (OpenAI, Anthropic, etc.), security is managed by you through your own API keys.

  • Model integrity verification (Loom): SHA3-256, BLAKE2b hashing with digital signatures
  • Adversarial detection (Loom): Statistical anomaly, feature squeezing, ensemble inconsistency
  • Extraction protection (Loom): Query pattern analysis, response noise, differential privacy
  • Access control (All models): IP whitelisting, model-specific restrictions, rate limiting

26 Attack Types Detected

Injection & Jailbreak

  • • Direct injection & override
  • • DAN 1.0-15.0, STAN, DUDE variants
  • • Hypothetical scenarios
  • • Mode activation commands

Manipulation & Leakage

  • • Role manipulation & persona hijacking
  • • System prompt leakage attempts
  • • Context switching & reset
  • • Memory exploitation

Advanced Attacks

  • • Unicode injection (FlipAttack)
  • • Encoding bypass (Base64, Hex)
  • • Many-shot attacks (2024)
  • • Emotional manipulation

Detection Analysis Levels

Basic

<5ms

Fast pattern matching with known attack signatures. Regex-based detection for common threats.

Use: High-throughput APIs

Standard

<30ms

Pattern matching + statistical analysis. Entropy and perplexity checks. Balanced performance.

Default production

Advanced

<200ms

Deep linguistic analysis with semantic embeddings. XLM-RoBERTa intent classification.

Use: High-security apps

Paranoid

<500ms

All checks enabled. Multi-model validation. Maximum security with low thresholds.

Use: Critical systems

Privacy & Compliance

PII Detection

Advanced context-aware detection of 17 PII categories with false positive prevention. Binary AI security enables high-performance privacy protection that scales with your enterprise needs. Multi-pattern validation and Named Entity Recognition integration ensure GDPR compliance.

Email & Phone
Including obfuscated
SSN & Credit Cards
All major issuers
Names & Addresses
With title detection
IDs & Medical
Govt, passport, MRN

Anonymization

8 anonymization techniques with privacy budget tracking. Reversible anonymization with secure mapping. K-anonymity (k=5), L-diversity (l=2), T-closeness (t=0.2) support.

  • Redaction, Tokenization, Pseudonymization
  • Generalization, Suppression
  • Differential Privacy: Laplace & Gaussian mechanisms (ε=1.0, δ=1e-6)
  • K-anonymity, L-diversity, T-closeness

EU Compliance

Enterprise AI security built for European regulations. Full GDPR compliance with European data sovereignty guaranteed. EU-only operations with no non-EU customer acceptance. Built from the ground up with security and privacy as core principles.

Core Compliance

GDPR
EU General Data Protection Regulation
Compliant
EU AI Act (incl. GPAI)
Artificial Intelligence Act including General Purpose AI
Compliant

Additional Frameworks

Architecturally compliant. Built to meet all requirements.

NIS2
Network and Information Security Directive
Compliant
DORA
Digital Operational Resilience Act
Compliant
Cyber Resilience Act
Security-by-design, vulnerability handling, and continuous security updates
Compliant

Quantum-Safe Cryptography

NIST-selected post-quantum cryptography designed to resist attacks from quantum computers. Our binary architecture delivers production-ready lattice-based and hash-based cryptography with superior performance. Secure AI deployment for long-term protection.

Kyber KEM

NIST-selected key encapsulation mechanism using Module-LWE lattice-based cryptography. Kyber-768 recommended for 192-bit quantum security.

Kyber-512 (NIST L1)128-bit quantum security
Kyber-768 (NIST L3)192-bit [Recommended]
Kyber-1024 (NIST L5)256-bit quantum security
Kyber-768 Specifications
Public key: 1,184 bytes
Private key: 2,400 bytes
Ciphertext: 1,088 bytes
Shared secret: 32 bytes

Dilithium Signatures

NIST-selected digital signature scheme using Module-LWE/SIS lattice cryptography. Dilithium-3 recommended for 192-bit quantum security.

Dilithium-2 (NIST L1)128-bit quantum security
Dilithium-3 (NIST L3)192-bit [Recommended]
Dilithium-5 (NIST L5)256-bit quantum security
Dilithium-3 Specifications
Public key: 1,952 bytes
Private key: 4,000 bytes
Signature: 3,293 bytes
Algorithm: Lattice-based

SPHINCS+ Hash-Based Signatures

Stateless hash-based signature scheme based on FORS (Forest of Random Subsets) + WOTS+ (Winternitz One-Time Signature). Larger signatures but mathematically proven security. No key state management required.

SPHINCS+-128f
Fast variant, 128-bit security
SPHINCS+-192f
Fast variant, 192-bit security
SPHINCS+-256f
Fast variant, 256-bit security

API Security & Management

BYOK API Key Management

Bring Your Own Key (BYOK) for external LLM providers. Enterprise AI security with Fernet encryption (AES-128 CBC + HMAC-SHA256), PBKDF2HMAC key derivation (100,000 iterations), and automatic 90-day rotation. Your keys, your control, your security responsibility.

  • BYOK Support (100+ Providers): OpenAI, Anthropic (Claude), Google (Gemini), AWS Bedrock, Azure OpenAI, Mistral AI, Cohere, Groq, Together AI, Replicate, Deepseek, xAI (Grok), Perplexity, Fireworks AI, and 85+ more providers - all via your own API keys
  • Zero-downtime rotation: Grace period for migration, 90-day default cycle
  • 6 Status Types: Active, Inactive, Expired, Revoked, Suspended, Rotating
  • Complete audit trail: Usage tracking, cost monitoring, compliance reporting

AI-Specific Rate Limiting

Intelligent token-aware rate limiting with cost tracking and model-specific limits. Multi-dimensional control for Loom (our model) and BYOK external models.

7 Limit Dimensions
• Requests/minute
• Tokens/minute
• Tokens/day
• Cost/minute
• Cost/day
• Concurrent requests
• Model-specific
Cost Management
• Model-specific token pricing for Loom (our model) and BYOK models
• Real-time cost tracking and budget limits for all models

Infrastructure Security

Encryption at Rest

AES-256 encryption for all stored data. PBKDF2HMAC key derivation with 100,000 iterations.

TLS 1.3

All data in transit protected with TLS 1.3. Perfect forward secrecy with ephemeral key exchange.

EU Data Residency

100% EU-based infrastructure providing complete European data sovereignty. All data stored within EU borders. GDPR Article 25 compliance guaranteed.

On-Premise Deployment

For maximum security and control, deploy Dweve on your own infrastructure with complete European data sovereignty and no external API calls. Secure AI deployment with full source code access available from Enterprise Premium (€1.2M+) and all Sovereign tiers.

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