RESEARCH AND DEVELOPMENT

Abstract art representing AI research and brain mechanics

OUTPUT 001: [CHINCHILLA] MODEL WEIGHT ENCRYPTION PROTOCOL

Chinchilla model representing the encryption protocol

BREAKTHROUGH: SCALABLE AI ENCRYPTION

We've solved the fundamental challenge of AI privacy: how to run encrypted inference at scale without prohibitive computational overhead.

THE PROBLEM

Current AI privacy solutions don't scale:

  • Homomorphic Encryption: 100-1000x slower
  • Secure Enclaves: Hardware lock-in, <312MB limits
  • Policy-Based Privacy: Soft trust, policy changes

OUR INNOVATION

Unique model weight encryption enabling:

  • End-to-end encrypted AI inference
  • <5% performance overhead
  • Compatible with standard cloud infrastructure
  • Proven on LLaMA models up to 70B parameters

TECHNICAL APPROACH

Input Text
The quick brown fox
Permutation
P
Token IDs
17 7 9 3
Permuted Embedding Layer
9 3 17 7
Model
Permuted lm.head
Inverse Permutation
P-1
Output
jumps over the lazy dog

VALIDATION

  • ✓ VLLM integration
  • ✓ Compatible with OpenAI API standards
  • ✓ Ready for private enterprise deployments on dedicated hardware

COMPETITIVE ADVANTAGE

Our model weight encryption protocol delivers enterprise-grade AI privacy without the crushing performance penalties of Fully Homomorphic Encryption (100-1000x slower) or the hardware constraints of Secure Enclaves (<312MB limits), achieving near-native performance on standard cloud infrastructure while maintaining complete cryptographic privacy.