Sensors Development

Sensor
Design

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Custom Industrial Sensor Development for Automation and Robotics

The hard part of an industrial sensor is rarely the sensing element itself. It's the electronics around it: hardware, firmware, communication interfaces, and the certification path, all of which have to hold up in the field. Get that wrong and the cost hits your production line, your certification timeline, and your standing with customers.

That's where Promwad comes in. We design the custom electronics that turn a sensing element into a finished industrial sensor, from hardware and firmware to communication interfaces, and we support you through certification, so you ship reliable products faster. We also connect these sensors to the cloud and wire in analytics, so your systems move from monitoring to predicting failures.


We are proud members of the EtherCAT Technology Group, PI Community, OPC Foundation, and CLPA!

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Why Promwad

Discover our proven expertise in custom sensor electronics for industrial automation and robotics, backed by two decades of shipping production hardware and software.

End-to-end engineering
22+ years, 100+ engineers, full stack

Sensor programs fail in the seams between disciplines. Our teams own the full electronics stack, from hardware and firmware to embedded software and mechanics

Cost-effective engineering model
Cost-effective engineering teams

We allocate an engineering team with a tech lead to work alongside your team. You don't have to involve rare in-house experts or handle the hiring process

Industrial group membership
Industrial group membership

As a member of the EtherCAT Technology Group, the PI Community, OPC Foundation, and CLPA, we follow all established industry standards

Turnkey design & legacy modernization
Advanced components & legacy modernization

We build on the latest components and help you modernize aging designs by replacing end-of-life components, migrating to new MCU/FPGA platforms, or adding new interfaces

Production-aware engineering
Production-aware engineering

We design for the realities of your factory floor and field: long-lifecycle components, industrial temperature grades, EMC, serviceability, and supply continuity

Industrial Sensor Types We Develop

We design custom sensors around your measurement range, accuracy, environment, and target interfaces, and take each one from concept to certified hardware.

Temperature & Humidity Sensors

We develop temperature and humidity sensors that hold accuracy where datasheet specs break down: hazardous areas, extreme heat, and constant vibration. To keep readings stable over the product's life, we account for: 

  • Sensing element choice for your range and accuracy: thermocouples, RTDs, thermistors, pyrometers, thermographic cameras 
  • Calibration and compensation: cold-junction error, RTD lead-wire compensation, drift, self-heating 
  • Wired or wireless monitoring and reporting over your target industrial interfaces 
 

Vendors

Sensing & front end: Melexis, Analog Devices, Maxim Integrated | MCU & processing: STMicroelectronics, NXP, Microchip, Renesas, Texas Instruments | Interfaces & industrial networks: Hilscher

Platforms

ARM Cortex M0/M0+/M1, M3/M4/M7, and M23/M33/M35P; RISC-V, Hilscher NetX SoC, DSP

Types

Thermocouple E, J, K, M, N, T, B, S, R, Platinum/Rhodium-alloy, C, D, G; RTDs (resistance temperature detectors): Pt100, Pt1000

Libraries

X-CUBE-MEMS1

Solutions

Pyrometers, thermographic cameras (infrared / thermal imaging), acoustic and smart wired / wireless temperature sensors

Interfaces & Industrial Protocols

Ethernet APL, RS-485, Modbus RTU, CANopen, IO-Link, HART, PROFIBUS, 4-20 mA (current loop), 0-20 mA, 0-10 V, single-pair Ethernet (SPE)

Flow Sensors

We build flow sensors for oil and gas, chemical processing, and water treatment, where measurement error turns straight into lost product and wasted energy. We pick the right measurement principle for the job and handle the signal processing that keeps it accurate: 

  • Turbine, ultrasonic, and electromagnetic designs matched to your fluid and flow range 
  • DSP and FPGA processing for fast, stable measurement at high flow speeds 
  • Leak detection and diagnostics over your target industrial interfaces 

 

Interfaces & Industrial Protocols

Ethernet APL, RS-485, Modbus RTU, CANOpen, IO-Link, HART, 4-20 mA (current loop), 0-20 mA, 0-10 V, single-pair Ethernet (SPE), PROFINET RT/IRT, PROFIBUS

Solutions

Ultrasonic, electromagnetic, differential pressure, vortex, and mechatronic flow meters; mass flowmeters (e.g. Coriolis meters); thermal flow switches

