Electronic Devices
Complete electronic products, from the circuit board to the embedded software to the enclosure.
We build finished electronic devices, not piles of parts. One team designs the circuit board, writes the embedded software that runs on it, and models the enclosure it lives in, so the pieces fit and the product just works. You bring the problem; we deliver the solution, a working device, and keep improving and supplying it.
The whole device, one team. Board, embedded software, and enclosure designed together, so nothing falls through the cracks between three vendors.
Featured Projects
Multi-Protocol CAN Bridge
One board, CANbus bridged to five interfaces
The job was to get CANbus data anywhere it needs to go. This bridge translates a vehicle or machine's CANbus to RS232, RS485, USB, Wi-Fi, and Bluetooth BLE, so a laptop, a PLC, a phone, or a cloud service can read and write the bus without a drawer full of adapters.
It is built for where those buses actually live: a 48 to 72 V supply and hardening for electrically noisy environments, on a custom ESP32-S3 board with the embedded software and enclosure designed right alongside it. One device, one team, ready for the field.
- CANbus
- RS232 / RS485
- USB
- Wi-Fi + BLE
- 48-72 V input
- Noise-hardened
spooresLEAK Sensor
A battery-powered Wi-Fi leak sensor with temperature and humidity monitoring, delivered as a finished product: custom board, embedded software, and a sealed enclosure.
View on spoores.com →
spooresVALVE Controller
A smart Wi-Fi valve controller: board, embedded software, and enclosure with integrated mounting.
View on spoores.com →
Automated Test Fixture
A production test device with GPIO, DAC, ADC, and pogo pins for fast board validation.
SwampSat CubeSat Motherboard
MSP430 motherboard and embedded software for the University of Florida’s first satellite.
Test Station Control Box
A hardware test panel: switches, buttons, knobs, communication ports, an emergency stop, and encoder inputs for testing. No software, just the operator interface.
Bluetooth CANbus Bridge
A pocket CAN-to-Bluetooth tool: custom PIC32 board, embedded software, and a 3D-printed enclosure.
Why it is low-risk to hand this to us
Most devices die in the gaps between the board house, the embedded software shop, and the mechanical shop. One team removes those gaps.
🔧 One team, the whole device
Board, embedded software, and enclosure from one team, so there is no gap and no finger-pointing between three vendors.
🛡️ Proven hardware track record
Devices deployed across rail, marine, aerospace, and defense, built to work in the real world.
📐 Designed to fit
The enclosure is modeled around the actual board and the embedded software is written for the actual hardware. It all fits because it is designed together.
🏭 Built for production
DFM, IPC-A-610 assembly standards, and manufacturing-ready files, so it scales from prototype to production cleanly.
🧪 Tested end to end
Board bring-up, embedded software validation, and fit checks on real hardware, in-house, before anything ships.
↩️ Rescue and finish
A stalled device or a design stranded between vendors is familiar ground. We pick it up and get it to a finished product.
How we work
A clear path from idea to a finished device, with the board, embedded software, and enclosure designed as one.
Scope the device
We map the function, the environment, and the constraints, so the design solves the real problem from the start.
Board and embedded software
We design the circuit board and write the embedded software together, so the hardware and software fit instead of fighting.
Enclosure and integration
We model the enclosure around the real board and bring the device together as one finished object.
Validate and deliver
Bring-up, testing, and manufacturing-ready files, then a working device ready to make, at whatever volume you need.
Salvatorre is a solutions company. We develop your device, deliver it working and proven, and stay behind it, so you get a product and a long-term partner rather than a one-off drop. Every engagement is scoped and quoted to the work.
What it costs
Rough starting points by device complexity. Every project is scoped and quoted to the work, with the engagement model that fits.
Simple Device
from $25,000
A single-function device: one board, its embedded software, and an enclosure, done properly.
- ✓ One custom board and its embedded software
- ✓ A 3D-printed or molded enclosure
- ✓ A single core function, done well
- ✓ Bench-tested prototype and manufacturing files
Multi-Feature Device
from $60,000
A capable device with several subsystems, sensors, and interfaces working together.
- ✓ Everything in Simple Device
- ✓ Multiple subsystems and interfaces
- ✓ Sensors, connectivity, and controls
- ✓ Safety and protection logic
- ✓ Production-ready design
Complex Device
from $120,000
A sophisticated product: many subsystems, high-speed or high-power, built to a standard.
- ✓ Everything in Multi-Feature Device
- ✓ High-speed or high-power design
- ✓ Many integrated subsystems
- ✓ Functional-safety process where needed
- ✓ Full validation and field support
Frequently asked questions
Do you really do the board, the embedded software, and the enclosure? +
Yes, that is the whole point. One team designs the PCB, writes the embedded software that runs on it, and models the enclosure it lives in, so the three fit together and the device just works.
What kinds of devices do you build? +
General-purpose electronic products: sensors, controllers, instruments, diagnostic tools, and test equipment. For motor and high-voltage products see Power Electronics; for connected and fleet products see IoT.
Can we sell it under our own brand? +
Yes. We can white-label the device, so it ships under your name and you take it to market. We handle the engineering behind it and keep supplying and improving it, so you get a product to sell as your own without building an engineering team.
Can you take it to production? +
Yes. DFM, IPC-A-610 assembly standards, and manufacturing-ready files mean the device scales from a prototype to a production run without a redesign.
Can you finish a device someone else started? +
Yes. Picking up a stalled device, or one stranded in the gaps between a board house, an embedded software shop, and a mechanical shop, and getting it to a finished product is regular work for us.
How do you price the work? +
See the tiers above for rough starting points by complexity. Every project gets a firm quote once we scope it, as a fixed-scope engagement.
Let's build The Next Big Thing together! 🚀
Whether you need embedded software, PCB design, or a full product development partner, we're here to help.
