For the model that still has to reach your systems
AI Integration Services
A model proven in isolation is worthless sitting outside the systems your team actually works in every day. This practice wires it in with a data contract, error handling and a fallback for the moment it goes quiet. That applies whether it is one CRM or an integration that keeps breaking on updates.
How a model connection survives a provider update
A data contract, a tested fallback and the monitoring that catches a break early.
90 secSample frame · video pending01Before any contract is written
The integration decision worth making explicit
Wiring a model into a live system is not a small technical detail. Three checks decide whether the integration is ready to start.
Is the model itself already proven?
Wiring an unproven model into a CRM only spreads a problem that has not been solved yet.
What happens if the model fails mid-workflow?
A fallback path has to exist before launch, or a model outage becomes a business outage by default.
Who owns the data contract between systems?
Every field exchanged needs an owner, or a schema change on either side breaks the integration silently.
02Agreed before any system is touched
The ledger that keeps integration honest
Every integration engagement names the split before a connection exists: the systems you bring, what gets engineered between them, what you receive, and what stays under your rules.
- Your side
You bring
- The model or AI service already chosen
- Access to the CRM, ERP or internal system
- The workflow the integration is meant to change
- Our side
We build
- An integration layer with a defined data contract
- Fallback behaviour for when the model is unavailable
- Error handling that does not corrupt existing records
- Your side
You receive
- A live integration inside the system your team uses
- A documented contract for every field exchanged
- A tested fallback path for model downtime
Never leaves you
- The CRM or ERP and its data model
- Business rules the integration must respect
- Final approval before the integration goes live
Where the line sitsWe wire the model in safely. What the system does with the result stays governed by your existing rules.
03Three drivers, not a rate card
What actually drives integration cost
Integration work is priced against the assessment, not a template, because these three factors change the effort involved by multiples.
Number of systems being connected
One CRM integration is simpler than middleware serving several platforms with different data models and constraints.
Fallback and resilience requirements
A best-effort connection is faster to build than one engineered to survive every plausible model outage.
Data contract complexity
A handful of simple fields is quick to specify. A contract spanning many systems and edge cases takes materially longer.
04Evidence and proof
Integrations still standing after the model provider's next update.
Integration proof is a contract that survived a real change, not a connection that only worked on launch day. Every record here is a preview awaiting the client's written approval.
Explore case studies
A clinical model finally reached the record system clinicians actually use.
Koru Health had a working extraction model sitting outside their patient record system. A contract-tested integration put its output where clinicians could see it.
- Manual re-entry avoided
- Across every processed record
- Integration outages since launch
- Zero

A brittle model connection stopped breaking on every vendor update.
Nexa Foundry's integration failed every time the model provider shipped an update. A rebuilt, contract-tested connection absorbed the next update without an incident.
- Incidents from provider updates
- Reduced to zero
- Fallback coverage
- Every downstream system
The integration kept working through two model provider updates we did not plan for. That is the part nobody warns you needs engineering.
Sample · pending client approval
05Read this first
When integration work is the wrong starting point
Selling a one-time integration to a model with no owner watching it afterwards would cost more than it earns us in trust. Alternative starting points are marked before any pitch.
- Managed AI Services
The model is already live and needs an owner
Ongoing operation, drift monitoring and cost management belong to managed AI services, not a one-time integration build.
- Machine Learning Development
No model exists yet to integrate
Building the model itself, rather than wiring one in, belongs to machine learning development instead.
- AI Consulting
The use case itself is still unproven
Rank and test it first, so the integration gets built around a case that has already earned it.
| Shape | Best when | You direct | We carry |
|---|---|---|---|
| Scoped build | The systems and contract are settled | Priorities and sign-off | Contract design, engineering, testing |
| Delivery pod | Integrations expand as more systems connect | Product decisions each cycle | Engineering, testing, releases |
| Team extension | Your leads already run integration work well | Architecture and standards | Named engineers and continuity |
06Straight answers
Asked before a model gets wired anywhere.
01How is integration different from managed AI services?
Integration wires a model into your existing systems once, with a tested contract and fallback. Managed AI services then operate that connection over time: watching cost, drift and quality. Many clients start with integration and add managed operation once something is live.
02Do you build the model, or just connect it?
This practice connects an existing model, whether hosted, open-source or already trained by another team. Building the model itself, when none exists yet, is a separate practice with a different scope and skill set.
03What happens if the model provider changes their API?
The integration is contract-tested against version changes, so most updates get absorbed automatically. Where a change breaks the contract, monitoring catches it immediately rather than after a downstream system starts failing.
04Can you integrate a model into a legacy CRM or ERP?
Yes, and it is one of the more common requests. The integration is engineered to respect the legacy system's data model and business rules, rather than asking you to replace either.
05What does an integration project cost?
Scoped work is priced against the number of systems, fallback requirements and contract complexity, from the assessment. Ongoing delivery is billed monthly against a scope that moves with each new system connected.
06How do you prevent one integration from breaking others?
Through a documented, owned data contract for every field exchanged. A schema change on either side is caught against that contract before it reaches a system nobody expected to be affected.
07Do you support multiple models behind one integration layer?
Yes, through a middleware layer with one consistent contract, shared fallback behaviour and a single view of cost and latency across every model it serves.
