Services

Four disciplines held together by one engineering responsibility

These are not separate products with separate teams behind them. They are four ways of applying one skill set to the same problem: understanding how your operation runs, writing the application it needs, connecting it to everything already in place, and keeping it healthy afterwards. Which leads depends on where you are today — most clients use all four eventually.

Developer reviewing application code and a data model for a custom line-of-business system

01Custom Software Development

This is the work most people mean by custom software: applications that exist because nothing on the market fits. We begin by mapping the process as it is really performed — especially the exceptions, which is where generic tools break — and turn it into a domain model neither too rigid to change nor too loose to report against. It is built for real conditions: cracked tablets on remote sites, sign-offs between jobs, audit trails that survive scrutiny.

  • Workshops and a written functional scope
  • Normalised, reporting-ready data model
  • Role-based permissions to field level
  • Offline-capable field apps that queue and sync
  • Staged data migration with dry runs
  • Approval chains and audit history
  • Automated tests and rehearsed cutover
Custom Software Detail
Monitoring dashboard showing message throughput between connected enterprise systems

02API & System Integration

Integration is where operational data quietly goes wrong. A nightly file that fails unobserved becomes a week of mismatched invoices discovered at month end, so we replace fragile point-to-point connectors with a governed layer: versioned contracts, observable pipelines and reconciliation proving both sides agree. We work with whatever your platforms expose — REST and SOAP endpoints, database views, SFTP drops, EDI files, occasionally a legacy screen where no interface exists.

  • Inventory mapping current connections
  • Versioned, documented API contracts
  • Idempotent consumers that survive replays
  • Retries, backoff and dead-letter queues
  • Reconciliation reports comparing counts
  • Alert routing with severity definitions
  • Fallback modes and manual queue release
Integration Detail
Engineer monitoring server health and scheduled maintenance tasks on dual screens

03Software Maintenance & Support

A system nobody maintains degrades quietly: dependencies age out of support, restores stop being tested, whoever understood the nightly job moves on. We run structured support for software we wrote and for inherited systems passing a takeover review, starting with an audit of environments, credentials and deployment path.

  • Takeover audit and written risk register
  • Severity matrix with AWST response targets
  • Patch windows and a change freeze calendar
  • Dependency scanning and CVE triage
  • Monitored backups with restore tests
  • Annual recovery drill reporting real RTO
  • Fortnightly fix and improvement releases
Support Detail
Cloud infrastructure architecture diagram displayed beside a deployment pipeline

04Cloud Application Development

Cloud work is mostly not lift-and-shift; it is making releases routine and cost predictable. We build and migrate on AWS and Azure with infrastructure as code and tagging discipline, so staging mirrors production and the monthly bill can be explained line by line. Migrations move in stages, old and new running in parallel until reconciliation agrees, then read traffic switched before write.

  • Landing zone, accounts and least-privilege access
  • Infrastructure as code for every environment
  • CI/CD pipelines with tests and gate approvals
  • Containers and autoscaling tuned to load
  • Secrets management, rotation and audit logs
  • Cost governance and monthly reporting
  • Multi-AZ design with recovery procedures
Cloud Detail
One practice

How the four services fit together

Engagements rarely stay inside one category. Below is a pattern we see repeatedly among Australian mid-market operators.

An integration brief becomes something larger

A national logistics operator asked us to stabilise the connection between dispatch and accounting: orders were dropping overnight unnoticed. Surveying first showed fourteen point-to-point jobs written by three people over eight years. The integration work was genuine and delivered first — reconciliation reporting, retry logic, alerting.

Once the data flowed, something else became obvious. The same operator carried a spreadsheet-only process for customer approvals, existing purely because nothing connected dispatch to the customer record. That became a portal for orders, documents and approvals, built on the integration layer already in place. Proposing it in week one, before anyone trusted the numbers, would have been premature.

The portal later moved to cloud hosting with infrastructure as code, initially so releases could run fortnightly without downtime, then because reporting load justified separating it from transactional traffic. Two years on it is mostly a support retainer: patch windows, restore drills and small improvements from daily users. That sequence — integration exposing the gap, a build filling it, cloud making it operable, maintenance keeping it trustworthy — is typical. Each phase is scoped alone, so commissioning the first never commits you to the fourth.

Engagement & pricing

Indicative ranges, then a written scope

These bands describe work delivered for Australian mid-market organisations. They help you decide whether a conversation is worth having; they do not price your project.

Indicative bandA$15k – A$40k

Discovery & First Release

Scoping, data inspection and a working first increment proving the approach before larger capital is committed.

  • Workshops and process mapping
  • Data and integration audit
  • Costed options with assumptions
  • Deployed prototype or first module
  • Architecture and cost outline
Monthly retainerA$1.5k – A$6k

Managed Support

Ongoing operation of a system you rely on, scaled by criticality, release cadence and covered environments.

  • AWST response targets by severity
  • Monthly patching and updates
  • Restore tests and recovery drill
  • Fortnightly improvement releases
  • Monthly service and cost reporting

These figures are indicative only. Every engagement is quoted against a written scope after inspecting your data and constraints, with assumptions and exclusions stated. Amounts exclude GST, and exclude cloud consumption — compute, storage, licence and data transfer billed to you directly by AWS or Azure, reported monthly rather than marked up. Fixed-price, time-and-materials and retainer structures are all available; we recommend whichever suits the certainty of the work.

Delivery stages

What actually happens, in order

The same six stages sit behind every engagement, whichever service leads. You can stop after any one and still hold something useful.

01

Problem framing

We agree what is broken and what success measures — cycle time, error rate, hours recovered — before discussing features. Outputs are a problem statement and boundaries.

02

Feasibility costing

Data extracts and platform access are inspected, then options costed with assumptions named. Some ideas die cheaply here, which is why it comes first.

03

Interface contracts

Data model, API definitions, permissions and integration boundaries agreed and documented, so dependent teams can work in parallel without guessing.

04

Incremental build

Fortnightly increments deployed to a reviewable environment, each carrying tests. Progress is judged on working screens rather than reported percentages.

05

Data cutover

Migration dry runs, a rehearsed AWST window, a rollback point and parallel running until reconciliation agrees on both sides.

06

Steady-state operation

Monitoring, patch cadence, restore drills and a rolling backlog, handled by engineers who built the system.

Not sure which of the four you need

Describe the problem in plain language. We will tell you which discipline applies, and whether software is the answer.

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