Vendors

Sensing & front end: Analog Devices, Maxim Integrated, Texas Instruments | MCU & processing: STMicroelectronics, NXP, Microchip, Renesas | Interfaces & industrial networks: Hilscher

Libraries

MSP-USSSWLIB_Water, FlowMeter, TI USSSWLib for ultrasonic sensing

Platforms

ARM Cortex M0/M0+/M1, M3/M4/M7, and M23/M33/M35P; RISC-V, Hilscher netX SoC, DSP, FPGA

Pressure Measurements

We design custom pressure transducers that hold accuracy against overpressure, temperature swings, and aggressive media. Our engineers match the design to your conditions from the start: 

  • Pressure type and range: gauge, absolute, differential, low to high pressure 
  • Environment: hazardous areas, high temperature, sanitary and pneumatic applications 
  • Output and integration: integrated digital display, two switching outputs, tri-clamp fittings for sanitary use 
     

Vendors

Sensing & front end: Analog Devices, Maxim Integrated, Texas Instruments | MCU & processing: STMicroelectronics, NXP, Microchip, Renesas | Interfaces & industrial networks: Hilscher

Platforms

ARM Cortex M0/M0+/M1, M3/M4/M7, and M23/M33/M35P; RISC-V, Hilscher netX SoC, DSP

Interfaces & Industrial Protocols

Ethernet APL, RS-485, Modbus RTU, CANopen, IO-Link, HART, 4-20 mA (current loop), 0-20 mA, 0-10 V, single-pair Ethernet (SPE), PROFINET RT/IRT, PROFIBUS

Solutions

Sensor design with integrated digital display for industrial applications, pressure transducer solutions for hazardous areas, sensors with display for sanitary and pneumatic applications, sensors for high temperature with integrated tri-clamps for sanitary applications, pressure sensors with two switching outputs

Level Sensing

We develop level sensors for tanks and silos, where foam, dust, and residue buildup throw off the reading. The right principle depends on the medium and the vessel, so we match the technology to your application and tune it for resolution, range, and resilience: 

  • Measurement principle: ultrasonic, capacitive, guided wave radar, or float, chosen for your medium 
  • Build and environment: hazardous areas, sanitary and hygienic applications, residue-suppression switches, probes with integrated temperature 
  • Contact or non-contact measurement over your target industrial interfaces 

Vendors

Sensing & front end: Analog Devices, Maxim Integrated, Texas Instruments | MCU & processing: STMicroelectronics, NXP, Microchip, Renesas | Interfaces & industrial networks: Hilscher

Interfaces & Industrial Protocols

Ethernet APL, RS-485, Modbus RTU, CANopen, IO-Link, HART, 4-20 mA (current loop), 0-20 mA, 0-10 V, single-pair Ethernet (SPE), PROFINET RT/IRT, PROFIBUS

Platforms

ARM Cortex M0/M0+/M1, M3/M4/M7, and M23/M33/M35P; RISC-V, Hilscher netX SoC, DSP

Libraries

TI USSSWLib for ultrasound sensing

Solutions

Capacitive non-contact level measurement, guided wave radar probes, guided wave radar probes for sanitary applications, residue suppression level switches for hazardous areas, point level sensors for industrial applications, residue suppression level switches for sanitary applications, capacitive probes with integrated temperature, sensors with capacitive technology, non-contact level measurement for hygienic applications

Position Sensors

We develop position sensors for actuators, motors, and robotic arms, where motion control demands high resolution and signal integrity under vibration and EMI. We match the sensing technology and the protocol to your axis: 

  • Sensing type: LVDTs for linear actuators, rotary encoders for motors and arms, magnetic sensors for harsh or high-temperature environments 
  • Output: absolute or incremental, over EtherCAT, BISS, EnDat, SSI, or HIPERFACE DSL 
  • FPGA and CPLD processing for fast, deterministic position feedback

 

Vendors

Sensing & front end: Analog Devices, Texas Instruments, Maxim Integrated | MCU & processing: STMicroelectronics, NXP, Microchip | FPGA / CPLD: Lattice Semiconductor, AMD (Xilinx), Intel FPGA

Interfaces & Industrial Protocols

EtherCAT, RS-485, RS-422, Modbus RTU, SSI, BISS, EnDat, ABZ (HTL/TTL), ABZ (Sin/Cos), HIPERFACE DSL, DeviceNet, PROFINET RT/IRT

