Built from the Ground Up for Security
Deep dive into the architecture, AI models, and security engineering that makes AirClave the most secure AI platform available.
System Architecture
A layered security model ensures defense in depth at every level.
Secure Boot Loader
Cryptographically verified boot process ensures only authorized code runs.
System Partition
Read-only operating system and AI runtime. Cannot be modified by users.
Data Partition
Encrypted user data storage with AES-256. Only accessible after authentication.
AI Engine
Optimized inference runtime for local LLM execution. GPU/CPU hybrid processing.
Network Controller
Hardware-level network isolation with physical kill-switch override.
Audit System
Tamper-proof logging with cryptographic integrity verification.
Dual Partition Design
The AirClave device uses a dual-partition architecture that separates the immutable system from user data. This ensures the AI runtime cannot be tampered with while keeping your data encrypted and isolated.
- System partition is cryptographically signed
- Data partition uses full-disk encryption
- Secure boot verifies integrity on every start
- Physical separation of concerns
OS → AI Runtime → Security Modules
User Files → Conversations → Custom Models
AI Model Library
Optimized models for different use cases. All run entirely offline with no cloud dependency.
| Model | Parameters | Best For |
|---|---|---|
| AirClave-7B | 7 Billion | General assistance, document analysis |
| AirClave-13B | 13 Billion | Complex reasoning, code generation |
| AirClave-Code | 15 Billion | Software development, technical docs |
| AirClave-Med | 7 Billion | Healthcare-specific terminology |
| AirClave-Legal | 7 Billion | Legal document analysis |
Want the Technical Deep Dive?
Download our technical whitepaper for complete architecture details, security model documentation, and integration guides.