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About us

An engineering company for systems that have to keep working.

ARGYRIA LIMITED works on the technical foundations of an organisation: the applications, integrations, environments and data flows that everything else depends on.

Daylit glass and steel corridor in a contemporary office building

Company overview

ARGYRIA LIMITED is an information technology company. Our practice covers custom software development, web application development, cloud solutions, systems integration, data engineering, cybersecurity consulting, technology modernization and ongoing technical support.

We work with organisations that already run software and now need it to be more reliable, more integrated or more maintainable. That may mean building a new application around a specific process, restructuring a cloud environment, replacing an unsupported component, or making two systems exchange data correctly and repeatedly.

Engagements are delivered by engineers who remain involved from analysis through to operation, so that the people writing the code are the people accountable for how it behaves in production.

Mission

To build technology our clients can understand, operate and change without depending on us.

Software creates value only while it can be maintained. We aim for systems whose structure is legible, whose behaviour is observable, and whose operation is documented well enough to transfer.

That standard shapes practical choices: conventional architectures over unusual ones, managed services where they reduce risk, automated pipelines instead of manual steps, and tests that describe real requirements.

It also shapes how we advise. When a smaller change would solve the problem, we say so, and when a proposed approach carries risk we describe the trade-off before work begins.

Approach to technology

Selection before implementation

Technology choices are made against the constraints of the environment they will live in: the skills available to maintain the system, the data it must handle, the integration surface it presents, and the operational budget behind it.

We prefer widely supported languages, frameworks and platforms, and we keep the number of moving parts as low as the requirements allow. Where a specialised tool is genuinely justified, we document why it was chosen and what it would take to replace.

Architecture is described before it is built — components, boundaries, data ownership, failure behaviour — and revisited as the system grows rather than left as a diagram from the first week.

Developer workstation displaying a code editor in a dimly lit room

Operating principles

How engagements run

  1. 01

    Scope is written down

    Every engagement begins with a written statement of what is being built, what is out of scope and how completion is judged.

  2. 02

    One owner per decision

    Technical decisions have a named owner and a recorded rationale, so responsibility does not dissolve into a group.

  3. 03

    Small increments

    Work is broken into changes that can be reviewed, tested and reversed independently.

  4. 04

    Direct communication

    We report progress, risks and blockers plainly, including when a plan needs to change.

  5. 05

    No lock-in by design

    We favour open formats, standard protocols and portable infrastructure definitions so systems can be maintained by others.

  6. 06

    Handover from day one

    Documentation, runbooks and access structure are produced during delivery rather than assembled at the end.

Quality and security

Correctness is cheaper than repair

We treat quality assurance and security work as continuous engineering activity rather than a checkpoint before release.

Automated verification
Test suites and static analysis run on every commit, and a failing pipeline stops the change.
Access discipline
Credentials are stored in managed secret systems, scoped to the smallest role that works, and rotated on defined events.
Data care
Personal and sensitive data is identified during design, minimised where possible, and encrypted in transit and at rest.
Dependency hygiene
Third-party packages are inventoried, version-pinned and monitored for published vulnerabilities.
Recoverability
Backup and restore procedures are written, scheduled and tested against a defined recovery expectation.
Reviewable change
Every production change is traceable to a reviewed commit and a recorded deployment.
Team members annotating printed system architecture diagrams on a shared desk

Working in the open with our clients

Diagrams, decisions and backlogs stay visible to the people paying for the work. Our clients see the same architecture notes, the same open risks and the same delivery status that our engineers do.

Contact information

Enquiries about services, engagements or technical questions can be sent by email.

[email protected]

Further details are on the contacts page, and our full service descriptions are on the services page.