Product and platform engineering
Building business applications, internal platforms and data-driven tools from requirements through to production operation.
Software engineering and technology services
Engineering dependable software for demanding business systems
SHIRTIFY LIMITED designs, builds and maintains software platforms, web applications and cloud infrastructure. We work through clear architecture, disciplined delivery and documentation that keeps systems maintainable long after launch.
- Focus
- Custom software
- Platforms
- Web and cloud
- Approach
- Engineering-led
Who we are
An IT company organised around engineering craft
SHIRTIFY LIMITED is a technology company working across software development, cloud engineering and technology consulting. Our work usually begins with a business problem rather than a technology choice: we map the process, agree what success looks like, and only then decide what should be built.
We favour small, focused teams with direct access to the people who will use the software. That keeps decisions traceable, shortens feedback loops and reduces the distance between an idea and a working increment. Everything we deliver is accompanied by documentation, tests and a clear handover path, so an organisation is never dependent on a single person's memory.
Capabilities
A connected set of engineering capabilities
Most projects touch more than one discipline. Our capabilities are designed to work together, so architecture, delivery, infrastructure and testing are handled by one accountable team rather than handed between silos.
Cloud and infrastructure
Designing environments, deployment pipelines and observability so releases are repeatable and predictable.
Integration engineering
Connecting applications, databases and third-party services through documented APIs and resilient data flows.
Automation
Replacing manual, repetitive steps with reliable automated workflows that report on their own state.
Consulting and architecture review
Assessing existing systems, clarifying options and producing technical plans that a team can act on.
Quality engineering
Test strategy, automated coverage and release verification applied continuously rather than at the end.
Custom software development
Software shaped around how your organisation actually works
Off-the-shelf tools solve common problems well. When a process is specific to your organisation, forcing it into generic software often creates workarounds, duplicated data entry and reporting that nobody trusts.
We build custom applications for operational processes, internal administration, reporting and customer-facing services. Work is broken into increments that can be reviewed early, with data models and business rules written down before they are implemented. Where an existing system already works, we integrate with it instead of replacing it.
- Requirements captured as concrete, testable behaviour.
- Domain models reviewed before implementation begins.
- Incremental delivery so priorities can change without wasted work.
Web application development
Web applications built for performance and accessibility
A web application is often the primary interface between an organisation and its customers or staff. It has to load quickly on ordinary connections, behave predictably on small screens and remain usable for people relying on assistive technology.
Interface engineering
Component-based interfaces with consistent typography, spacing and states, built to a documented design system rather than page-by-page styling.
Responsive by construction
Layouts are designed for narrow screens first and expand into tablet and desktop compositions, so nothing is retrofitted late in delivery.
Server rendering and caching
Where content should be visible to crawlers and fast on first paint, we render on the server and cache deliberately at each layer.
Cloud solutions and infrastructure
Infrastructure that is described in code, not in tribal knowledge
Cloud platforms make it easy to create resources and just as easy to lose track of them. We define environments as code, keep configuration in version control and make deployments a routine, reversible operation.
Typical work includes environment design, container and serverless deployment, networking and access boundaries, backup and recovery procedures, cost visibility, and monitoring with alerts that map to real user impact. Migrations are planned in stages with a documented rollback position at each step.
Systems integration and automation
Getting separate systems to agree on the same data
Many operational problems are not caused by missing software but by systems that do not talk to each other. Data is re-entered, exports drift out of date and teams reconcile spreadsheets by hand.
We design integrations with explicit contracts, validation at boundaries, idempotent processing and retry behaviour for the moments when an upstream service is unavailable. Automated workflows are built to be observable: each run records what it did, what it skipped and why, so failures are diagnosable instead of mysterious.
Technology consulting
Clear technical options, written for decision makers
Consulting engagements are useful when a decision is expensive to reverse: choosing an architecture, planning a migration, assessing whether to extend or replace a system, or understanding why delivery has slowed.
Assessment
We review the current architecture, code, infrastructure and delivery process, and describe what we find in plain language alongside the technical detail.
Options and trade-offs
Recommendations are presented as options with cost, risk and effort implications, not as a single mandated answer.
Technical planning
Where a direction is agreed, we produce a sequenced plan with milestones that deliver value before the final step.
Hands-on support
Consulting can continue into implementation, so the people who wrote the plan remain accountable for making it work.
