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Custom Software Development

We design and build custom software from the ground up, internal tools, customer-facing platforms, and mission-critical systems tailored to your workflows. Every architecture decision is made with your scale, budget, and team in mind, so what we ship keeps working long after launch day.

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The expensive part was never writing the code

Off-the-shelf tools cover the eighty percent of work that every company shares. The remaining twenty percent is usually the part you actually compete on, and it is where teams end up with a spreadsheet, four integrations, and someone whose real job is copying data between systems.

We build that twenty percent properly: a system shaped around how your team already works, sized to the scale you actually have, and documented well enough that whoever inherits it can change it without calling us first.

2 wks

Discovery before any production code is written

Every 2 wks

Something usable in production, not a status update

Yours

Code, infrastructure, and documentation you own outright

Handover

Built so your team can take it over whenever you want

What's included

Bespoke systems engineered around how your business actually operates, not the other way around.

Requirements discovery & technical architecture
Full-stack web and desktop application development
Legacy system modernization & re-platforming
API design and third-party system integration
Quality engineering & automated testing
Long-term maintenance and support contracts

Four habits that keep a build from going sideways

None of these are clever. Most overruns we are called in to rescue skipped one of them rather than hitting a genuinely hard technical problem.

01

Learn the work first

We sit with the people doing the job today, including the workarounds they are slightly embarrassed to show us. Those workarounds are the real requirements.

02

Boring architecture on purpose

We pick the least interesting technology that solves the problem. Novelty is a bill your team pays every time someone new joins or something breaks at 2am.

03

Ship in thin slices

One narrow path runs end to end in production within weeks, then real functionality lands every sprint. Long invisible phases are how six-month projects become eighteen-month ones.

04

Plan the handover early

Runbooks, architecture notes, and pairing from the start rather than a document dump at the end. If leaving us were hard, we would have built it wrong.

Systems built for one business, not for a market of them

Six shapes of work that cover most custom builds, from a first internal tool to replacing the system that has quietly run the company for a decade.

Modernization path

Capabilities carved out of the old system one at a time, so nothing depends on a single risky cutover weekend.

Quality gates

Tests, type checks, and dependency scans run on every merge, which is what keeps release day boring.

Integration surface

One documented contract for each system you already run, instead of credentials pasted into five codebases.

Discovery & architecture

A short, paid engagement that turns a rough idea into a costed plan, including an honest answer about which parts you should buy instead of build.

  • Workflow, data, and edge-case mapping
  • Architecture decisions written down with tradeoffs
  • Costed delivery plan with a phase-one scope

Web & internal platforms

The systems your business runs on: customer portals, admin consoles, and operational tooling that replaces the spreadsheet nobody trusts anymore.

  • Customer portals and admin consoles
  • Roles, permissions, and audit trails
  • Search, reporting, and bulk operations

Legacy modernization

Replacing a system that still works but nobody dares touch, one capability at a time, with the old and new running side by side until the last one moves.

  • Incremental extraction, module by module
  • Data migration with reconciliation checks
  • Cutover plans that do not need a weekend

Integrations & APIs

Making your systems agree with each other: one documented contract per integration, with the retries and failure handling that decide whether it holds up.

  • REST, GraphQL, and event-driven API design
  • ERP, CRM, payment, and logistics integrations
  • Webhooks, queues, and idempotent retries

Quality engineering

The gates that make release day uneventful. Tests where they earn their keep, plus load and failure testing before real traffic finds the limits for you.

  • Test strategy and CI gates on every merge
  • Load, soak, and failure-mode testing
  • Type safety, static analysis, and code review standards

Security, reliability & support

What keeps a system trustworthy after launch: least-privilege access, dependency hygiene, monitoring that pages a human, and a retainer with response targets.

  • Threat modeling and access review
  • Dependency, secret, and vulnerability scanning
  • Monitoring, alerting, and on-call runbooks

From a whiteboard workflow to a system in production

A first release usually lands in eight to twelve weeks. The first two are spent making sure we are building the right thing, which is the cheapest time to change our minds.

Stage 01

2 weeks

Discovery & shaping

We map the workflow as it really runs, model the data behind it, and write down the architecture decisions with their tradeoffs. You get a costed plan and a clear phase one.

  • Workflow and data model map
  • Architecture decision record
  • Costed scope with build-vs-buy calls
Stage 02

2–3 weeks

Thin slice to production

One real workflow goes live end to end: auth, environments, deploys, and monitoring included. Everything after this is added to a system that already ships.

  • Deployed application with CI/CD
  • Auth, environments, and observability
  • One complete workflow you can click through
Stage 03

4–8 weeks

Build out & harden

The rest of the scope in reviewable increments, then the unglamorous part: load testing, failure handling, and a security review with the findings actually fixed.

  • Feature-complete release
  • Test suite and load test results
  • Security review with remediations
Stage 04

Ongoing

Handover & support

Runbooks, architecture documentation, and pairing sessions with your engineers, then a support agreement sized to how critical the system is.

  • Runbooks and architecture documentation
  • Enablement sessions with your team
  • Support agreement with response targets

Outcomes we optimize for

A system that matches how your team works instead of forcing a workaround

Manual steps and spreadsheet handoffs removed from the critical path

Code, infrastructure, and documentation your team fully owns

A codebase where the next change takes days rather than a rewrite

What we build it with

The tools we reach for on Custom Software work, picked for the problem in front of us and for the team who inherits the code.

01

Application layer

Interfaces your team lives in all day

  • TypeScript
  • React
  • Next.js
  • Tailwind CSS
  • Storybook
02

Services and APIs

The contracts everything else depends on

  • Node.js
  • Go
  • NestJS
  • tRPC
  • GraphQL
03

Data

Schema and state that survive the next rewrite

  • PostgreSQL
  • Drizzle
  • Redis
  • Elasticsearch
04

Platform

How it ships and how you know it is healthy

  • Docker
  • Kubernetes
  • GitHub Actions
  • AWS
  • Datadog

Questions we get in the first call

  • Buy wherever your process is genuinely standard, because a vendor will out-invest you on payroll, helpdesk software, or accounting forever. Build where the workflow is your actual advantage, where no vendor fits without three integrations and a manual step, or where your data is the asset. We have told prospective clients to buy and walked away from the build more than once, and it is a cheaper conversation to have in week one than in month six.

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Let's build something that lasts

Tell us about your project and we'll get back to you within 12 hours with next steps.

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