//Core
Last updated
Last updated
Core represents a fundamentally different approach to artificial intelligence, built on three interconnected pillars that redefine how AI systems process, understand, and evolve.
Core's architecture consists of three key components working in harmony:
Bowtie Architecture - Memory management and concept formation
Reasoning Cluster - Synthetic brain for complex cognitive processes
Model Orchestration - Intelligent task distribution across specialized models
Rethinking Memory and Evolution
The Bowtie Architecture is our proprietary system for memory management that processes information through three distinct components:
Left Side
Semantic relationships and explicit connections
Center
Core concept distillation and fundamental elements
Right Side
Vector similarity connections and abstract feature matching
Information is stored in two complementary formats:
Semantic Vectors - Preserve explicit meaning and relationships
Abstract Concept Nodes - Strip away unnecessary text while maintaining essential vectorial features
The right side introduces completely detached vectorial features that can:
Mix and match with vectorially-similar memories
Create unexpected connections between unrelated concepts
Identify latent properties through mathematical structure matching
Enable creative leaps in understanding and problem-solving
When these networks interact through the bowtie's center, novel connections emerge organically. The system evolves and adapts over time, mimicking human cognition for genuine learning and discovery.
The Heart of Core
The Reasoning Cluster serves as Core's synthetic brain, orchestrating cognitive processes through:
Decision Trees - Identify optimal models for any query
Memory Creation - Build memories using Bowtie architecture
Neural Connections - Form links between concepts and ideas
Conceptual Graph - Maintain and evolve knowledge relationships
Sophistication Bias - Ensures efficient and effective model selection
Parallel Processing - Models work simultaneously for dynamic adaptation
Performance Standards - Maintains high-quality output while adapting to new information
Transparency - Provides clear reasoning paths for decision-making
Task Distribution
Core's orchestration system coordinates dozens of specialized models through:
Dynamic Query Decomposition - Breaks complex problems into manageable components
Flexible Framework - Plug-and-play integration for new models
Reduced Overhead - Optimizes computational efficiency
Statistical Models
Numerical prediction
Classification tasks
Time series analysis
Perception Models
Visual processing
Audio processing
Sensor data interpretation
Domain-Specific Models
Industry-specific applications
Specialized task handling
Custom problem-solving
The orchestration layer continuously:
Analyzes Queries - Determines required cognitive functions
Routes Tasks - Directs work to appropriate models
Monitors Performance - Maintains detailed profiles and metrics
Allocates Resources - Ensures optimal system efficiency
Intelligent information compression
Dual representation system
Eliminates redundant data storage
Cross-domain knowledge transfer
Creative problem-solving capabilities
Adaptive learning mechanisms
Modular model integration
Dynamic resource allocation
Performance-based optimization
Input Processing - Bowtie Architecture processes and stores information
Query Analysis - Reasoning Cluster determines optimal approach
Task Distribution - Model Orchestration routes work to specialized models
Memory Integration - Results feed back into evolving knowledge system
Continuous Learning - System adapts and improves over time
This integrated approach creates a living, breathing AI system that continuously develops and refines its understanding while maintaining high performance and efficiency.