Security and reliability
Security treated as an engineering practice
Security is not a phase at the end of a project. It is a set of habits applied while software is being written: least-privilege access, validated input, secrets kept out of source control, dependencies reviewed and patched, and sensitive data handled deliberately.
Reliability follows similar discipline. We define what the system must do under load, build health checks and monitoring into deployments, keep recovery procedures tested rather than theoretical, and review incidents to remove the underlying cause. We describe the measures we apply rather than making guarantees about outcomes.
Where we can help
Business needs we are equipped to support
Our work is defined more by the shape of the problem than by a single sector. The needs below are the ones our capabilities address directly.
Operational tooling
Organisations running critical processes in spreadsheets or ageing internal tools that have outgrown their original purpose.
Customer-facing platforms
Businesses that need a reliable, accessible web application as part of how they serve their customers.
Data consolidation
Teams working with data spread across systems that need consistent, trustworthy reporting.
Legacy modernisation
Systems that still deliver value but are difficult to change, deploy or staff.
Scaling delivery
Product teams whose release process has become slow, manual or risky.
Technology decisions
Leaders who need an independent technical assessment before committing budget.
Development process
From discovery to long-term maintenance
The process below is a default, not a rigid template. The sequence stays the same; the depth of each stage depends on the size and risk of the work.
- 01
Discovery
We learn how the process works today, who depends on it, what the constraints are and what an improvement would mean in practice.
- 02
Architecture and planning
Data models, integration points and technical approach are documented, along with the risks we expect and how we intend to reduce them.
- 03
Incremental delivery
Work is delivered in reviewable increments with automated tests, so progress is visible in working software rather than status reports.
- 04
Verification
Each increment is tested against agreed behaviour, including edge cases, error handling, accessibility and performance expectations.
- 05
Deployment
Releases run through automated pipelines into environments that match production configuration, with a defined rollback position.
- 06
Maintenance and evolution
After launch we monitor, patch dependencies, address defects and extend the system as requirements continue to change.
Quality assurance
Testing that runs continuously, not at the end
Quality work is most valuable when it happens alongside development. Automated checks run on every change, so regressions are caught while the context is still fresh.
Unit and component tests
Fast checks around business rules and interface components, written with the code they cover.
Integration tests
Verification that services, databases and external interfaces behave correctly together, including failure paths.
End-to-end scenarios
Automated journeys through the flows that matter most to users, run before each release.
Non-functional checks
Accessibility, performance and security review treated as acceptance criteria rather than optional extras.
Collaboration
How we work with the people we work for
Good software depends on a working relationship as much as on technical skill. We keep communication direct, written and frequent.
- Decisions and their reasoning are recorded, so nobody has to reconstruct why a choice was made months later.
- Progress is shown in working software at a regular cadence, with open questions raised early rather than absorbed silently.
- Estimates are given as ranges with the assumptions behind them, and revised openly when those assumptions change.
- Handover material — documentation, runbooks and access — is produced during the project, not scrambled together at the end.
Frequently asked questions
Common questions about working with us
- What kinds of projects do you take on?
- Custom business applications, web platforms, cloud infrastructure work, integrations between existing systems, workflow automation, and advisory engagements such as architecture review or migration planning.
- Can you work with an existing codebase?
- Yes. We commonly start by reading the code and infrastructure, documenting what exists, and agreeing a sequence of safe changes before adding new functionality.
- How is a project usually structured?
- Discovery and planning first, then delivery in increments with automated tests and regular reviews, followed by deployment and an agreed maintenance arrangement.
- How do you handle changing requirements?
- Incremental delivery is designed for it. Priorities can be reordered between increments, and we make the cost of a change visible before it is committed to.
- Who owns the code and the infrastructure?
- Ownership arrangements are agreed in writing before work begins. Our default is that the client holds the source code, accounts and infrastructure configuration.
- Do you provide support after launch?
- Yes. Maintenance covers monitoring, dependency and security updates, defect resolution and further development as requirements evolve. Scope is agreed per engagement.
- What technologies do you work with?
- We select technologies to match the problem, the operating environment and the people who will maintain the result, and we prefer well-supported, widely understood tools over novelty.
- How do we start a conversation?
- Send a short description of the problem, the systems involved and any timing constraints to the email address shown below, and we will respond with questions or a suggested next step.
Contact information
Business enquiries by email
Written enquiries work best. A short description of the problem, the systems involved and any deadlines is usually enough for a useful first reply.
SHIRTIFY LIMITED
Website
shirtifywear.com