Service

Desktop and hardware software development

Native Windows and Linux applications for work that needs raw speed, offline operation or direct hardware access.

Engineer running desktop software connected to hardware on a workbench

Some jobs do not belong in a browser. Real-time signal processing, instrument control, high-frame-rate visualisation, USB and serial devices, sites with no reliable internet — all of it wants native code on the machine.

We write desktop software in C++ with Qt and in Python, and we have shipped it: radio control software talking to hardware over UDP, MIDI and CAT interfaces, spectrum and waterfall displays rendering continuously, offline booking systems that sync when a connection appears.

Where it makes sense we build hybrid: a native core for the demanding part, a modern interface layered on top, and a cloud service behind it so data is never trapped on one PC.

What you get

What desktop & hardware software includes

Every engagement covers the same ground. Nothing here is an optional extra we spring on you halfway through.

Native performance

C++ and Qt where microseconds matter — DSP, live visualisation, high-throughput data capture.

Direct hardware access

Serial, USB, MIDI, network protocols and vendor SDKs, talked to properly rather than through a fragile shim.

Works offline

Full local operation with a local database, then background sync to the cloud when a connection is available.

Signed installers

Proper Windows installers and Linux packages with a built-in update path, so rollout is not a manual job.

Cross-platform where useful

One codebase producing Windows and Linux builds, so you are not paying twice for the same product.

Configurable interfaces

Layouts, panels and shortcuts operators can arrange to suit the way they actually work.

Is this you?

This service is a good fit if…

Your software has to talk to a physical device
The site has poor or no internet but the work still has to happen
Performance requirements are beyond what a browser can deliver
You need a till, kiosk or control station that never stops when the line drops
You want a desktop product with a cloud service behind it

Under the bonnet

Technology we use

Mainstream, well-supported technology chosen so your software is maintainable by anybody competent — not just by us.

C++17 / C++20
Qt 6
Python
Electron
SQLite
CMake
Windows + Linux

Proof

Live work using this service

Open any of these in a new tab. They are running in production right now.

Desktop & hardwareAmateur radio software

HamStream

A commercial desktop application for amateur radio operators, with a licensing system, release channels and a marketing site that sells and delivers it.

Case study hamstream.co.uk

Desktop & hardwareRadio & instrumentation

RamdySDR

A native software-defined radio client speaking a hardware UDP protocol directly, with multiple receivers and a touch-first interface.

Case study

Desktop & hardwareDesign & print tooling

VectorCreator

A desktop image-processing tool that converts raster artwork into clean, gradient-aware vector output through a multi-stage pipeline.

Case study

Questions

Desktop & hardware software FAQs

Including what it costs and how long it takes.

Should we build desktop software or a web application?

Choose desktop when you need hardware access, guaranteed offline operation or heavy real-time processing. Choose web for anything shared across locations where rollout and updates would otherwise be painful. We will tell you honestly which one fits — and sometimes the answer is both.

Do you build for macOS?

Our production work is Windows and Linux. Qt does target macOS, so it is technically possible, but we would scope Mac support explicitly rather than assume it, because the testing and signing effort is real.

Can the desktop app sync with a website?

Yes, and it is a pattern we use often — the desktop application holds a local database so it keeps working offline, then reconciles with a cloud API when the connection returns.

How do users get updates?

We ship an installer with an update channel built in. The application checks for a new build, downloads it and applies it on next launch, so you are not emailing links around.