Featured Work

From ambiguity to a working system

The engagements below are representative scenarios that illustrate how we approach a problem — published as our named client case studies go live. Every project starts the same way: a real constraint, a scoped system, and a measurable outcome.

Illustrative Engagement · Workflow Automation

Replacing manual triage with an AI-assisted operations workflow

Challenge

A logistics operator's support team manually routed and prioritized hundreds of daily requests, causing delayed responses during peak periods.

Approach

Designed a workflow automation layer with an AI classification step in front of their existing ticketing system, plus human review for edge cases.

Outcome

Manual triage removed from the critical path; the team now spends its time resolving requests instead of sorting them.

Illustrative Engagement · AI Product Engineering

A knowledge assistant grounded in real internal documentation

Challenge

A mid-market software company's support and sales teams relied on scattered internal docs, Slack threads, and tribal knowledge to answer product questions.

Approach

Built a retrieval-augmented assistant scoped to approved internal sources, with citations back to the source document on every answer.

Outcome

Faster, more consistent answers with a clear audit trail — and no answer presented without a traceable source.

Illustrative Engagement · Platform & Integration

Unifying three disconnected systems behind one API layer

Challenge

A growth-stage company's CRM, billing, and product analytics lived in three separate systems that didn't agree with each other.

Approach

Designed a composable integration layer with explicit contracts and a single source of truth for customer state.

Outcome

Teams work from one consistent customer record instead of reconciling spreadsheets before every leadership review.

Illustrative Engagement · Product Design & UX

Turning a cluttered admin dashboard into a usable operations console

Challenge

An internal operations tool had grown feature-by-feature for years; new hires needed weeks to become productive in it, and mistakes were common.

Approach

Ran task-based research with the operations team, rebuilt the information architecture around their actual workflows, and introduced a lightweight design system to keep it consistent as it grows.

Outcome

New team members reach baseline proficiency in days instead of weeks, and the most error-prone actions now require explicit confirmation.

Illustrative Engagement · Custom Software Development

Migrating a legacy monolith without a big-bang rewrite

Challenge

A ten-year-old monolith had become too risky to change confidently, but the business couldn't absorb a multi-quarter rewrite freeze.

Approach

Introduced a strangler-fig migration plan: new features shipped in a modern service layer behind a shared gateway, with automated regression tests covering the legacy core before any of it moved.

Outcome

The business kept shipping throughout the migration, with each extracted service independently tested, deployed, and owned.

Illustrative Engagement · Growth Engineering

Making a marketing site answer-engine-ready without a redesign

Challenge

A B2B marketing site had strong content but poor technical SEO/AEO health — slow renders, thin metadata, and no structured data — so it rarely got cited by AI answer engines.

Approach

Fixed rendering and Core Web Vitals issues, restructured pages around clear entity definitions and FAQs, and added structured data without touching the visual design.

Outcome

Pages became both faster for human visitors and easier for search and answer engines to parse and cite accurately.

Illustrative Engagement · AI Product Engineering

A scheduling assistant that only acts within explicit guardrails

Challenge

A services company wanted an AI assistant to handle appointment scheduling, but couldn't accept a system that might double-book or cancel without oversight.

Approach

Scoped the assistant to a narrow, reversible action set (propose, hold, confirm) with human approval required for cancellations, and logged every decision for audit.

Outcome

The team trusts the assistant with the repetitive 80% of scheduling, while every consequential action still passes through a person.

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