OUR APPROACH TO HARDWARE

We build on standard Pi hardware. You skip the industrial markup.

Most "industrial Pi" vendors re-badge a reference board and mark it up 3–4×. We build on standard Raspberry Pi and Compute Module 5 — the same parts you could buy yourself — so you skip that premium and pay for the engineered system, not the badge.

~$250
typical node hardware, in parts — you're not buying a badge
the price of comparable RevPi / Seeed 'industrial Pi' units
Open
mainline Linux + off-the-shelf parts — no lock-in
2036
Compute Module 5 guaranteed production lifetime
01 /THE HARDWARE LAYER, HEAD TO HEAD

What the hardware costs — before engineering

Indicative street price for a single comparable control node. Lower is better — a standard CM5 build sits at the top. Our engineering fee is quoted separately.

VendorBuild / modelCPUOn-board I/OEdge AIReal-timeTemp rangeStreet price
HyleonStandard CM5 buildCM5 quad-coreper buildHailo-8 optionalMCU co-proc−25→+60 °C$80–900
Revolution PiConnect 5CM5expansionadd-onPREEMPT_RT−40→+55 °C$489
SeeedEdgeBox RPi 200CM44 DI · 4 relayadd-onnone−20→+60 °C$419
SiemensS7-1200 + HMIproprietary14 DI / 10 DOnonenative0→+55 °C$920
Allen-BradleyCompactLogix 5380proprietarymodularnonenative0→+60 °C$1,840

Indicative single-unit street pricing, Q2 2026 — hardware only, engineering quoted separately. PLC rows exclude programming-software licenses (typically $1k–6k more).

02 /WHY IT'S CHEAPER

Cheaper because of where we start — not what we cut

01

No industrial markup

We start from standard Raspberry Pi and Compute Module 5 modules — not a re-badged 'industrial' board sold at a 3–4× premium.

02

Open by default

Mainline Linux, off-the-shelf parts. No proprietary I/O tax, no per-seat license to program it.

03

You pay for the system

The hardware is a commodity you could buy yourself. What you're paying us for is the engineering that turns it into a control system for your line.

03 /REFERENCE BUILD

The platform we build on

A representative build on the Compute Module 5 — the industrial-grade, AI-ready baseline we start from and tailor to each line. Specs vary by build.

Talk to an engineer
CPU
Raspberry Pi Compute Module 5 — quad Cortex-A76 @ 2.4 GHz, up to 16 GB
REAL-TIME
MCU co-processor (or a PREEMPT_RT kernel) owns the hard loop; the Pi handles supervision, AI and connectivity
AI
Optional M.2 Hailo-8 module for on-device inference — no cloud round-trip
I/O
Isolated digital + analog (24 V) via industrial CM5 carriers, expandable over a DIN-rail backplane
PROTOCOLS
Modbus TCP/RTU, OPC-UA, MQTT, EtherNet/IP, CAN, RS-485
ENVIRONMENT
−25 → +60 °C · DIN-rail · EN 61131-2 industrial carriers · 9–28 V DC
SECURITY
Designed for secure boot, a signed read-only rootfs, and signed OTA with rollback
LIFECYCLE
Built on the Compute Module 5 — guaranteed in production to 2036
04 /HOW WE SCALE

We scale the build to the job

Same OS, same toolchain, same security model — we scale the I/O and compute to the job.

Sensing node

MCU-class

Sensing, data acquisition & retrofit gateways.

Small buildsDiscuss a build
MOST COMMON

Control node

CM5

Control plus optional on-device AI for the typical line.

Most linesDiscuss a build

Vision node

CM5 16 GB + Hailo

Multi-camera inference & vision-heavy cells.

Vision-heavyDiscuss a build

Bring us your line. We'll build the system that fits.

Talk to an engineer