01
SERVICE 01 · TESTING
Device Testing Strategy
Find the highest-leverage validation path before investing in infrastructure.
Strong embedded teams do not test everything equally. They identify where failures are most likely, where the product carries the highest operational risk, and where automation or HIL infrastructure will create the greatest increase in confidence for the available time, budget, hardware maturity, and engineering capacity.
DELIVERABLES
AThe highest-value validation coverage for the architecture, risk profile, and release cadence
BThe right mix of unit, integration, bench, HIL, manual, and automated regression testing
CWhere automation creates leverage and where manual validation remains sufficient
DRelease gates, acceptance criteria, and implementation priorities
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02
SERVICE 02 · TESTING
HIL & Bench Test Infrastructure
Build the physical validation environment around the device, not the other way around.
Sophisticated embedded products need test environments that reflect how the device behaves in the real world: the signals it reads, the interfaces it drives, the timing it depends on, the faults it must handle, and the operating states it moves through.
DELIVERABLES
ARepeatable validation against real device signals, loads, interfaces, and operating states
BCoverage across analog/digital I/O, onboard buses, inter-device networks, and wireless links
CClosed-loop test environments that exercise behaviour under realistic conditions
DSignal simulation, device emulation, load emulation, and physical fault injection
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03
SERVICE 03 · TESTING
Embedded Test Automation
Turn repeated validation into a system that runs without a human in the loop.
As embedded products mature, repeated bench validation becomes one of the highest-leverage workflows to automate. Firmware changes, hardware revisions, configuration variants, and regression scenarios all need to be exercised consistently without consuming senior engineering time for every test cycle.
DELIVERABLES
AAutomated device flashing, provisioning, configuration, and state setup
BSoftware control of power supplies, signal generators, analyzers, DAQs, relays, and loads
CRepeatable functional, regression, timing, interface, power, and fault-condition tests
DScheduled runs across builds, nightly cycles, release candidates, or hardware revisions
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04
SERVICE 04 · TESTING
CI/CD for Embedded Devices
Connect firmware development to automated validation on real hardware.
A green software pipeline can prove that firmware builds. Embedded CI/CD has to go further: managing physical devices, firmware flashing, device state, test resource scheduling, hardware resets, measurement capture, and deterministic teardown between runs.
DELIVERABLES
AAutomated firmware builds, flashing, provisioning, and device state management
BTest-resource scheduling across shared hardware and device pools
CHardware resets, measurement capture, and deterministic teardown between runs
DValidation of firmware changes against real device behaviour before release
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