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Tekt Industries

Specialisation · Design · Manufacture · Lifecycle

Embedded Firmware

Firmware is where product experience lives. We build production-grade embedded software — connectivity, power management and signed OTA — that stays reliable for years in the field.

Discuss a firmware project

Why Tekt

Reliable in the field, updatable for a decade

Demo firmware and product firmware are different disciplines. Ours is engineered for the full lifecycle: defensive architectures on RTOS or bare metal, automated hardware-in-the-loop test, and secure update pipelines that let the product improve long after it leaves the line.

Fliteboard’s connected control system runs on firmware disciplines our team still maintains and evolves today — years and thousands of units after first shipment.

RTOS & bare-metal architecturesBluetooth LE, WiFi & cellular stacksPower management & battery lifeSigned OTA update pipelinesHardware-in-the-loop test automation

How we deliver

Unique value, end to end

  • Architecture for longevity

    Modular firmware designed to outlive silicon revisions and feature roadmaps.

  • Test as infrastructure

    Automated HIL rigs run every release against real hardware before it ships.

  • Secure by default

    Signed images, encrypted transport and safe rollback on every update path.

Case studies

Case studies

Real programs from this practice — the brief, the engineering approach, and where it landed.

  • Case study 01 · Flite

    Marine control firmware at fleet scale

    Fliteboard’s handset, Flitebox and board firmware run a low-latency, waterproof Bluetooth LE control loop. Years of releases later, the same disciplines carry every update to riders in 80+ countries.

  • Case study 02 · Petminda

    Connected pet-pod platform

    Petminda’s pods coordinate access control, cleaning cycles and app connectivity in public environments. We built the embedded platform that keeps every pod safe, monitored and updateable in the field.

  • Case study 03 · Telstra

    Ultra-low-power cellular IoT

    For Telstra’s IoT Development Kit we engineered CAT-M1/NB-IoT firmware foundations that let enterprise developers ship stable, low-power cellular devices without reinventing the radio stack.

What we solve

Problems this practice removes

  • Field failures that only reproduce at 2am
  • Update mechanisms that can brick devices
  • Battery life that dies in review
  • Inherited codebases nobody dares touch

Tools, processes & standards

Zephyr, FreeRTOS & bare-metalCI with hardware-in-the-loop rigsMISRA-informed coding standardsSigned OTA (MCUboot-class)Power profiling instrumentationStatic analysis & unit-test gates

Who delivers it

The team behind it

  • Senior firmware engineer — 8+ years RTOS and BLE stacks; shipped consumer fleets
  • Test automation engineer — HIL rigs, regression farms and release gating
  • Security engineer — Secure boot, key management and OTA chains

Capabilities

RTOS designConnectivityOTAPower

FAQ

Frequently asked questions

Shipping a connected product?

We write the firmware that keeps it reliable, secure and improving in the field.

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