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Embedded and IoT development

Most software agencies can't touch embedded work. We've been doing it for 15+ years with the same specialized team, together since 2010 — long enough to have shipped through many hardware revisions.

Desktop - Embedded and IoT
  • 15+ years of Qt experience
  • A team that's worked together since 2010
  • We handle firmware, not just the software layer
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What embedded & IoT means, and why it's a different job

It's not a niche — it's most of what touches a screen and hardware at the same time.

Typical embedded and IoT products:
It's different from typical software because:

Why embedded work needs a specialist team

The same specialized team has been building embedded and IoT products together since 2010, so architecture, firmware, connectivity and testing don't start from zero. Engineers who understand both hardware and software remove the handoffs that delay hardware projects. That's what gets products to market faster.

Embedded vs. IoT: understand the difference

See how embedded technology and IoT differ in purpose, connectivity, and use cases.

Embedded Systems

Focused on dedicated device functionality

Hardware dependency Higher
Connectivity needs Lower
On-device processing Higher
Remote access Lower
Cloud integration Lower
vs

IoT Solutions

Focused on connected devices and data

Hardware dependency Medium
Connectivity needs Higher
On-device processing Medium
Remote access Higher
Cloud integration Higher

IoT Solutions

Local functionality

Dedicated functions run directly on the device.

Real-time performance

Fast, predictable processing happens on-device.

External connectivity

Devices need to exchange data with other systems.

Remote management

Monitor, update, and control devices from anywhere.

Embedded Systems

Qt, C++ and embedded Linux: our home ground

Qt is the specialized stack for this space, and we've been building on it for over 15 years.

Framework

  • Qt.io
  • Qt Quick / QML

Firmware

  • C
  • C++

Platforms

  • Embedded Linux
  • RTOS

Connectivity

  • Bluetooth
  • MQTT

15+ years with Qt

The same stack trusted by Samsung, Tesla, and Volvo.

Same team since 2010

No ramp-up on the fundamentals of embedded work.

Firmware included

Whoever builds the software can also fix the firmware.

Hardware-aware by design

Limits are treated as real constraints from day one.

Web applications we’re proud of

Health / Fitness

atitude - new banner
The Altitude Center

The Altitude Center project demonstrates our ability to create cutting-edge solutions for the health and fitness industry. We developed a comprehensive system for a specialized gym in London, enabling high-altitude training simulations for elite athletes and fitness enthusiasts. Our work combined desktop applications, embedded systems, IoT integration, and web development, bringing the client's vision to life as a fully functional, data-driven training environment.

  • Node.js
  • SQL
  • AWS
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Test 1
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Questions we help clients answer

What actually counts as embedded and IoT work?

More than people expect: anything with a screen or a phone connection that also runs on real hardware, such as in-car displays, in-flight entertainment, smart home devices and connected appliances.

Why Qt specifically?

It's the specialized framework for devices with screens and real hardware constraints. We've been building on it for over 15 years with the same team.

What makes embedded projects riskier than typical software?

Hardware is the biggest risk factor in embedded projects. Resource limits and energy efficiency aren't edge cases here — they're the reality you're designing around from the very first decision.

Do you handle firmware, or just the software layer?

Both. Whoever builds the software should also be able to fix firmware when needed — if those are two separate teams, you're stuck waiting when something breaks in the field.

How much embedded experience does your team actually have?

15+ years with Qt, with the same specialized team together since 2010. That continuity means no ramp-up on the fundamentals of embedded work.

Recommended reading

Picked for founders about to test an idea for the first time

MVP vs Proof of Concept: Which Does Your Startup Need?

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MVP vs Proof of Concept: Which Does Your Startup Need?

A proof of concept (PoC) tests whether your idea can be built, and a prototype tests whether people want it, while a minimum viable product (MVP) is the first working version that shows whether customers will pay, so the MVP vs PoC choice comes down to your riskiest question. Build the one that tests it first, and skip the rest.Most founders who ask me for an MVP are about to pay for the wrong first build, which is why the first thing I tell them is the line I'd want you to remember:Test the riskiest assumption first. A proof of concept tests the technology, a prototype tests the demand, and an MVP tests whether people will pay.About six in ten of the MVP requests that reach Milo should start with something smaller, while the other four can go straight to an MVP because the technology is proven and the founder has already talked to real users.

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Product Strategy Services: How an External Team Can Shape Your Roadmap

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Product Strategy Services: How an External Team Can Shape Your Roadmap

If you have a half-built MVP or a backlog that grows faster than your team can ship, someone has probably offered to sell you a discovery phase before any more code gets written.Product strategy services, often sold as a discovery phase, are paid work in which an outside team tests your riskiest assumptions with users and engineers before development starts. What you should get back is a roadmap phrased as outcomes and a scoped first release that a developer can start building from.I run Milo Solutions, a software house, so my team has to build whatever a roadmap says. That gives me a blunt view of strategy work:The most expensive thing a founder can build is the wrong thing, finished. You can't know it's wrong until you test it, and testing is always cheaper before the build than after.Plenty of founders don't need to pay for this at all. If you do, you can judge a provider before signing by asking what you'll be held responsible for when the engagement ends.

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Cost to Develop a Fintech App: Realistic Budget Breakdown

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Cost to Develop a Fintech App: Realistic Budget Breakdown

The cost to develop a fintech app is the cost of a normal app plus regulated line items that most quotes leave out or bury: the regulatory route, a reconciling ledger, identity checks, card security scope, audits, and vendor fees. On our last fintech build, about half the engineering effort went into that work instead of features users can see.Many of those lines keep billing you after launch through audits and per-user vendor fees. Published ranges disagree because one agency prices only the app while another quietly includes some of that work. You'll get a truer number by pricing each line yourself.When a founder tells me they'll sort compliance out after launch, this is what I tell them:Without compliance, you don't have a product. It sits at the core of every architectural decision: what we build and how we build it. A single missed requirement can mean a months-long rebuild, or a shutdown.

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Ready to build something that has to work in hardware?

Let's talk about the constraints your device actually has to live with.

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