Senior engineering help for the parts of your system that are stuck

Software consulting is what you hire when you already have engineers and a working system, and something about it stopped working the way it used to.

It isn't staff augmentation. You're not renting a pair of hands to grind through a ticket queue, and we're not going to quietly turn into a permanent line item on your budget. What you're buying is judgment about a system, delivered in writing, plus hands on the keyboard wherever that speeds up the plan.

We're also not here to sell you a rewrite. A rewrite is the most expensive answer to nearly every question teams bring us, and it's usually the wrong one. You'd be trading problems you understand for problems you haven't met yet, and doing it while the old system still needs maintaining. We recommend a rewrite only when the current system can't be changed safely at all, and we write down why so you can argue with it.

Teams call for a small number of recognizable reasons. Naming yours shortens the first conversation.

Releases have gotten frightening. Deploys happen at night. Somebody watches a dashboard afterward. Rolling back means writing a hotfix, so nobody rolls back. Release frequency drops, batches get bigger, and every release gets riskier. It's a loop that tightens on itself.

One person is the system. Every estimate routes through them. They can't take a real vacation. Onboarding a new engineer means occupying the one person who could have been building.

The roadmap stopped moving. Every feature takes longer than the last and nobody can point at why. Your team is working as hard as ever and shipping less. That's demoralizing in a specific way, and it shows up in retention before it shows up in any metric you're tracking.

The architecture or the cloud bill stopped making sense. Something got designed for a load that never arrived, or for one that did arrive and then didn't stick around. Either way the shape of the system no longer matches the shape of the problem.

A decision is too big to guess at. Rewrite or refactor. Split the monolith or leave it alone. Build or buy. Hire or contract. Your team has an opinion and nobody outside to test it against.

A review has a fixed scope and ends in a written document with a date on it. It's not an open-ended engagement that stops whenever the budget does.

We read the code with your team's map in hand, because a codebase read cold produces confident wrong conclusions. We deploy the system ourselves, end to end, from a clean machine. How a system reaches production tells you more about its health than the source ever will. We read the incident history and the on-call log, which is the honest record of where it hurts. We interview engineers one at a time and then together. The gap between those two conversations is where the real problem lives. And we look hard at the data model, since that's the part that gets expensive to change later.

What you get is a ranked list of findings, ordered by risk against effort, cheap and urgent things at the top, plus a clear statement of what we recommend you leave alone. A review that lists thirty problems and no priorities is easy to write and impossible to act on.

We write down what's working, too. Teams under pressure lose track of the parts of their system that are genuinely good. Protecting those through a change program matters as much as fixing the rest.

When releases keep breaking, we fix the path to production before we touch a line of application code.

The order almost never changes. A build that reproduces on any machine. A pipeline that runs the test suite on every change. An environment that looks enough like production to be worth trusting. A rollback that takes one step and no improvisation. Error tracking that surfaces failures before a customer emails support. Only then do we go near the code. Until you can deploy safely, you can't fix anything safely.

Most systems people describe as unmaintainable are actually undeployable. The code is ordinary. The route to production is a sequence of steps living in one person's head, half of them undocumented, one of them a manual database change nobody ever wrote down. Fix the route and the code stops being terrifying.

Rescue work is where we're most conservative. A system in trouble doesn't need a new framework. It needs fewer moving parts, a way to see what's happening inside it, and a way to undo a mistake.

A bus factor of one is a documentation problem wearing a staffing problem's clothes. Hiring a second engineer doesn't fix it on its own, because there's nothing for the new person to read.

So we pair with the engineer who holds the knowledge and write down whatever surfaces while we work. Undocumented decisions become short architecture records: the choice, the alternatives, the reason. That way the next person doesn't relitigate a settled question or accidentally undo it. We build an onboarding path and then have somebody actually walk it. An onboarding doc nobody has followed is fiction.

Success here is concrete. An engineer who isn't the expert takes a real change through the hardest part of the system and ships it without asking the expert. Until that happens, nothing has transferred.

This is also the kindest engagement we run. Being the only person who understands a system sounds like job security and works like a trap. The person in that seat is usually the most relieved when it's over.

Not all technical debt is worth paying off. The debt worth paying is the debt you keep touching.

An ugly module nobody has opened in two years costs you nothing. It isn't charging interest. An ugly module three engineers modify every sprint charges interest weekly, in slower changes, more bugs, and longer reviews. We map how often each area changes against how hard it is to change, then recommend work at the intersection.

Everything outside that intersection gets left alone, in writing, with reasons. That part of the document matters more than the fix list does. The most common way a cleanup effort fails is a team burning a quarter refactoring code that was never in the way, then having nothing anyone can see at the end of it.

Accessibility comes up in most engagements whether anyone put it in scope or not. A procurement questionnaire lands, a demand letter arrives, or a redesign is about to bake the same problems into a new design system.

So we flag what we see while we're already in the code. Contrast that fails at Level AA, modals that never move keyboard focus, form errors that render in red and get announced to nobody, div elements wearing a button role. These are component-level problems almost every time, which means the fix belongs in the shared component and the design tokens and not in the eighty places the broken thing got used.

That's the consulting-sized version. When you need the full treatment, a manual WCAG 2.2 audit with NVDA, JAWS, and VoiceOver, remediation and a verified retest, a VPAT or Section 508 conformance report, or automated checks wired into CI, that's a separate engagement and it's written up at /accessibility-testing. Worth saying plainly here too: we test and document conformance against a published standard. We don't guarantee legal outcomes.

Your engineers see every finding before leadership does. Nobody should learn what an outside consultant thinks of their work from a slide in a meeting they weren't invited to.

We join the standups you already run and don't invent parallel ceremonies. Our pull requests go through your review process, and your engineers reject them when they should. We use your ticketing, your branching model, and your conventions, even where we'd have chosen differently. Code that matches the rest of your codebase is worth more than code we happen to like.

There's a reason for this beyond politeness. The engineers working in a system every day already know most of what a review will find. What they don't have is an outside voice saying it in a room where a decision can actually get made. Half our job is carrying a message your team has been trying to send, with the credibility of someone who has no stake in last year's decisions.

Two shapes. A fixed-scope review with a defined deliverable and an end date, or a recurring block of senior time each month.

The review is the cheapest way to find out whether we're any use to you. It's bounded, it produces a document you keep, and it obligates you to nothing afterward. Plenty of reviews end with the team executing the recommendations themselves. Good outcome. Not a lost sale.

The ongoing shape is a standing block of hours. Design review before work starts, pull request review while it happens, escalation when something breaks, and mentoring for engineers growing into more senior work. It suits teams with capable people and nobody more senior to check decisions against.

Either way, the engagement is written to end. If we're still structurally necessary a year in, something went wrong. Success is your team executing the roadmap and making the next hard call without us in the room.