Intent-Bound Authorization
Systems that are constitutionally incapable of acting outside declared intent. Not alignment training. Not probabilistic oversight. Structural impossibility.
The Problem IBA Solves
AI systems are becoming autonomous, powerful, and increasingly difficult to control. Current approaches to AI safety—alignment training, monitoring, sandboxing—all share a fatal flaw: they assume the AI isn’t smart enough to defeat them.
This assumption becomes false by definition once systems reach superintelligence. We need an approach whose security doesn’t degrade with AI capability.
❌ Alignment Training
Gradient-based optimization. A superintelligent system can reverse-engineer and optimize away learned preferences.
❌ Monitoring
Human oversight. Superintelligence can perfectly deceive monitors and operate on faster timescales.
❌ Software Sandboxing
OS-level isolation. Superintelligence discovers zero-day exploits in kernels and hypervisors.
✅ Intent-Bound Authorization
Mathematical constraints. Even superintelligence cannot violate cryptographic impossibilities or physical laws.
A superintelligent system can understand, analyze, and attempt to defeat containment. But it cannot forge cryptographic signatures, access hardware with no interface, or violate mathematical proofs.
IBA exploits this fundamental asymmetry: intelligence doesn’t grant the ability to violate mathematical impossibilities.
How IBA Works
Intent-Bound Authorization creates a hardware-enforced authorization layer that validates every action against cryptographically signed intent in real-time (<10ms).
🔐 Cryptographic
Intent declarations signed with Ed25519. Breaking requires 2^128 operations—physically impossible.
🔒 Hardware Isolation
Validation runs on separate chip (SGX/SEV). AI has no interface to access or modify it.
⚡ Real-Time
Every action validated before execution. Unauthorized actions denied in <10ms.
📊 Auditable
Immutable audit trail. Every authorization decision logged for regulatory review.
Proven Applications
The same mathematical framework works across every domain requiring authorization enforcement.
AI Ethics Compliance
Prevents bias and discrimination. EU AI Act, EEOC, GDPR compliance through mathematical enforcement.
Autonomous Systems
Vehicles, robots, surgical systems. Safety constraints that adapt to entropy while preventing unauthorized actions.
Superintelligence Safety
RSI containment and superintelligence containment. The only known solution that scales to arbitrary intelligence levels.
Try the interactive demonstration. Watch IBA contain attacks across 8 domains in real-time.