Full-Stack Engineering for Visionary Embedded Systems.

Electronics, firmware, and integration, delivered as one production-ready system.

Fine-pitch rework on a prototype board

Better Devices turns a validated concept into a device that manufactures at volume and survives the field, designing the electronics, firmware, and the integration that makes them behave as one system.

Ambitious hardware ships on time, holds up in the field, and scales to production.

The Device Architecture and Feasibility Services

Each stands alone. Together they resolve a concept into an evidence-backed build decision. Select to expand.

01

Prototyping & PoC Development

Validate architecture and key technologies, unblock development.

Strong engineering teams operate with clear intent and well-defined product direction. Better Devices enhances this by developing proof-of-concept systems that focus on validating the technologies, architectures, and system behaviors that matter most, helping translate strong concepts into production-ready direction.

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DELIVERABLES
AWorking prototype hardware and firmware exercising the critical signal path
BA reference implementation of the core sensing, processing, and communication functionality
CMeasured results against the success criteria: accuracy, latency, power draw, and wireless range
DProduction-stage requirements and the architecture direction they support
02

Hardware Design Engineering

From architecture to a production-ready board, without the redesign cycles.

Custom hardware succeeds when it moves from first prototype to scalable production without redesign. Better Devices designs electronics end to end, from architecture and simulation through schematic and layout, delivering production-ready hardware that fits seamlessly into the overall system.

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DELIVERABLES
AElectronic architecture: power architecture, signal chains, partitioning, and component strategy
BCircuit simulation: validation of the critical circuits before committing to layout
CSchematic capture: the design captured into reviewed, manufacturable schematics
DPCB design and DFM: layout for signal integrity and manufacturability, on Altium and KiCad
03

Firmware & Embedded Software

Firmware across the full stack, as one coherent execution layer.

Experienced engineering teams design with clear intent around performance, reliability, and system behavior. Better Devices builds on that foundation by developing firmware across MCU, MPU, SoC, RTOS, embedded Linux, and bare-metal environments, connecting architecture, drivers, communication stacks, and system integration into a single coherent execution layer.

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DELIVERABLES
AFirmware across MCU, MPU, and SoC targets, RTOS, embedded Linux, and bare-metal
BDrivers and communication stacks for onboard buses, networks, and wireless links
CSystem integration connecting architecture, firmware, and hardware into one execution layer
DBuild, flash, and debug pipelines, with supporting documentation
A Better Devices engineer working through the cost calculator on screen
Engineering tools

Know the number before you build.

Estimate a realistic device development budget in minutes, before committing to a direction.

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Featured case · Investigation
An engineer probing a board while decoding its protocol on a logic analyser
50+ undocumented RF protocols, turned into a living spec.

Undocumented RF protocols, turned into a living spec.

Better Devices reverse-engineered 50+ undocumented legacy RF protocols, with no documentation and no reference hardware, into an executable spec that let teams build in parallel and de-risked the program.

01 50+ legacy RF protocols decoded from bus traffic
02 An executable, integration-ready specification
03 Parallel development unblocked across teams
Read the case study →
“

They turned an opaque environment into a predictable system we could finally build against.”Engineering Lead, Global Automation Company · Confidential

Start at the uncertainty

Engagement models that match the decision stage.

Scroll through the timeline to step through each stage.

Core assumptions are validated with measured data before full development commits.

STAGE

A concept is validated, but no proof the critical signal path works in hardware.

SERVICE

Prototyping & PoC Development

Electronics move from architecture to a production-ready board, without redesign cycles.

STAGE

A prototype exists, but the electronics are not ready to manufacture at volume.

SERVICE

Hardware Design Engineering

Architecture, drivers, and stacks become one coherent execution layer.

STAGE

Hardware is coming together, but firmware and integration remain fragmented.

SERVICE

Firmware & Embedded Software

A complete build that takes a validated concept to a field-ready, manufacturable device.

STAGE

Multiple unknowns across prototype, electronics, and firmware.

SERVICE

Full Development Engagement

Each service is useful independently. Together, they create a grounded basis for the device development commitment.

Latest articles & industry insights

View more Insights
Design-for-manufacturing reviews that catch the expensive mistakes

Design-for-manufacturing reviews that catch the expensive mistakes
Zephyr vs FreeRTOS: choosing an RTOS by the constraints that matter

Zephyr vs FreeRTOS: choosing an RTOS by the constraints that matter
Embedded CI/CD: scheduling real hardware in a pipeline

Embedded CI/CD: scheduling real hardware in a pipeline

FREQUENTLY ASKED QUESTIONS

Straight, technical answers from the engineers who do the work, no sales layer in between.

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Can Better Devices pick up an existing prototype or design?

Yes, engagements commonly start from an existing proof of concept, schematic, or firmware base.

Is the electronics output production-ready?

The deliverables include manufacturing files, Gerbers, drill, and assembly, and an updated BOM intended for production.

Which platforms does the firmware work cover?

MCU, MPU, SoC, RTOS, embedded Linux, and bare metal, selected to fit the product, not a default stack.

Does the work cover certification and compliance?

Yes. Designs are built toward EMC, safety, and radio compliance, with support for the test campaigns and documentation needed to pass.

Can Better Devices work alongside in-house engineers?

Yes. Engagements range from full ownership of the build to embedding with the client’s team on specific subsystems.

Who owns the design files and IP?

The client. All schematics, layouts, firmware, and manufacturing outputs are delivered under the client’s IP terms.

Built to manufacture. Built to last.