Custom integrations and API work
Purpose-built APIs, webhooks, authentication flows, and system connections when native connectors stop short.
Custom integrations · data workflows · business software
I design and deliver custom integrations, data workflows, migrations, and software components when off-the-shelf tools are no longer enough. Work can be direct with your team or alongside your agency or consulting partner.
Capabilities
The work usually sits between platforms: connections, business rules, data quality, and failure handling that standard configuration cannot carry cleanly.
Purpose-built APIs, webhooks, authentication flows, and system connections when native connectors stop short.
Data mapping, normalization, deduplication, reconciliation, and controlled migration without wishful thinking about source quality.
Structured extraction and classification, with AI where it is useful and confidence thresholds, human review, and audit context where judgment matters.
Custom logic, retries, exception handling, idempotency, logging, and tests for workflows that need to survive real operating conditions.
Ways to work together
Some engagements begin with a business that needs a system built or connected. Others begin with an agency or consultant whose delivery needs deeper engineering. In either case, the scope is bounded and the finish line is written down.
I can work directly with the business owner, operator, or technical lead responsible for the outcome and the systems involved.
When an agency or consulting partner is leading the work, I can contribute behind the scenes or operate white-label within the agreed communication model.
Projects are priced against written deliverables and objective acceptance criteria—not an open-ended backlog.
Testing evidence, implementation notes, operating guidance, and known constraints arrive with the working system. New functionality is new scope.
How an engagement works
Understand the outcome, define done, build carefully, and transfer ownership with evidence.
Confirm the business outcome, stakeholders, constraints, and whether the work belongs here.
Inspect systems, data, access, edge cases, and the current toolchain's failure point.
Define deliverables, boundaries, assumptions, responsibilities, price, and observable completion criteria.
Build the difficult layer, test happy paths and failure paths, and document important decisions.
Transfer code, configuration, test evidence, operating notes, and the agreed walkthrough.
Correct defects against the accepted scope during the short warranty window. New requests remain new scope.
Reference implementations
Synthetic examples showing how the work is structured. These are reference implementations—not customer case studies or performance claims.
Reference implementation 01
A controlled intake layer for organizations receiving records from multiple forms, inboxes, and uneven sources.
Production controls
Reference implementation 02
A reviewable pipeline that turns inbound messages and attachments into structured CRM-ready records.
Production controls
All systems, records, and workflow details above are synthetic. No customer identity, testimonial, outcome, or revenue impact is implied.
Fit and non-fit
The best engagements have a valuable outcome, an engineering-shaped gap, accessible systems, and an objective definition of done.
Senior engineering, kept deliberately simple
Led by a senior engineer with three decades of software development, architecture, and technical leadership experience. The work combines pragmatic implementation with the reliability, security, and documentation expected of production systems.
Engagements are selected for clear boundaries, practical access, and a result the receiving team can genuinely own.
Start with the work
Describe the outcome, the systems involved, and where the current approach stops being reliable or practical.