
The Canonical Architecture
At the center: a reasoning engine cycling through four phases:- Reason — Analyze the problem
- Plan — Design the approach
- Critique — Evaluate alternatives
- Act — Execute and learn
Multi-Model Reality
The architecture includes a Router connecting to multiple model providers — Anthropic, Google, OpenAI, xAI — alongside NVIDIA’s open models. No single model handles everything. Production systems route requests to specialized models based on task requirements:- Code to one model
- Reasoning to another
- Creativity to a third
Enterprise Deployments
Three examples demonstrated this pattern in production:- CodeRabbit — AI-powered code review integrating multiple LLMs with specialized fine-tuning
- CrowdStrike — Charlotte AI creates Hunt, Triage, and Recovery agents for security threats
- NetApp — Transforms unstructured enterprise documents into AI-ready knowledge graphs
Strategic Implication
Context engineering has replaced prompt engineering as the core skill. AI companies must think like systems integrators, not model trainers. The companies that master agent orchestration — routing the right task to the right model with the right context — capture the value. The “wrapper” isn’t a bug — it’s the product.This is part of a comprehensive analysis. Read the full analysis on The Business Engineer.
Frequently Asked Questions
What is the canonical architecture?
Reason — Analyze the problem. Plan — Design the approach. Critique — Evaluate alternatives
What is Multi-Model Reality?
Code to one model. Reasoning to another. Creativity to a third
What are the enterprise deployments?
CodeRabbit — AI-powered code review integrating multiple LLMs with specialized fine-tuning. CrowdStrike — Charlotte AI creates Hunt, Triage, and Recovery agents for security threats. NetApp — Transforms unstructured enterprise documents into AI-ready knowledge graphs









