A Unified Demo for the Embedded Ecosystem

The demonstration brings together core capabilities from AMI, ADLINK, and Linaro to present AMI Meridian’s ability to select and manage BIOS packages while supporting both Aptio V UEFI BIOS and Linaro ONEBoot for Arm®. It will dynamically display BIOS building, booting and automated testing through AMI Meridian, along with real‑time visibility into AMI’s Vulnerability Management System (VMS), Software Bill of Materials (SBOM), and CRA (Cyber Resilience Act) compliance dashboards. This complete and unified solution integrates CRA compliance monitoring and provides VMS and SBOM insights for the target embedded board.

The demonstration features a live build-to-boot workflow using AMI Meridian with AI-enhanced testing, with Windows® 11 IoT booting from Aptio V UEFI firmware and Yocto™ Linux booting from Linaro ONEBoot firmware to highlight its flexibility to build either an Aptio V (ACPI) or ONEBoot (Device Tree) BIOS for the same board – underscoring openness and eliminating vendor lock-in.

A special focus will shine on AMI Meridian as the unified management, security, and lifecycle platform for embedded BIOS development. This demonstration will also serve as a point of introduction to ONEBoot from Linaro: the first open source, CRA compliant embedded BIOS firmware powered by AMI Meridian. Attendees will see how AMI’s AI enhanced workflows support both current firmware needs through ONEBoot and future requirements with Aptio V, illuminating a seamless path across evolving architectures. Together, these core features highlight the importance of compliance, transparency, and interoperability across the embedded ecosystem, reinforcing how the partnership enables a more open, secure, and future-ready firmware landscape.

AMI and Linaro are working together to address emerging firmware challenges – particularly the growing demands around regulatory compliance and security – by delivering integrated, next‑generation solutions built for transparency and resilience. Linaro selected AMI Meridian to power ONEBoot because of AMI’s deep expertise in security, AI‑driven automation, and its comprehensive VMS and SBOM capabilities which provide a modern foundation for managing embedded firmware at scale. Through this collaboration and its broader platform strategy, AMI is helping guide the embedded industry’s transition by supporting both legacy and next‑generation firmware workflows, giving developers the flexibility to build precisely what they need with a vendor-agnostic approach.

“As embedded systems evolve and regulatory requirements become more stringent, customers need firmware platforms that are secure, adaptable and built for the future. With AMI Meridian, we’re delivering a unified, AI‑enhanced lifecycle platform that simplifies complexity while raising the bar on transparency and compliance. Our collaboration with ADLINK and Linaro demonstrates how openness and innovation can accelerate progress across the entire embedded ecosystem.”

– Stefano Righi, Senior Vice President, AMI

“ADLINK is committed to enabling next generation embedded computing through open standards by modularization of both hardware and software solutions. This joint demonstration proves how AMI Meridian seamlessly supports management and maintenance of advanced firmware like Aptio V and ONEBoot. Both firmware solutions, for the first time, support off-the-shelf OS distributions on this level of product. Built on ADLINK’s OSM-IMX93 computer-on-module, this collaboration with AMI and Linaro delivers greater flexibility and control to customers, while helping them meet escalating security and compliance demands.”

– Henk van Bremen, VP Technology & Development, ADLINK

“ONEBoot represents a major milestone for the embedded industry, delivering a firmware solution that is fully open-source, SystemReady DT certified, and EU-CRA compliant. By integrating with AMI Meridian’s robust automation and security lifecycle management, we are empowering developers to continuously meet rigorous regulatory standards with ease. This collaboration between Linaro, AMI and ADLINK demonstrates how we are building and maintaining firmware across a wide range of devices for both Linux and Windows on Arm.”

– Anmar Oueja, Head of Products, Linaro

AMI, ADLINK and Linaro warmly welcome visitors to Embedded World 2026 in Nuremberg to explore this collaborative demonstration at AMI Booth 5‑243, Linaro Booth 4‑501 and ADLINK Booth 3‑147.

For more information on AMI Meridian and Aptio V UEFI Firmware from AMI, please visit https://www.ami.com/.

About AMI

AMI is Firmware Reimagined for modern computing. As a global leader in dynamic firmware for security, orchestration and manageability solutions, AMI enables the world’s compute platforms—from on‑premises to the cloud to the edge. AMI’s industry‑leading foundational technology and unwavering customer support have generated lasting partnerships and spurred innovation for some of the most prominent brands in the high‑tech sector.

