Technical AI Integration

Connect AI to the Systems You Already Run

Most AI programs generate output no one trusts because the integration was built around the demo, not the operating environment. We build the API layer, orchestration logic, and deployment architecture that connects AI to your actual workflows, with the governance boundaries and observability your teams can maintain.

The Integration Failure Pattern

The pilot works. The demo is clean. Then the team tries to connect it to real data, real permissions, and real workflows. The project stalls for months. The issue is almost never the AI model. It is the missing API layer, the undocumented auth boundaries, the LLM outputs that don't map to downstream systems, and the absence of anyone who owns the integration architecture. Integration built for a demo is a liability when it reaches production.

What Structural Integration Requires

Technical integration is not just connecting endpoints. It requires deliberate decisions across five dimensions before a single line of production code is written.

API Architecture

Who owns the API contract? What versioning, auth, and rate-limiting standards apply? Without deliberate API design, every new model or vendor creates a new integration debt.

Security & Permissions Boundaries

Where can the AI touch sensitive data? What audit trails are required? Governance gaps at the integration layer become compliance exposures at scale.

LLM Deployment Design

Which model for which use case? Self-hosted, managed, or API-based? Model selection without deployment architecture design creates vendor lock-in and runaway costs.

Orchestration & Workflow Logic

How does AI output get routed into your existing systems? Orchestration is where most integration programs break. Outputs end up in dashboards no one checks.

Observability & Drift Detection

When the model degrades, how do you know? What does failure look like in your system? Production AI without monitoring is a liability, not a capability.

Specific Engagements

Each offering goes deep on one area of this service. Start where the need is clearest.

API Development & Orchestration

Design and build the API layer and orchestration logic that connects AI models to your existing systems, with auth, rate limiting, and observability built in.

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Custom AI Integration

Integration designed around your specific data model, governance requirements, and stack. Used when off-the-shelf connectors break on your edge cases.

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LLM Implementation & Deployment

Model selection, deployment architecture, prompt engineering, and cost governance for LLM deployments, before the vendor contract locks you in.

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How an Integration Engagement Works

Four structured phases that build from architecture decisions to production deployment. Each phase has a defined deliverable before the next begins.

Phase 1
Week 1–2

Integration Architecture Review

We assess your current stack, data flows, and governance constraints to define what integration is actually feasible, not what looks good in a vendor pitch. The output is a gap map and architecture brief.

Integration Architecture Brief
Phase 2
Week 3–4

API & Orchestration Design

We design the API layer, auth model, orchestration logic, and deployment pattern before writing production code. Decisions made in design prevent rebuilds in production.

API Design Specification + Orchestration Plan
Phase 3
Week 5–10

Build & Integration

We build the integration on your infrastructure, connected to your systems, with full documentation. No black-box deployments. Your team should understand what they are maintaining.

Deployed Integration + Technical Documentation
Phase 4
Week 10+

Monitoring & Handoff

We configure observability, establish drift detection baselines, and hand off to your team with runbooks. The integration is yours, not ours to maintain indefinitely.

Monitoring Dashboard + Operations Runbook

Who This Is For

We would rather say this clearly than waste your time.

This engagement is right for you if...

  • Mid-market organizations with AI models or APIs that aren't connected to real workflows yet
  • Teams where the pilot worked but production deployment has stalled for weeks or months
  • Companies whose AI vendors delivered a model but not an integration
  • Engineering teams who need integration architecture support, not a replacement for their developers
  • Organizations where AI output lives in a dashboard that nobody checks

This is probably not the right fit if...

  • Startups building their first product. This engagement is designed for organizations with existing systems to integrate.
  • Companies wanting a managed AI service without owning the infrastructure
  • Teams looking for a vendor to build and own the integration long-term

Integration That Lasts Past the Demo

Start with an architecture review to understand what your stack can actually support before writing production code.