Framework

A.C.E Specification

Agency-Cognition-Emergence

A.C.E is an intelligence-first specification framework for defining AI/ML systems. Unlike traditional ML frameworks that focus primarily on implementation patterns, A.C.E emphasizes cognitive capabilities and systematic evolution.

The framework evolved from ADE (Agency-Differentiation-Emergence), with "Cognition" replacing "Differentiation" to better reflect intelligence-focused design. This shift represents a fundamental reorientation: we begin with what the system needs to understand, not just what it needs to do.

Intelligence-first design begins with cognitive capabilities and descends into implementation—not the reverse. We ask "what must this system understand?" before "what must this system compute?"

Framework Structure

1. Arena

The operating context in which an intelligence system exists. The Arena defines boundaries, constraints, and the rules of engagement with the environment.

arena:
boundaries: operational limits, interface definitions
dynamics: rules, specifications, constraints
interfaces: observables, actionables

2. Agency

How the system interacts with its environment. Agency encompasses perception (sensors) and action (effectors)—the system's capacity to observe and influence.

agency:
sensors: [stream, batch, api, event]
effectors: [sync, async, batch]
interfaces: schemas, configurations, SLAs

3. Cognition

The system's capacity for understanding. Cognition encompasses pattern recognition, knowledge representation, and reasoning mechanisms—the thinking layer.

cognition:
processes: named cognitive operations
features: input representations
knowledge_base: accumulated understanding

4. Emergence

How the system learns and evolves. Emergence captures adaptation strategies, feedback integration, and systematic evolution—the capacity for growth.

emergence:
learners: adaptation mechanisms
strategy: learning approach
feedback: integration patterns

Pattern System

Patterns are reusable intelligence templates that can be composed and customized. They represent proven approaches to common cognitive challenges.

Multi-layer Detection
Hierarchical pattern recognition
Incremental Learning
Continuous adaptation from feedback
Feedback Loops
Closed-loop refinement cycles
Knowledge Integration
Synthesizing multiple sources

Key Benefits

Standardization
Common interface for intelligence systems. Consistent patterns across implementations. Clear validation rules.
Intelligence-First Design
Focus on cognitive capabilities rather than implementation mechanics. Pattern-based architecture that evolves naturally.
Cross-Platform Support
Language-agnostic specifications. Framework-independent patterns. Consistent behavior across implementations.

Project Structure

ace-spec/
├── specifications/ # Core ACE specs
├── schemas/ # JSON Schema definitions
├── patterns/ # Intelligence patterns
├── examples/ # Implementation examples
├── docs/ # Documentation
└── validation/ # Validation rules
Resources
GitLab Repository →← All Frameworks