Industrial IoT and embedded systems

Four product series, from low-power sensor nodes to edge AI, engineered around your deployment.

  • LoRaWAN, Wi-Fi, Bluetooth and 4G connectivity
  • Low-power nodes for remote sensing
  • Industrial readers, HMI and vision products
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EDGE: LoRaWAN gateways
CORE: low-power nodes
INDUSTRIAL: Linux gateway
UHF / FASTag readers
INTELLIGENCE: HMI
AI vision products

Product series

Four series. One connected ecosystem.

Choose the platform that matches your connectivity, power and compute requirements.

EDGE SERIESMULTI-NETWORK
Nixsine EDGE series devices

Multi-Network Edge Device Platform

LoRaWAN, 4G, Wi-Fi and Bluetooth in one device.

  • LoRaWAN Connectivity
  • Optional 4G Cellular
  • Wi-Fi and Bluetooth
  • Field Sensor Interfaces
  • MQTT Cloud Integration
Learn more →
  • LoRaWAN
  • 4G LTE
  • Wi-Fi
  • Bluetooth LE
  • MQTT
  • RS485
CORE SERIESLOW POWER
Nixsine CORE series devices

Ultra-Low-Power Sensor Node Platform

Compact nodes for long-life field sensing.

  • Sub-1 GHz Mesh
  • Ultra-Low-Power LoRaWAN
  • Sensor Interfaces
  • Bluetooth Configuration
  • RTOS Firmware
Learn more →
  • LoRaWAN
  • Sub-1 GHz
  • Bluetooth LE
  • RS485
INDUSTRIAL SERIESRUGGED GATEWAY
Nixsine INDUSTRIAL series devices

Industrial Linux Gateway Platform

Linux and LoRaWAN gateways, UHF readers and RTUs for the field.

  • Embedded Linux Gateways
  • 8-Channel LoRaWAN Gateway
  • RS485 / RS232 / CAN
  • Ethernet Connectivity
  • MQTT Cloud Integration
Learn more →
  • LoRaWAN
  • Modbus RTU / TCP
  • MQTT
  • RS485
  • CAN
  • Ethernet
  • 4G LTE
INTELLIGENCE SERIESEDGE AI
Nixsine INTELLIGENCE series devices

Edge Intelligence Platform

HMI, edge AI gateways and vision products.

  • On-Device Edge AI
  • Embedded Linux Gateways
  • Multi-Protocol Integration
  • Multi-Network Connectivity
  • Cloud and API Integration
Learn more →
  • Modbus RTU / TCP
  • MQTT
  • OPC UA
  • HTTP / REST
  • Ethernet
  • Wi-Fi
  • 4G LTE
  • Bluetooth LE

Hardware design to product

From product requirement to a custom technology platform.

Every OEM / ODM board follows the same visible path, from the first circuit to a finished, tested device.

Circuit schematic of an embedded controller board01
Schematic designCircuit and component planning
PCB layout with routed traces and component placement02
PCB layoutBoard routing and placement
3D render of the assembled controller board03
Board assembly view3D model check before fabrication
Prototype board running on the bench with a connected display04
Prototype bring-upFirst boards powered up and tested
Finished NS204I Linux HE Gateway05
Finished productEnclosed and ready to deploy
OEM board design 1
OEM board design 2
OEM board design 3
OEM board design 4
OEM board design 5
OEM board design 6
OEM board design 7

How we work

From idea to a device in the field.

One team carries the product through every stage, so nothing gets lost between hardware, firmware and cloud.

RequirementUse case and environment.
ArchitectureHardware and software split.
HardwareSchematic, PCB and bring-up.
FirmwareRTOS, drivers and BSP.
IntegrationCloud, apps and APIs.
ProductionRepeatable builds.

Where it is used

Industrial Applications

The same solution patterns adapt across industries.

Energy & PowerMonitoring
Solar & RenewableEnergy
Water & WastewaterManagement
Oil & GasMonitoring
Factory Automation& Industry 4.0
Building & HVACAutomation
Cold Storage &Refrigeration
Smart Cities &Infrastructure

Our Engineering Process

A proven, collaborative approach to deliver reliable Industrial IoT solutions.

  1. 01

    Requirement Analysis

    • Understand use case and objectives
    • Define functional and non-functional needs
    • Identify protocols, interfaces & environments
    • Feasibility assessment
  2. 02

    Solution Design

    • System architecture design
    • Hardware & software co-design
    • Protocol & data flow planning
    • Security & connectivity planning
  3. 03

    Hardware Development

    • Schematic & PCB design
    • Component selection & validation
    • Prototype build & bring-up
    • Design for reliability & compliance
  4. 04

    Firmware & Software Development

    • Embedded firmware development
    • Protocol stack implementation
    • Edge logic & applications
    • Cloud & platform integration
  5. 05

    Testing & Validation

    • Functional testing
    • Integration testing
    • Protocol & performance testing
    • Environmental & reliability testing
  6. 06

    Deployment & Integration

    • Production build
    • System integration & configuration
    • Field deployment support
    • Documentation & training
  7. 07

    Support & Evolution

    • Remote monitoring & support
    • Firmware updates & improvements
    • Feature enhancements
    • Long-term lifecycle partnership

Technology ecosystem

Built with the tools of connected hardware.

A technology matrix spanning embedded hardware, firmware, Linux platforms, connectivity, and cloud integration.

NXP i.MXBroadcomRockchipTI Sitara AMEmbedded power electronicsIndustrial I/ORS485 / RS232Analog 0–10 VAnalog 4–20 mADigital I/ORelay outputsProtection circuitsSTM32ESP32RAK3172ESP-IDF
NIXSINE: building production-ready IoT solutions that scale, from device and platform to firmware, mobile and AI

Engineering capability

A practical path through complex systems.

View engineering capabilities →

Hardware Design

Hardware architecture and development support for connected industrial products.

Embedded Firmware / RTOS

Firmware and real-time software for MCU-based connected devices and controllers.

Custom Linux BSP Development

Embedded Linux BSP development, porting, and board bring-up for industrial platforms.

Middleware & Platform Integration

Connectivity, device-management, cloud, and application integration around embedded products.

Need something different?

We engineer custom connected products for OEM partners.

Bring your requirement and we will scope the hardware, firmware and platform around it.

Discuss Your Project →