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From the browserto the phone, the speaker, the board.

Some products don't live in a browser. They run on a phone with no signal, in a speaker with ten milliseconds to answer, on a board with 256 kilobytes to work with. We have shipped all three: mobile apps, native audio software and firmware for embedded hardware.

Three constraints the browser never taught you.

Every one of these has shipped from our desks. The same lead, a different set of tools.

  • Mobile

    0 bars

    No signal in the metro. The app keeps working, syncs when it can, and never loses what the user did.

  • Native audio

    <10 ms

    Audio has ten milliseconds to answer. The hot path is C++, and every build is measured against the budget.

  • Embedded

    256 KB

    A board with 256 kilobytes of RAM. Firmware that fits, updates in the field and fails safe.

Where it runs

Four places our code already runs.

  • A mobile app that keeps working in the metro, where there is no signal.
  • Audio software written in C++ against a hard latency budget.
  • Firmware for a home appliance, updated over the air in millions of homes.
  • A companion app that pairs with the hardware and sets it up in two minutes.

What we build

Three kinds of software. One team, one report.

The lead who reviews your repository is the same one who reviews the firmware, across the app, the engine and the board.

  • Mobile

    iOS and Android apps that work offline, sync when they can, and pass review the first time.

    • Swift
    • Kotlin
    • React Native
    • Expo
  • Native

    Desktop and audio software where latency is a feature. Plug-ins, instruments and the engines under them.

    • C++
    • JUCE
    • Core Audio
    • Rust
  • Embedded

    Firmware for hardware that ships in boxes. It fits the board, updates in the field and fails safe.

    • C
    • Zephyr
    • FreeRTOS
    • ESP32

Proof

Connecting the software to the clinic.

Healthcare platform

Connecting the software to the clinic.

For a US healthcare platform serving a retail clinic network, we worked on device and data integrations, deployment architecture, and coordination between technical teams.

OutcomePlatform and integration work across devices, healthcare data, and Azure

Read the story, Connecting the software to the clinic.
Devices
Integrations connecting X-rays, medical cameras, and clinical data within the healthcare platform.
Azure
Deployment architecture for clinic applications and central data access.

Next chapter · Chapter 4

Make your systems work together.

The product runs everywhere. Now orders, invoices and support tickets have to flow between it and the rest of the business.

Contact

Book a call.

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