AMI Meridian is a trademark of AMI US Holdings, Inc. Aptio® is a registered trademark of AMI US Holdings, Inc. Yocto Project is a trademark of The Linux Foundation. All other trademarks and registered trademarks are the respective property of their owners in the US and other countries.

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As data centers evolve and incorporate increasingly heterogeneous silicon and platform architectures, secure, scalable, and flexible management solutions are more critical than ever. Our latest release of MegaRAC OneTree addresses these needs by expanding its comprehensive silicon support for a wide range of new and upcoming releases, including:

• Next-generation AMD “Venice” EPYC processor (including dual-node support)
• ASPEED AST2700 A1 DC-SCM (with Intel “Avenue City” [“Birch Stream”] and “Oak Stream” silicon features)
• NVIDIA Galaxy GB300 and CX8aas milestones
• Early enablement for NVIDIA Vera Rubin and roadmap availability
• Discrete GPU support (NVIDIA Blackwell and Rubin platforms)
• Axiado Trusted Control/Compute Unit (TCU) enablement on NVIDIA GB200
• NXP Semiconductors i.MX 93 support with the same, unfragmented MegaRAC OneTree code base

This new release also adds important developer-centric enhancements to improve and speed development workflows, including:

• A new version of MegaRAC OneTree Development Studio (ODS v3.0) and CLI for streamlined workflows
• PDK framework and API-based sensor framework for faster integration
• A unified kernel for ASPEED AST2600, AST27x0, and Arbel with our software development kit (SDK) v9.08 update

In addition to expanded silicon support and developer enhancements, MegaRAC OneTree also raises the bar for quality, security and compliance with these latest benchmarks:

• 6,175 test cases executed with >95% pass rate – representing a 20% increase in test coverage – and 545 issues resolved with “Fixed Code Change” to deliver significantly improved code quality, stability and performance
• OCP SAFE certification (October 2025) and ISO9001:2015 audit certification (December 2025).
• 97 contributions to the OpenBMC community

With these key advancements in security, stability, interoperability and ease of use, MegaRAC OneTree version 3.0 once again sets a new standard for OpenBMC-based server management for the next generation of data centers.

For more information about the new features and enhancements in MegaRAC One Tree, we encourage users to contact their AMI Sales Representative or refer to the latest product release notes. Stay tuned for information about upcoming MegaRAC OneTree releases and learn more about how AMI is shaping the future of data center firmware management at ami.com/products/megarac.

OpenBMC is a trademark of LF Projects LLC in the US and other countries. All other trademarks and registered trademarks are the property of their respective owners in the US and other countries.

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AMI DevNet™ is a web-based source code distribution and development environment that combines a unique, enhanced source code hosting service featuring metadata-aware microservices and bots together with a complete DevOps solution for BIOS and BMC firmware development. It features an enhanced robust Git™-based source control system with powerful integrated DevOps capabilities to help make firmware development simpler, faster and more secure. With fully integrated virtual and physical hardware testing services, AMI DevNet is a vital tool for bringing products to market on budget and on time.

AMI DevNet is available to AMI ODM and OEM firmware customers with the option to use specific components of the solution as needed and the ability to integrate and add custom DevOps capabilities. The solution is not intended to replace each customer’s own development methodologies, but rather to provide an opportunity to enhance and complement them, with the aim of shortening the development cycle and time to market.

Why AMI DevNet?

One of the key benefits of AMI DevNet is a highly streamlined development experience for all types of firmware engineering teams. It also has secure development at its core – as all source code developed in conjunction with AMI DevNet is required to pass static code analysis and other tests to ensure customer coding standards are enforced.

To make it familiar and compatible with existing OEM/ODM customer development methodologies, AMI DevNet also incorporates several well-known industry tools into its framework, such as Git, GitLab™, Docker™, Ansible®, Kubernetes™ and more. AMI DevNet leverages the widely used Git source-control system to support standard git commands, minimize complexity, and enable easy migration of existing projects to the AMI DevNet environment.

As part of its code verification process, AMI DevNet performs continuous integration to ensure every check-in still builds. AMI DevNet also features automated testing to ensure the latest source is always well tested and the latest firmware image is ready for deployment at any time. Any issues detected are clearly listed in a report format pointing to exact lines of code for quick analysis and resolution. All security issues require a logged sign-off if not corrected, while tool selection and aggressiveness also can be customized.

