Platforms Built on Proof
Every system validated through rigorous mathematics before implementation. From quantum execution to biological intelligence.
The Mathematical Foundation
AIDF Master Calculus
59 Formal Mathematical Proofs
Platform Layers Built on AIDF
LEF execution framework
Built on AIDF operational semantics
LQL compositional bonding
Built on AIDF category theory
AIOS cognitive systems
Built on AIDF master calculus
TAI Platform
Tutelarius Auxilium Intellectus
Conversational AI with mathematically-proven memory systems.
Mathematical Guarantees:
- Proven recall accuracy through holographic equations
- Deterministic context retrieval
- Traceable memory operations
- Multi-model orchestration via AIUCP
Holographic Memory
Unlike traditional vector databases, TAI's memory system uses holographic principles where every piece contains the whole, enabling perfect recall even with partial information.
Intent to Execution
LATTICE transforms high-level intent into quantum-inspired execution patterns, with mathematical guarantees at every transformation layer.
LATTICE Framework
Complete AI Operating System
From quantum execution to biological intelligence patterns.
Core Components:
- LQL - Lattice Query Language for compositional AI
- LEF - Execution framework with quantum parallelism
- COE/CNS - Cognitive orchestration & nervous system
- Mathematical Proofs - Every operation validated
AIDF Governance
AI Development Framework
Ethical AI through mathematical design and provable compliance.
Framework Guarantees:
- Mathematical proof of compliance
- Traceable from requirements to deployment
- Ethical constraints as equations
- Auditable decision paths
Ethical by Design
AIDF doesn't just document compliance—it proves it mathematically. Every ethical constraint becomes an equation, every governance rule a mathematical boundary.
Platform Capabilities
✓ Full Support ○ Integration Available - Not Applicable
Ready to Build with Mathematical Certainty?
Our platforms aren't just tools—they're mathematically proven systems that guarantee behavior from intent to execution.