The EQSP32 gives you all the processing power, I/O, and connectivity options you need in a MicroPLC form factor. Program it in ladder, in code, or let an AI agent build and validate it for you. If you can imagine it, you can build it, and ship it fast.
32-bit processing and I/O for all types of sensors and actuators
WiFi, Bluetooth, Ethernet, LoRa, CAN bus, RS485: every option built in
AI that programs your device and AI that runs on it, autonomously
The AI writes the code. The hardware grades it.
How do you know AI-generated control code actually works? With built-in Hardware-in-the-Loop, an AI agent writes your control program, loads it onto the real EQSP32, injects sensor states and faults over a USB cable, and reads back what the controller actually did. It corrects and repeats until every test passes. Hallucinations and coding errors fail on the bench, not in the plant.
Watch the demo: an AI agent programs and validates a water-treatment skid on a real EQSP32, unattended, in 18 minutes.
Connectivity, processing, and I/O that rival PLCs many times its size and price. Here’s what’s packed inside.
MQTT (the protocol behind AWS IoT, Azure IoT Hub, Node-RED, Home Assistant, and many others) is becoming the standard backbone for modern automation, connecting controllers to SCADA systems, cloud dashboards, smartphone interfaces, multi-site supervisory layers, and cloud AI analytics. Traditional MicroPLCs weren't designed for this. Adding connectivity means gateways, middleware, and complexity that compounds with every installation.
The EQSP32 was built from the ground up for connected automation. MQTT, REST APIs, NTP time sync, OTA updates, and remote diagnostics are native, not bolt-ons. No gateway. No middleware. No extra hardware on the DIN rail. No license fees.
From smart agriculture to industrial automation: one platform that adapts to virtually any connected sensing and control requirement.
Weather-aware irrigation with multi-zone valve control, flow monitoring, leak detection, and AI-assisted scheduling via cloud dashboards.
Read case study Smart irrigation system
Full-scale reverse osmosis automation with pressure monitoring, flush management, safety interlocks, and cloud-based data logging.
Read case study Reverse osmosis control
In-floor heating control and solar water heater optimization with Home Assistant integration and real-time temperature management.
Read case studies In-floor heating Solar water heater
Magnetic-guided AGVs with real-time CAN bus control, predictive steering, obstacle detection, and MQTT telemetry for fleet management.
Read case study Magnetic-guided AGV
Adaptive pump cycling, pH monitoring, energy-saving logic, and smartphone dashboards. The system pays for itself in one season.
Read case studies Pool automation Hot tub retrofit
Zero-export solar control with Modbus metering and inverter power limiting. Dual-axis heliostat tracking with IMU feedback and sun-position API.
Read case studies Zero-export solar Heliostat controllerEQVersal® is our name for a terminal that can be anything: input, output, analog, digital, high-speed, or coil drive, all in software, no rewiring. Sixteen ports cover the full range of industrial signal types.
Digital InRelay / Coil4–20 mAThermistorEncoderFlow MeterSolenoid ValveLED / LightRGB LEDVFDFan / MotorJoystickThe EQSP32 expansion port supports a growing collection of EQXpansion modules: analog inputs, RTDs, pH sensors, thermocouples, cellular, and more. Each module snaps on, auto-detects, and powers through the expansion bus. No configuration required.
Eight relay outputs and two 12-bit analog outputs for direct actuator and process control.
Precision control for peristaltic pumps and automated machinery.
Precision weight, torque, and force measurement for instrumentation.
Most controllers lock you into a single programming model the day you buy them. The EQSP32 gives you three, all on the same hardware. Use the one that fits you, or mix them across projects. Nothing to re-buy, nothing to re-wire.
The EQSP32 is a supported OpenPLC target. Program it in Ladder Diagram, Structured Text, or Function Blocks with the free, open-source OpenPLC editor and runtime. The languages you’ve trusted your whole career, on modern, connected, CE-certified hardware. No license fees, no vendor lock-in.
When your application needs custom protocols, REST APIs, cloud services, or on-device intelligence, drop into full C/C++. The EQSP32 library handles the hardware details, and our AI assistant writes hardware-aware code from your plain-English description, with correct pins, modes, and library calls. All the performance, none of the embedded learning curve.
An AI agent writes, compiles, and flashes your entire application, then validates its own work on the real EQSP32 through native Hardware-in-the-Loop, unattended. Every state, fault, and timer exercised on actual silicon, not in a simulation. You review the specification and the test report; the hardware signs off the code. It is as amazing and revolutionary as it sounds. Only at Erqos.
Traditional PLCs require a laptop, a cable, and an open cabinet just to see what is happening. The EQSP32 was designed for a different model.
Stand next to the panel and see the real-time state of every port on your smartphone, digital and ANALOG. No cable, no laptop, no open cabinet.
Push firmware or application updates over WiFi or Ethernet to any EQSP32 on your network, or anywhere in the world. No panel access, no travel.
Every controller decision comes down to what it can do and how it stacks up. We’ve made both easy.
Built-in CAN-bus. 166 I/Os in a single stack. Native MQTT device discovery. Plus a dozen more capabilities most micro-PLCs (and even many full-size PLCs) simply don’t have.
See what EQSP32 can do betterSide-by-side with two of the most popular micro-PLCs in its class, across 50 criteria: connectivity, I/O, sensors, software, price.
See the full comparison
Open-architecture hardware usually means “you’re on your own.” Not at Erqos. Our engineers are an extension of your team, ready to deliver immediate, impactful solutions. And if you’d rather have us build it for you, we do that too.
Having every terminal configurable as a 1A power output or a protected analog input changes the game. With 16 identical, software-configurable ports we don’t have to plan I/O allocation up front — we just wire it and configure later.
We were skeptical about AI-generated code for industrial hardware. But EQ-AI understood our process logic on the first prompt and produced clean, working code. What used to take a week of development was running in under an hour.
We had an EMI issue between the EQSP32 and a VFD on the same panel. Most vendors would have pointed the finger at the other product. The Erqos team helped us trace the root cause and provided a working solution within 48 hours.
WiFi credential management has always been a headache with embedded controllers. The EQSP32’s smartphone provisioning made it trivial — our field technicians set up new sites in minutes without touching the code.
We've standardised on the EQSP32 across our team. Every engineer has the tools installed on their own machine: no license server, no dongle, no asking who has the seat. That alone has changed how we collaborate on projects.
We needed a controller that would pass electrical inspection in commercial installations. The DIN-mount enclosure, screw terminals, and CE certification made it a straightforward approval. Our inspector didn’t bat an eye.
Connecting to our existing Modbus RTU sensors and energy meters was straightforward. Having Ethernet, RS485, and WiFi all on one controller eliminated two gateway devices from every panel we build.
Get started with the EQSP32 today. We ship worldwide.