Platforms

FPGA, CPLD, ARM Cortex M0/M0+/M1, M3/M4/M7, and M23/M33/M35P; RISC-V, DSP

Libraries

X-CUBE-MEMS1

Solutions

Absolute and incremental encoders

Gas Detectors

We develop gas detectors for workplace safety, where a missed reading risks lives and a false alarm shuts down production, all under tightening regulation. Reliability and stable calibration over time matter as much as the initial accuracy, so we design around the target gases and the certification you have to meet: 

  • Detection principle matched to the gas: infrared, electrochemical, or catalytic 
  • Long-term stability: drift compensation, self-test, and calibration the field can trust 
  • Compliance-ready design and reporting over your target industrial interfaces 

 

Vendors

Gas sensing elements: Figaro, Dräger, Winsen, Gastec | Front end & MCU: Analog Devices, Maxim Integrated, Texas Instruments, STMicroelectronics, NXP, Microchip, Renesas | Interfaces & industrial networks: Hilscher

Interfaces & Industrial Protocols

Ethernet APL, RS-485, Modbus RTU, CANopen, IO-Link, HART, 4-20 mA (current loop), 0-20 mA, 0-10 V, single-pair Ethernet (SPE), PROFINET RT/IRT, PROFIBUS

Platforms

ARM Cortex M0/M0+/M1, M3/M4/M7, and M23/M33/M35P; RISC-V, Hilscher netX SoC, DSP

Lidars & Radars

We develop lidar and radar systems for robotics, autonomous vehicles, and industrial machinery, where a missed object means a collision or a halted line.  

Reliable detection through dust, rain, or poor light drive the whole design, so we match the sensing technology to your environment and safety target: 

  • Lidar for high-resolution 3D mapping and precise object detection 
  • Radar for distance, velocity, and direction, including in low visibility 
  • Signal processing and integration for real-time detection on your platform 

 

Vendors

Radar / lidar front end: Infineon, Silicon Radar, Acconeer, Hi-Link | Signal processing & MCU: Analog Devices, Texas Instruments, STMicroelectronics, NXP, Microchip, Renesas, Maxim Integrated

Platforms

FPGA, CPLD | DSP | ARM Cortex-M0/M0+/M1, M3/M4/M7, M23/M33/M35P | RISC-V

Interfaces & Industrial Protocols

Automotive: CAN, CAN FD, Automotive Ethernet (100BASE-T1 / 1000BASE-T1) | Industrial / robotics: EtherCAT, PROFINET RT/IRT, Ethernet, SPE

Radiation Sensors

We develop radiation sensors for workplaces where detecting ionising radiation is a safety and compliance requirement, and a missed reading carries real consequences. Our engineers design around the radiation type and the operating environment: 

  • Detector matched to the radiation: GM tubes for portable gamma/beta, scintillation for gamma/neutron, semiconductor for alpha/beta/gamma 
  • Low-noise analog front end and pulse processing for the sensitivity you need 
  • Compliance-ready design and reporting over your target industrial interfaces 

 

Vendors

Detectors: LND, Hamamatsu, CERN Medipix | Readout ASICs / front end: IDEAS, Analog Devices, Texas Instruments, Maxim Integrated | Processing & interfaces: STMicroelectronics, NXP, Microchip, Renesas, Hilscher

Interfaces & Industrial Protocols

Ethernet APL, RS-485, Modbus RTU, CANopen, IO-Link, HART, 4-20 mA (current loop), 0-20 mA, 0-10 V, single-pair Ethernet (SPE), PROFINET RT/IRT, PROFIBUS

Platforms

ARM Cortex M0/M0+/M1, M3/M4/M7, and M23/M33/M35P; RISC-V, Hilscher netX SoC, DSP

Substance Sensors

We develop substance sensors for manufacturing, chemical processing, and environmental control, where the reading decides whether a product or environment meets standard: 

  • Optical, electrochemical, or gas-based detection matched to your target substance 
  • Selectivity and drift compensation for reliable readings in real process media 
  • Quality monitoring and reporting over your target industrial interfaces 

 

Vendors

Sensing elements: Hamilton, Hamamatsu | Front end & MCU: Analog Devices, Maxim Integrated, Texas Instruments, STMicroelectronics, NXP, Microchip, Renesas | Interfaces & industrial networks: Hilscher

