BIOS/UEFI for Windows | Tria Embedded Kit

Tria Embedded Kit for Windows

Production-ready BIOS / UEFI foundations and
expert support for Windows systems

Tria AMI BIOS / UEFI:

a validated foundation for your product

Accelerate integration, customization, and long-term support for your Windows-based system:

  • Best-in-class bootloader and platform firmware
  • Pre-integrated & validated drivers
  • Long-term support
  • EAPI interface for hardware monitoring
  • GUI edition tool for BIOS customization
  • AutoFLASH BIOS and firmware update mechanism
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Build faster. Stay secure. Maintain with confidence.

Reduce integration effort

with a validated Windows BIOS / UEFI foundation as well as optional tools and services

Ensure long-term product reliability

thanks to lifecycle management capabilities and long-term support

Strengthen device security

with secure boot, firmware protection, and security-focused platform management tools

AMI BIOS/UEFI built for Tria modules

We progressively integrate LTS support
from Intel & Qualcomm through AMI

Target: CPU life + 5 years
2026 2027 2028 2029 2030 2031 2032 2033 2034
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On-demand tooling to customize
your system

Tria provides a suite of system provisioning, device management, and security utilities for Windows-based embedded products.

  • MscBiosPwd for BIOS password management
  • MscDmiEdit for DMI/SMBIOS data management
  • TrustedUpdateHelper for secure firmware key and signature updates
  • TriaBg21 for Intel Boot Guard key and signature management
Production machines in a bright industrial facility

Extend your Windows platform
with our engineering services

Access specialized firmware, security, and platform expertise to reduce project risk,
accelerate time-to-market, and support long-term product success.

BIOS / UEFI integration
& customization

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Secure boot implementation

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Long-term lifecycle support

Case Study: High-performance AI medical imaging system

A medical device manufacturer required a high-performance computing platform for a next-generation medical imaging and diagnostic system running on Windows.

The solution needed to support compute-intensive image processing workloads, accelerate AI inference, and provide a scalable architecture on Windows.

Our approach

  • COM-HPC Mini PLH and IQ-X platforms
  • High-performance processing architecture for imaging and AI applications
  • AMI Windows BIOS / UEFI
  • BIOS customization support


The result

The customer successfully deployed a high-performance medical imaging platform combining AI-ready compute capabilities with a stable Windows software environment.

Medical equipment with a touchscreen display and connected cables in a clinical setting
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