Architecture review and rescue
An independent read on a build that is slipping or heading somewhere expensive. The output is a ranked assessment of what is actually wrong, with effort and risk against each item.
Salesforce Technical Architecture
I work on Salesforce programmes that have grown complicated: integrations that need redesigning, releases that have slowed down, data models that no longer fit. Sixteen years building enterprise systems, ten of them on Salesforce, across banking, insurance, telecoms, public sector, and maritime.
Selected engagements
Engagements delivered directly and through consultancy partners. References available on request.
Where programmes get stuck
It is usually the parts nobody owns. Integrations built for a pilot and never revisited. Automation layered on automation until no one can say what a save actually does. A data model that suited one country and now blocks four.
This tends to surface as a delivery problem: releases slip, defects reopen, the team is busy and shipping little. The cause is normally architectural, and it does not resolve by adding people.
Find the constraint, remove it, and leave the team able to keep going without me.
What I do
An independent read on a build that is slipping or heading somewhere expensive. The output is a ranked assessment of what is actually wrong, with effort and risk against each item.
Point to point sprawl, batch jobs nobody owns, and sync patterns that will not survive the next volume step. Rebuilt around explicit contracts, idempotency, replay, and failure you can see.
Ingestion, identity resolution, and activation designed for production rather than for a demo. Consumption cost and GDPR treated as design constraints, because retrofitting either is expensive.
Environment strategy, branching, and CI/CD that a multi vendor team can actually follow. Gearset, Copado, and AutoRabbit, with AI used to shorten review and catch regressions earlier.
Two different things. Agentforce for customer facing automation when the use case suits it. General purpose models inside the delivery pipeline, which is where most of the measurable gain sits today.
AI
Specification review, test generation, metadata diffing, release notes, pull request analysis. Work that is repetitive, well bounded, and cheap to verify. That is where models are dependable now, and it compounds quietly.
Track record
Get in touch
A short description of where the programme is stuck is enough to start. If I am not the right person for it, I will say so.