Interfaces & Industrial Protocols

Ethernet APL, RS-485, Modbus RTU/ASCII/TCP, CANopen, IO-Link, HART, 4-20 mA (current loop), 0-20 mA, 0-10 V, single-pair Ethernet (SPE), PROFINET RT/IRT, PROFIBUS

Platforms

ARM Cortex M0/M0+/M1, M3/M4/M7, and M23/M33/M35P; RISC-V, Hilscher netX SoC, DSP

Vision & Imaging Sensors

We develop vision and imaging systems for inspection, quality control, and robotic guidance, where throughput and detection accuracy decide whether the line keeps moving or stops on false rejects: 

  • Camera matched to the task: CCD for high-resolution low-light, CMOS for general imaging, thermal for predictive maintenance and process control 
  • Applications: 1D/2D code reading, OCR, position and rotation detection, completeness checks, fill-level monitoring, print and label inspection 
  • Vision functions: pattern matching, contour and blob analysis, measurement (caliper), and color analysis (RGB/HSV/LAB) 

 

Vendors

Image sensors: Sony (Pregius, Pregius S, Starvis), onsemi, Teledyne e2v, OMNIVISION, Gpixel | Thermal / IR: Teledyne FLIR, Lynred | Cameras / modules: Basler, Allied Vision, Teledyne DALSA | Processing: AMD (Xilinx), Intel FPGA, NVIDIA

Camera Interface

CameraLink HS, CoaXPress (CXP-6/CXP-12), CameraLink Deca, 5 GigE, USB3, CameraLink Base, 1 GigE, MIPI CSI-2

Functions

– Pattern matching, contour detection, brightness detection, greyscale value threshold, contrast detection, flexible 360° position tracking, caliper tool for measuring tasks, blob analysis 
 2D codes: ECC200, QR-Code, PDF 417 
– Code quality evaluation, multi-code reading, directly marked code reading, OCR 
– 1D barcodes: EAN, UPC, RSS, 2/5 interleaved, 2/5 industrial, code 39, 93, and 128, GS1, pharma code, codabar 
 Color area: determines the color area or a color range 
 Color list: compares a color with a list of known colors to sort parts accordingly 
 Color value: determines average color values RGB/HSV/LAB for output via interfaces 
– Object sensor functions, including pattern comparison, contour recognition, and calibration 
 Code reader functions such as barcodes, data matrix and plain text reading

Electric Meters & Power Network Analysers

We develop electric meters and power network analysers for utilities and grid equipment makers, where billing accuracy, metering-standard compliance, and tamper resistance are non-negotiable. 

  • Measurement: active, reactive, and apparent power and energy, RMS, harmonics, and power-quality analysis 
  • Metering ICs and DSP front end for accuracy across distortion and tamper detection 
  • Grid communication: IEC 61850, IEC 60870-5, DLMS/COSEM, DNP3, and PLC (G3) for smart-meter data exchange 

 

Vendors

Analog Devices, Texas Instruments, STMicroelectronics, Microchip, Renesas, NXP

Interfaces & Industrial Protocols

IEC 61850, IEC 60870-5-101/102/103/104; power line communication: PLC / PLC G3 / G3-PLC Hybrid; IEC 62056 (DLMS/COSEM), DLMS/COSEM over LoRaWAN, DNP3, ION, Modbus RTU/ASCII/TCP

Hardware

Hardware & silicon

– Energy metering ICs and analog front ends: Analog Devices, STMicroelectronics 
– Power line communication (PLC): STMicroelectronics, Texas Instruments, Renesas 
– Network redundancy (HSR/PRP) switches and SoCs: Texas Instruments, Microchip, Flexibilis; FPGA: AMD (Xilinx), Intel, Lattice, GOWIN

Algorithms

Active, reactive, and apparent power and energy; RMS, period, and zero-crossing detection; phase delay and compensation; sag and swell; tamper detection; digital front end (DFE); decimation, filtering, calibration; power-quality (PQ) and angle measurement

Application Areas

Our sensors run across industries where measurement accuracy and reliability decide output, safety, and compliance. 

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Industrial Automation & Process Control

Temperature, pressure, flow, and level sensing for production lines and process plants, keeping throughput high and processes in spec.

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Robotics & Motion Control

Position sensors, lidar, and radar for actuators, robotic arms, and autonomous platforms, delivering precise, low-latency feedback under vibration and EMI.

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Energy & Smart Grid

Electric meters and power network analysers for utilities and grid equipment, with billing-grade accuracy, power-quality analysis, and smart-meter data exchange.

