Services / Embedded systems

Embedded systems that feel reliable, fast & production-ready.

Firmware, device UX and integrations — built to behave under real-world constraints: power, memory, latency and harsh environments.

  • MCU firmware (STM32 / ESP32 / AVR)
  • BLE / Wi-Fi / Serial / CAN / I²C / SPI
  • Power, performance & reliability focus
Request a project callbackTry the live device demo
Deterministic timingFail-safe behaviourField-ready builds
bench.siteit / embedded • CAN

Data flow

CAN frames

Sensor
Filter
Queue
TX

Buffer

34%

Drops

0

Link

CAN

Sensor scope

jitter mid

Target: STM32 / ESP32timing locked

Firmware Workbench

•

BLE • Interrupt • Medium • Balanced

Live

Latency

20ms

Jitter

±4ms

Current

43mA

ADC scope

30Hz • Medium
Noise: mediumTransport: BLE

Firmware pipeline

Interrupt • BLE

Sensor
Filter
Packetize
TX

TX queue

28%

Queue healthy — deterministic throughput.

Live telemetry

Ring buffer

28%

Packet drops

0

Exec

Interrupt

Power

Balanced

Notes

Low-power wireless telemetry. Responsive ISR-driven handling. Balanced update rate. Everyday field profile.

Inject faults to see watchdog recovery + stability behaviour.

Interact with a live embedded firmware demo

Explore transport, execution model, sampling rate and power profiles. Open the device tools to inject faults and watch watchdog recovery — like a real field build.

1. Transport / protocol

2. Execution model

3. Sampling / update rate

4. Power mode

Firmware demo state:

BLE • Interrupt • Medium • Balanced

Latency

20ms

Jitter

±4ms

Current

43mA

Low-power wireless telemetry. Responsive ISR-driven handling. Balanced update rate. Everyday field profile. Use the Inject buttons to simulate field faults + recovery.

What you get with our embedded builds

We ship firmware and device experiences that stay stable in the field — and are maintainable long after launch.

Core firmware

Drivers & peripherals

GPIO, ADC, PWM, timers, interrupts, sensors and robust state machines with clean architecture.

Connectivity

Protocols & integrations

Provisioning flows, UART tooling, CAN framing, and secure device ↔ cloud communication patterns.

Reliability

Watchdogs & fault handling

Reset strategies, brownout behavior, logging, crash recovery and safe update paths.

Power

Battery-first design

Sleep states, wake sources, duty-cycling, and profiling to hit real battery targets.

UX on hardware

LED / haptics / display feedback

Great device feel: clear indicators, consistent feedback, and predictable interaction loops.

Launch

Manufacturing readiness

Config, calibration hooks, factory test flows, and documentation so your build scales.

How we deliver embedded projects

A clear pipeline from prototype to production, with hardware realities baked in.

  1. 1
    Specs & constraints

    Define timing budgets, memory limits, power goals, environment constraints and success metrics.

  2. 2
    Prototype & bring-up

    Get the board alive: peripherals, sensors, basic IO, comms and quick validation loops.

  3. 3
    Firmware architecture

    State machines, tasks, queues, error handling, logs and testability from day one.

  4. 4
    Integration & stability

    Protocol hardening, edge cases, watchdogs, profiling, and long-run soak tests.

  5. 5
    Production handover

    Factory hooks, docs, CI builds, flashing steps, and maintainable release workflows.

Want a field-ready embedded build with clean firmware architecture?

Start an embedded project chat