Silicon Squire · Systems Engineering
Productionsystems,notprojectdeliverables.
Custom software development and managed infrastructure, from one team.
We design, build, and operate the platforms our clients depend on — on dedicated infrastructure we run ourselves, under SLAs we sign.
Systems we build. Systems we run.
What we build
Four domains of custom software development. Each one backed by systems running in production right now.
Multi-tenant SaaS platform development
Software that operates as a product rather than a one-off delivery. Each customer runs isolated — their data, their configuration, their branding — on shared infrastructure that scales without re-engineering. Onboarding a new tenant is an operation, not a project.
This is what you need when you're selling the same platform to many operators and can't afford a separate deployment for each one. We build white-label and multi-tenant systems designed that way from the first line of code.
Managed infrastructure and platform operations
We run dedicated bare-metal servers that we provision, configure, harden, and operate ourselves. No shared cloud tenancy, no noisy neighbours, no third-party cloud account sitting in your chain of custody.
An SLA on infrastructure we operate directly is a commitment. An SLA reselling someone else's uptime is a hope.
Where your system runs is your decision. On our infrastructure as a fully managed service, on your own servers as an on-premise installation, or a hybrid — local systems for the parts that must run on site, with the rest centralised. Regulated data, poor connectivity, and factory-floor latency are all reasons to keep something local, and we build for that instead of arguing against it.
Operational software for physical businesses
Venues, distributors, manufacturers, service operators — businesses where software has to match how the floor actually works. Point of sale and payment reconciliation, inventory and distribution management, booking and scheduling systems, staff roles and permissions, machine provisioning across multiple sites.
We've built venue management platforms, gym and fitness operations systems, restaurant and hospitality software, ticketing platforms engineered for spike-load launches, and industrial distribution systems. These fail when they're built from a specification instead of from the operation. We start with the operation.
IoT and hardware-to-cloud systems
When data starts in the physical world, we build the entire path: the device and its firmware, the ingestion pipeline, the processing layer, and the interface someone actually uses to act on it.
One team owns the full chain, so there's no vendor boundary in the middle of your telemetry where problems go to hide.
How we operate
Building software is the cheap part. Operating it under load, recovering it under failure, and evolving it for years — that is where the real work lives. We design with that horizon in mind from day one.
Dedicated infrastructure, operated by us
Bare-metal servers we provision, configure, and run ourselves. Your data lives on hardware we control — not in a shared cloud account.
Defined SLAs and on-call engineering
Documented response times and written incident postmortems. The team that built it is the team you reach when something breaks.
Nothing ships unmonitored
Every production system gets metrics, alerting, backups, and a written runbook before go-live. No exceptions.
Tested disaster recovery
Automated backups, documented recovery objectives, and restore procedures we've rehearsed. Not a promise — a tested process.
Code written for its second reader
Plain conventions, boring choices, clear boundaries — optimised for the engineer maintaining it in two years, not the one writing it today.
Security as a property, not a phase
Least-privilege access, audited dependencies, encrypted at rest and in transit. Not a checklist run at the end.
One team, end to end
We don't subcontract the parts of a project we don't understand. Handoffs are where systems fail.
Who we are
An engineering company. We design, build, and operate the platforms our clients run their businesses on.
We exist because of a pattern we kept seeing: software delivered, signed off, then slowly abandoned — the people who built it gone, nobody left who understands it, and a business quietly accumulating risk it can't see.
So we structured the company around staying. We operate the infrastructure ourselves because you can't guarantee what you don't control. We work end to end because every handoff is a place responsibility gets lost. And we write code expecting to maintain it for years, not to hand it over and move on.
A long-term engineering partner, not a project handoff.
Common questions
What happens if we outgrow you, or want to move?
You take the system with you. The code is yours, it's documented, and it's written in plain conventions specifically so another team can pick it up without a rewrite. We'd rather lose a client cleanly than hold one through complexity.
Who owns the code?
You do. Ownership transfers on delivery — repository, documentation, deployment configuration, and infrastructure setup included.
Can the system run on our own servers?
Yes. We deploy on our managed infrastructure, on your hardware as an on-premise installation, or as a hybrid where local systems handle what has to stay on site and the rest runs centrally. Regulated data, poor connectivity, and on-floor latency are all good reasons to keep something local.
What's your response time when something breaks?
Defined per engagement and written into the agreement, not left to goodwill. You reach the engineers who built the system, not a ticket queue.
Do you take over software someone else built?
Yes, provided we can read it. We start with an assessment — what's there, what's at risk, what it would take to operate it safely. Sometimes the answer is a gradual replacement rather than a takeover, and we'll say so before you commit.
Do you work with clients outside your region?
Yes. We work remotely with clients internationally, and travel on site where a project requires it.
How do engagements usually start?
A conversation about what you're building or what's already running and causing problems. Scope, timeline, and cost are agreed before any work begins.
Tell us what you're building.
Or what's already running and giving you trouble. We focus on systems that need to keep working.