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Oil, Gas & Chemical

Flow, pressure, level, gas, and substance sensing built for hazardous areas and aggressive media, where a missed reading means lost product or a safety incident.

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Workplace & Environmental Safety

Gas, radiation, and substance detectors for monitoring and compliance, holding stable calibration so the reading is trustworthy when it matters.

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Quality Control & Inspection

Vision and imaging systems for code reading, OCR, measurement, and defect detection, keeping the line moving without false rejects.


Predictive Maintenance & IIoT Transformation

A sensor that only displays a reading is a missed opportunity. The real value comes when sensor data flows into your operations and tells you what's about to happen, not just what already did.

By integrating cloud-connected sensors with advanced software and data analytics, we help you turn raw measurement into actionable intelligence.

From isolated devices to connected systems

standards-based interfaces (IO-Link, EtherCAT, PROFINET, OPC UA, single-pair Ethernet) connect sensors into your wider automation and IIoT architecture without custom glue

From monitoring to prediction

continuous, high-accuracy data streams become the foundation for predictive maintenance, so you replace parts before they fail instead of after

From data to decisions

onboard DSP, edge processing, and analytics-ready outputs let you identify machine issues, optimize throughput, and extend equipment lifespan



Less downtime, longer asset life, lower cost of ownership.

See how we build predictive maintenance systems →  

Our Case Studies

Real industrial sensing programs, delivered end to end.  

Power Quality Analyzer with AMP Linux/RTOS Architecture 

Dual-core industrial sensor delivering Class A power quality analysis across 100+ parameters per IEC 61000

Challenge:
A European power company needed a certified power quality analyzer covering harmonics up to the 50th order, flicker, interharmonics, and EN50160 compliance reporting — with real-time logging of 100+ parameters and strict IEC Class A measurement accuracy. 

Solution 
Promwad built an asymmetric multiprocessing device using OpenAMP (Linux + FreeRTOS), with CMSIS DSP for all mathematical analysis, Qt for data visualization and event logs, and Yocto for the build system — available in two hardware variants. 

Result 
The client received a production-ready Class A analyzer with ±0.1% voltage accuracy, 50th-order harmonic measurement, UTC-synchronized 10-minute aggregation, and GPS/network timing — fully compliant with IEC 61000-4-30, -4-7, and -4-15. 

Full Project Story: Industrial Power Quality Analyzer Development

Power Quality Measurement Sensor Development

Electromagnetic Flow Meter With DSP-Based Contaminant Detection

STM32F7 sensor platform replacing mechanical and analog flow measurement 

Challenge 
A South African equipment manufacturer needed an electronic flow meter to measure liquid volume, detect contaminants, and verify fluid density/viscosity — where traditional analog and mechanical methods failed to preserve sensor data. 

Solution 
Promwad designed an STM32F7-based sensor platform with a 400 MIPS DSP coprocessor and CMSIS DSP math libraries, supporting Ethernet, RS-485, HART, PROFINET, and Modbus RTU — with LVGL-driven UI, mcuboot bootloader, and Yaffs2 filesystem. 

Result 
A production-ready electromagnetic flow meter integrating directly into their product line, giving contractors and system integrators a scalable alternative to mechanical weighing — with richer sensor data, multi-protocol connectivity, and lower total solution cost. 

Full Project Story: Electromagnetic Flow Meter Sensor Development

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Three-Phase Smart Power Meter with IoT Telemetry

STM32L4-based energy meter with dual-path cloud connectivity for industrial grid monitoring

Challenge 
A European power company needed a three-phase multi-tariff meter for active and reactive energy measurement across 3- and 4-wire AC networks — with cloud data transfer to ASCAMS infrastructure. 

Solution 
Promwad built a low-power device on STM32L4 with STPM33/34 analog frontends for Class 0.2S precision, ST7580 for power line communication, and NB-IoT + LoRa as dual wireless backhauls for cloud and facility-level data aggregation. 

Result 
The client received a panel-mountable smart meter supporting 3×230/400V, 5–10A, multi-tariff scheduling, and dual-path IoT telemetry — production-ready for deployment across business centers and territorial grid accounting systems. 

Full Project Story: Industrial Power Meter Sensor Development

Three-Phase Power Meter Sensor Development

X-Ray Sensor Processing Device For Security CT Scanners

Artix-7 FPGA-based photon-counting readout system enabling 4-band material decomposition for a world-leading security screening OEM.

