Signature Decision Wedge

Architecture & AI Readiness

Determine where AI makes sense and what architecture is required to support it before you start building.

Timeline: 3 to 5 weeks
Model: Fixed Scope & Deliverable
Confidentiality: Clean-Room NDA Protocol

Generative AI is a systems engineering problem, not just a model selection problem. Before you commit significant engineering resources to an AI initiative, you must determine if your current architecture, data pipelines, and infrastructure can support it—and whether the unit economics make sense.

We evaluate your systems for AI readiness, architectural scalability, and commercial viability. We don't just tell you which LLM to use; we tell you what needs to be fixed in your data ingestion, retrieval pipelines, and service boundaries to make AI work in production without destroying margins or creating unacceptable latency.

When Decision-Makers Call Us

Engagements are usually triggered by an upcoming capital commitment, an inflection point in scale, or a high-stakes disagreement.

You need to integrate AI but aren’t sure if your data and architecture are ready.
You are outgrowing your current architecture and need a migration plan.
You want to validate the unit economics of an AI feature before committing engineers.

What You Leave Knowing

  • Where AI genuinely makes sense and creates commercial value
  • What specific architecture is required to support the initiative
  • What data limitations or quality issues currently block progress
  • What security, latency, and operational risks exist
  • Whether the unit economics of the proposed system actually work
  • What exact components should be built first

Decision Deliverables

Decision Deliverables

An actionable architecture and AI strategy that defines the minimum viable path to production.

Real-World Engagement Teardown

An illustrative example of the problems we encounter, what our inspection uncovers, and the business outcome delivered.

Applied AI & Intelligent Systems Anonymized Case Teardown

Auditing an Unstable LLM Workflow and Restructuring RAG Architecture

The Context

A legal tech firm built an LLM document intelligence feature that suffered from 22% hallucination rates, 15-second latency, and unsustainable token costs.

What Was Assumed

The engineering team believed they needed to train a custom open-source foundation model from scratch to improve accuracy.

Underlying Reality Uncovered

The root issue was naive chunking and arbitrary embedding retrieval. The system was dumping raw 2,000-token chunks into prompts without semantic boundary detection or metadata filtering, overwhelming model context windows with irrelevant text.

Our Intervention & Outcome

Hallucinations dropped below 1.5%, latency was cut from 15 seconds to 1.8 seconds, and monthly OpenAI API costs decreased by 68% by eliminating redundant prompt tokens.

Who It's For

  • Engineering leadership planning a major architectural transition
  • Product teams wanting to integrate LLMs or GenAI without destroying margins
  • Companies needing to know if their current data infrastructure can support AI

Facing a critical technology decision?

Tell us about the system, constraints, and timeline. We'll follow up with clear scoping and no sales pitch.

Request an Architecture & AI Assessment