About NIXSINE

Connected product engineering.For industrial & intelligent systems.

NIXSINE Technologies is a connected product engineering company focused on building industrial IoT, embedded, edge computing and intelligent connected products.

We work across the complete product technology stack — from hardware architecture and embedded firmware to Linux, connectivity, edge intelligence, cloud integration and product deployment.

Our approach combines engineering depth with practical field experience to help OEMs, product companies and system integrators turn product requirements into reliable, production-ready solutions.

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NIXSINEHardwareEmbedded & LinuxConnectivityEdge & AI

  • Hardware

    Architecture, schematics, PCB and bring-up.

  • Embedded & Linux

    Firmware, RTOS, BSP, drivers and middleware.

  • Connectivity

    Industrial and wireless protocols.

  • Edge & AI

    Edge computing, vision and AI inference.

Company overview

NIXSINE

NIXSINE brings together expertise across embedded systems, industrial connectivity, Linux platforms, edge computing, AI and IoT to develop products for real-world industrial environments.

Our engineering capabilities span the complete product lifecycle — from system architecture and hardware development through firmware, BSP, protocol integration, application software, testing and deployment.

We work with customers at different stages of their product journey, whether they need to develop a new connected product, enhance an existing platform, integrate industrial connectivity or build a customized solution.

Our focus is simple: engineer connected products that work reliably in the real world.

Mission

To engineer reliable, intelligent and connected products that help businesses build smarter industrial systems.

We aim to combine strong engineering practices, practical technology choices and customer-focused development to deliver solutions that are reliable, scalable and ready for real-world deployment.

Vision

To become a trusted engineering partner for connected industrial products and intelligent edge solutions.

We envision NIXSINE as a technology partner that helps OEMs and product companies move from concept to production and beyond, with the engineering capabilities required to continuously evolve their products.

Why NIXSINE

Engineering that holds up in the field.

Engineering Driven

Our solutions are built around strong engineering fundamentals across hardware, embedded software, Linux, connectivity and edge computing.

End-to-End Product Engineering

From system architecture and hardware design to firmware, BSP, middleware, cloud integration and deployment, we can support multiple layers of the product development lifecycle.

Industrial Connectivity Expertise

We work with Ethernet, RS485, CAN, LoRaWAN, Wi-Fi, Bluetooth, 4G and industrial communication protocols, enabling integration with machines, sensors and existing infrastructure.

Edge & AI Ready

Our platforms support edge computing, computer vision and AI inference, enabling data processing closer to machines, sensors and cameras for faster and more efficient applications.

Flexible OEM Engagement

We adapt our engineering approach to the customer's product, architecture and roadmap — from individual engineering modules to complete product development.

Built for Real-World Deployment

Our focus extends beyond prototype development. Hardware, firmware and software are designed with field deployment, maintainability, scalability and long-term product support in mind.

Long-Term Engineering Partnership

We work as an extension of the customer's engineering team, supporting product evolution, customization, deployment and future technology requirements.

End-to-End OEM Engagement

From first requirement to production deployment.

NIXSINE supports OEM and product development programs from the initial requirement review through production deployment and ongoing engineering support.

  1. 01

    Requirements & Product Review

    We begin by understanding the product requirements, application environment, connectivity, processing requirements, interfaces, power architecture and deployment constraints.

  2. 02

    System Architecture

    We define the appropriate hardware, processor, communication technologies, software architecture and edge/cloud architecture based on the product requirements.

  3. 03

    Hardware Engineering

    Our scope can include schematics, PCB design, component selection, power architecture, peripheral integration, communication interfaces and hardware bring-up.

  4. 04

    Embedded & Linux Development

    We develop and integrate firmware, RTOS, Linux BSP, device drivers, middleware and system services required to operate the product reliably.

  5. 05

    Connectivity & Protocol Integration

    Industrial and IoT connectivity is integrated according to the application, including field interfaces, wireless communication, cloud protocols and device-to-platform communication.

  6. 06

    Application & Edge Integration

    We integrate the application layer, edge processing, HMI, AI/vision components and cloud interfaces to create a complete connected product.

  7. 07

    Prototype & Validation

    Engineering prototypes are evaluated through functional testing, interface validation, performance testing and real-world application testing before production.

  8. 08

    Production Readiness

    We support BOM optimization, production documentation, manufacturing coordination, firmware release management and production test requirements to prepare the product for scale.

  9. 09

    Deployment & Lifecycle Support

    Post-development support includes deployment assistance, firmware updates, troubleshooting, product improvements and ongoing engineering support throughout the product lifecycle.

Capabilities

Everything we engineer, in one place.

Core Product Engineering

  • Hardware Architecture & DesignProduct architecture, schematics, PCB and hardware integration
  • Embedded FirmwareFirmware development for MCUs, connectivity devices and industrial controllers
  • Linux & BSPCustom Linux BSP development, board bring-up, drivers and system integration
  • RTOS DevelopmentEmbedded applications using FreeRTOS and other real-time platforms
  • Middleware & Platform IntegrationIntegration of device drivers, communication stacks, libraries and application frameworks

Connectivity

  • EthernetIndustrial and network connectivity
  • RS485 / RS232Serial communication and industrial field-device integration
  • CANMachine, automotive and industrial controller connectivity
  • LoRaWANLong-range, low-power wireless IoT connectivity
  • Wi-Fi & BluetoothLocal wireless connectivity and device integration
  • 4G / CellularRemote connectivity for distributed and mobile deployments
  • Industrial ProtocolsIntegration and protocol conversion for industrial equipment and systems

Edge Computing & Intelligence

  • Edge ComputingLocal processing, data aggregation and decision-making
  • Edge AIAI inference and intelligent processing at the device level
  • Computer VisionCamera integration, image processing and AI-based vision applications
  • Industrial HMITouchscreen interfaces, visualization and local machine control
  • Data AcquisitionCollection, processing and buffering of industrial field data

Cloud & IoT

  • MQTT & IoT ConnectivityDevice-to-cloud communication and telemetry
  • Cloud IntegrationIntegration with IoT platforms and backend systems
  • Remote Device ManagementMonitoring, configuration and lifecycle management
  • Data Processing & StorageLocal buffering, data transformation and reliable transmission
  • IoT Platform IntegrationIntegration with existing cloud and industrial IoT platforms

Built for Connected Solutions

Connect. Compute. Control.

From embedded hardware to intelligent edge systems, NIXSINE brings the engineering capabilities needed to build connected industrial solutions.

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