Challenge 
A world-leading security screening provider needed a custom X-ray processing device for CT scanners: four simultaneous energy bands, reduced-pixel photon counting, and real-time material decomposition for accurate 3D object structure and Zeff calculations. 

Solution 
Promwad delivered hardware, firmware, and mechanical design: Opal Kelly XEM7310 (Artix-7 FPGA) carrier board, daisy-chained JTAG sensor array, AXI-based Soft MCU architecture, and a milled aluminum/stainless steel enclosure with thermal management. 

Result 
The client received a modular photon-counting readout platform with USB host control and high-density board layout — production-ready for CT scanner lines requiring precise material decomposition and 3D reconstruction. 

Full Project Story: X-Ray Sensor Processing Device Development

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How We Ensure Quality

Here's how we protect your timeline, budget, and certification path:

Retail

Standards-driven engineering

We design to the relevant industry standards from the first schematic: IEC 61000, EN 50160, IEC 61850, and the rest of your applicable stack.

Streaming platforms

Full-cycle accountability

One team owns hardware, FPGA, embedded software, and mechanics, with a dedicated tech lead and PM — so quality is verified across the seams where multi-vendor projects can break.

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Design for manufacturing

Our DFM approach and mechanical design discipline mean what we prototype is what you can mass-produce, with no costly surprises at scale.

Verification & validation

Certification support

We support you through the certification process and design with the applicable standards in mind, so your product is ready to certify rather than reworked afterwards.

Choose How You Work with Us

Flexible cooperation formats to fit your business goals and project maturity

Number one

Time & Material

Perfect for evolving projects. You control the budget and milestones, while we ensure transparency and fast team scaling.

Number Two

Dedicated Team

Your long-term engineering capacity — a self-managed, domain-focused team integrated into your workflow for steady, predictable delivery.

Number Three

Fixed Price

Ideal for well-defined tasks with clear outcomes. Scope, budget, and timelines are set upfront to guarantee predictable results.

Customer Review

Neal Hartsough
rapiscan

"Our goal is to deliver the X-ray prototype to the government on time, and we’ve been able to do that.

Promwad has done a great job of managing their part in our projects. We’ve done 20–25 purchase orders, and worked on several projects with them. The amount of work they do is great for the amount of time they spend.

Their main strength is that they offer all the skills we need, such as mechanical design, firmware and software development, PCB layout, and schematic generation. "

Neal Hartsough, Director of Sensors, Rapiscan Systems (USA).

Ready to Build Your Industrial Sensor?

Whether you need a single custom transducer or a fully integrated, certified sensing platform, our engineers will scope the right approach — and you can start with a focused pilot before committing to the full program.
 

Tell us about your project

We’ll review it carefully and get back to you with the best technical approach.

All information you share stays private and secure — NDA available upon request.

Prefer direct email?
Write to info@promwad.com

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FAQ

Which industrial communication interfaces and protocols do you support?

 

A broad standards-based stack including EtherCAT, PROFINET RT/IRT, PROFIBUS, Modbus RTU/ASCII/TCP, CANopen, IO-Link, HART, Ethernet APL, single-pair Ethernet, SPE, RS-485/RS-422, 4-20 mA current loop, plus encoder interfaces such as SSI, BISS, EnDat, and HIPERFACE DSL, and power and metering protocols including IEC 61850, IEC 60870-5, DLMS/COSEM, DNP3, and PLC G3. Wireless options include NB-IoT, LoRa, and Wi-Fi.
 

Can you develop sensors certified for hazardous or harsh environments?

 

Yes. We design for extreme temperatures, pressures, vibration, and hazardous areas, and we navigate the relevant certification process with you, including standards such as IEC 61000-4-30 Class A, IEC 61000-4-7, IEC 61000-4-15, EN 50160, and IEC 61850, depending on your application.
 

Do you support predictive maintenance and IIoT integration?

 

Yes. We integrate cloud-connected sensors with advanced software and data analytics, using onboard DSP and edge processing plus standards-based interfaces, so your sensor data powers predictive maintenance, reduces downtime, and extends equipment lifespan.
 

Which engagement model should we choose?

 

Time and Material for evolving scope, a Dedicated Team for long-term engineering capacity, or Fixed Price for well-defined tasks with clear outcomes. Many clients start with a focused pilot project to validate the approach before scaling.