STRATT Protocol Overview

ELI5

STRATT is a way of writing prompts so that AI systems can talk to each other reliably. Think of it like a postal system for AI agents — every message has a strict format, a sender, a receiver, and a way to verify it hasn’t been tampered with.

Technical Deep Dive

Core Concepts

STRATT defines three layers:

1. Council — A domain of expertise (e.g., “protocol-mechanics”, “deployment”)
2. Unit — An atomic prompt with schema validation and a Blake3 fingerprint
3. Envelope — The wire-format wrapper that carries units between systems

Protocol Flow

┌─────────┐    ┌──────────┐    ┌─────────┐
│  Agent  │───→│  STRATT  │───→│  Agent  │
│   A     │    │ Envelope │    │   B     │
└─────────┘    └──────────┘    └─────────┘

Every envelope contains:

• A Blake3 fingerprint of the unit (integrity)
• A council identifier (routing)
• A priority flag (quality of service)
• A timestamp (ordering)

Key Terms

• Council: A logical grouping of related prompt units.
• Unit: The smallest indivisible prompt in STRATT.
• Fingerprint: A Blake3 hash that uniquely identifies a unit.
• Envelope: The container that carries a unit across the network.

Q&A

Q: Why does STRATT use Blake3 instead of SHA-256? A: Blake3 is faster on modern CPUs while providing the same 256-bit security margin. In a system where every message is hashed, speed matters.

Q: Can a unit belong to multiple councils? A: No. Units are council-scoped. Cross-council relationships are expressed through the related_by_concept field in CRUMB.

Examples

A minimal council definition:

council: protocol-mechanics
units:
  - id: packet-structure
    fingerprint: abc123...
    schema: packet.schema.json