PCB design and embedded firmware · Brescia, Italy Designed. Assembled. Tested.

We design high-reliability electronics and firmware for mission-critical systems in industry, defence and harsh environments, from the first schematic to a working prototype.

Proposal in 48 hours Case studies

technical answer from an engineer: 24 hours
proposal for the feasibility study: 48 hours
study delivered: 72 hours

What we do

Your product’s electronics and firmware, from one team

We start from your requirements, even if they are not written yet, and deliver a board and firmware that are tested and ready for production.

Assembled circuit board, with the microcontroller in the foreground

PCB design

Production-ready boards, designed from the first schematic to pass EMC testing and production test. Up to 12 layers, HDI and rigid-flex.

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/* bootloader: torna all'ultima immagine valida */
if (++boot->attempts > MAX_BOOT_ATTEMPTS) {
    image_t *img = select_last_good(slots);
    if (verify_crc32c(img) == OK)
        jump_to(img->entry);
}

Firmware development

The firmware that brings your board to life and keeps it up to date in the field: drivers, RTOS, industrial and wireless buses, secure boot and OTA.

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How we work

A date you can plan around

Within 24 hours
Technical answer
An engineer replies, not a salesperson. NDA if needed.
Within 48 hours
Proposal
For the feasibility study or, if the specification is ready, straight for the project.
In 72 hours
Feasibility study
Architecture, risks, key parts, costs and timing become the specification. For complex projects, the duration is written in the proposal.
From the order
Design
Hardware and firmware move forward in parallel, with deadlines written in the order.
On the agreed date
Tested prototypes
Boards powered, measured and tested, with a report.

Weekly status updates

You always know where we are.

Our own design tools

BOM and availability checks, reviews, automated tests.

ISO 9001 quality

Design reviews and complete documentation.

Case studies

Real projects, real numbers

3D render of the control board: microcontroller in the centre, connectors for the two isolated channels on the side, pluggable terminal blocks and power and service connectors

23 tests in ~75 s

Systems for harsh environments

A rugged interface that updates in the field and never bricks

A portable, battery-powered unit that powers and controls two remote devices over isolated channels. The hard part was making it reliable far from any lab. Its firmware updates in the field and, if something goes wrong, rolls back on its own to the last working version.

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3D render of the test bench: two steel plates clamped by tie rods with the discs and the boards inside, handles on the sides and the actuator on top

> 40 dB

Test systems for high-reliability applications

Ten seconds to know whether a MEMS accelerometer really works

A bench and firmware that say yes or no on whether a MEMS accelerometer is present and well coupled to the structure, even in the hands of a non-specialist operator and with the machine running.

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All case studies →

Industries