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Our Commitment: Secure and Reliable Solutions for Decades to Come

As a dedicated member of the Civil Infrastructure Platform (CIP) and the OpenChain Project under The Linux Foundation®, and a sponsor of the Debian Long Term Support (LTS) initiative, Moxa is committed to ensuring long-term stability for Debian-based systems. That’s why Moxa developed Moxa Industrial Linux (MIL); a secure, industrial-grade Debian-based operating system.

Moxa Industrial Linux features industry-leading 10-year OS support, including security patches, and was designed to meet IEC 62443-4-2 Security Level 2 standards. Built on Debian and the standard Linux kernel, MIL accelerates application development and time-to-market with intuitive Moxa utilities for system, network, and I/O management.

Reliable, Secure, and Developer-friendly Industrial Linux

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Reliability
  • Crash-free filesystem for data integrity
  • Crash-free failover filesystem
  • Built-in network connection keep-alive with intelligent failover
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Security
  • Save at least 6 months of development with IEC 62443-4-2 Security Level 2 compliance
  • Secure Boot with hardware Root-of-trust authentication
  • 10-year long-term OS support reduces the costs of security updates and maintenance
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Easy Development
  • Debian-based OS for effortless migration of Ubuntu and Raspberry Pi applications
  • Built-in tools for streamlining system, network, and interface management
  • Intuitive GUI for quick setup and configuring network connection failover

MIL Supported Devices

  • MIL3 Secure
  • MIL3 Standard
  • MIL1
  • Management
  • Environment
  • UC-1200A Series: Dual-core ARM-based computers with 1 mPCle slot.
  • UC-2200A Series: Dual-core Arm-based computers with optional LTE Cat 4 module.
  • UC-3400A Series: Quad-core 64-bit Arm-based computers with built-in wireless.
  • UC-4400A Series: Quad-core 64-bit Arm-based computers with optional LTE Car 4 and Wi-Fi.
  • UC-8200 Series: IEC 62443-4-2 Security Level 2 certified Arm-based computer with optional LTE Cat 4 and Wi-Fi.
  • V1200 Series: Railway EN50155 certified quad-core 64-bit Arm-based railway computer with optional 5G and Wi-Fi 6 support in OT4 environment.
  • V3200 Series: Railway EN50155 certified computer with Intel® 11th Gen processor, rich interfaces, and multiple expansion slots for storage and wireless.
  • V3400 Series: Railway EN50155 certified x86 computer with Intel® 11th Gen Core processor, up to dual 5G and Wi-Fi 6 support in OT4 environments.
  • UC-1200A Series: Dual-core ARM-based computers with 1 mPCle slot.
  • UC-2200A Series: Dual-core Arm-based computers with optional LTE Cat 4 module.
  • UC-3400A Series: Quad-core 64-bit Arm-based computer with built-in wireless.
  • UC-4400A Series: Quad-core 64-bit Arm-based computer with optional LTE/5G and Wi-Fi 6E.
  • UC-8200 Series: IEC 62443-4-2 Security Level 2 certified Arm-based computer with optional LTE and Wi-Fi.
  • ioThinx 4533: Advanced Arm-based modular I/O controller.
  • UC-2100 Series: Arm-based computer with compact form factor.
  • UC-3100 Series: Arm-based computers with built-in LTE Cat 1 and Wi-Fi.
  • UC-5100 Series: Arm-based computer with 4 serial ports and an optional mPCIe socket.
  • UC-8100 Series: Arm-based computer with 1 mPCIe socket.
  • UC-8100A Series: Arm-based computers with built-in LTE Cat 4.
  • UC-8410A Series: Arm-based computer with 8 serial ports, 1 mPCle socket.
  • UC-8540 Series: Train-to-ground Arm-based computer with 2 mPCle sockets.
  • UC-8580 Series: Train-to-ground Arm-based computer with 4 mPCIe sockets.

04 - The Necessary Evil of Building the Industrial IoT

The Industrial Internet of Things (IIoT) aims to increase productivity and make users lives easier. However, this can only be achieved when the Industrial IoT environment has reliable network connectivity. An unreliable network presents users with several challenges including: longer system downtime, cyber security risks, and unstable operations, especially when using a wireless connection. The diagram below uses factory automation as an example to illustrate what kind of concerns our industry partners face when trying to adopt lndustrial loT applications and benefit from them.

05 - The Necessary Evil of Building the Industrial IoT

The Industrial Internet of Things (IIoT) aims to increase productivity and make users lives easier. However, this can only be achieved when the Industrial IoT environment has reliable network connectivity. An unreliable network presents users with several challenges including: longer system downtime, cyber security risks, and unstable operations, especially when using a wireless connection. The diagram below uses factory automation as an example to illustrate what kind of concerns our industry partners face when trying to adopt lndustrial loT applications and benefit from them.

The Foundation of Industrial Stability

Comparison of MIL Versions

Learn more about our MIL Software Life-cycle Policy by visiting this page.

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