Finally, AMI DevNet provides flexible hosting and development models for easy multi-party development. It scales to cloud environments with ease and delivers the ultimate in modularity, security and compatibility while accommodating the preferred deployment models of each customer. Its flexibility means that multi-party development models can be arranged between any combination of AMI/OEM/ODM engineering teams. For quick on-boarding of engineering or development teams, AMI DevNet moves complicated tool setup to the cloud and allows for test hardware to be connected at AMI or the customer site.

“Throughout our history, providing best-in-class tools that enable our OEM and ODM customers to improve their development workflows, reduce development costs and errors and speed time to market has always been at the core of our mission,” said Sanjoy Maity, Chief Executive Officer of AMI.

“AMI DevNet represents the next evolution in that mission – a modern solution based on industry-standard tools like Git and Kubernetes that will not only continue our legacy of first-class support for our firmware customers, but also deepen the potential for collaboration with AMI. AMI DevNet will also enable our customers to augment their own internal development processes, which will contribute to better, more innovative products that will ultimately benefit us all,” he added.

For more information on the new AMI DevNet Firmware Source Code Development and Distribution Environment, please contact us or call 1-800-828-9264 to speak with an AMI Sales Representative.

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MyGnar’s flagship GNARBOX is the world’s first pocket-sized device where users can download, organize and edit videos/RAW photos using their smartphones, giving users the ability to edit and share their media on the go no matter where they are. GNARBOX follows a series of steps, where users can import media to the GNARBOX, edit media using the GNARBOX app, and share full resolution media (up to 4K) on various social media platforms. GNARBOX can be used to transfer media from drones, GoPro® devices and DSLR cameras to various devices (smartphone, tablet, cloud, desktop, etc.). GNARBOX holds up to 128GB of media and has USB3, microSD and SD ports to quickly upload content into the GNARBOX.

Drawing on the proven experience in BIOS/UEFI development and source code design of AMI, MyGnar entrusted AMI for help with the initial product development of the GNARBOX. AMI engineers were able to provide flexible source code that would meet the specific design requirements needed for the GNARBOX and quickly implement the necessary BIOS features to get the product ready. The GNARBOX is now available for shipment and customers can purchase the GNARBOX to capture all the exciting and adventurous moments in their lives.

“Working closely with AMI allowed us to get the support needed to get the GNARBOX up and running.” said Tim Feess, CEO/Co-Founder of MyGnar, Inc. “With AMI’s expertise/reputation in BIOS development and knowledge in hardware/software design, AMI was able to meet our design requirements for the GNARBOX and was proactive with any business/design questions we had. We are pleased to have worked alongside AMI to create our product and take it to the market.”

“The collaboration between AMI and MyGnar has allowed AMI to work with companies in different industries, this time focusing on integrating AMI’s technology with a device that allows simple, fast and instantaneous editing/sharing of media. MyGnar’s GNARBOX is equipped to empower users who are frequently taking pictures/videos while traveling, exploring and documenting moments in their lives,” said Subramonian Shnkar, President/CEO of AMI. “We are excited to have been part of this project and see how AMI’s technology could be incorporated into such as an innovative product,” he continued.

More information on this unique media editing and sharing device, including guidance on how to purchase the GNARBOX, is available at www.gnarbox.com.

To learn more about Aptio V UEFI Firmware from AMI, please visit ami.com/products/aptio-v/.

GOPRO, HERO, the GOPRO logo, and the GoPro Be a Hero logo are trademarks or registered trademarks of GoPro, Inc.

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The support for AMD Next Generation Silicon provides support across multiple reference platforms. AMI has been selected by AMD as the reference BIOS provider for all reference platforms. AMD’s next generation silicon will have support for multi-socket configurations with a high number of cores per socket. AMI has been working with various technology partners with successful power-ons and more testing is planned for the future. Redfish capabilities and support have also been validated alongside AMI’s BMC firmware to give customers more options when designing their platforms. Please contact your AMD representative for complete information.

Please contact your AMI representative for information on how to get BIOS and BMC firmware images for testing.

To learn more about Aptio V UEFI Firmware from AMI, please visit ami.com/products/aptio-v/.

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Redfish is a new method to manage servers within the datacenter. It offers a highly abstract management interface for end customers and OEMs to build customized management solutions to meet their specific needs. For more information on Redfish or to get involved in the specification please visit https://www.dmtf.org/.

AMI has developed generic Redfish BIOS and BMC firmware support and has tested on the Intel® Xeon® Processor D-1500 Product Family silicon with AST2300. AMI’s BIOS and BMC firmware are highly integrated, allowing data center administrators to simultaneously, remotely and securely manage a number of server platforms out-of-box. Other features include BIOS-level firmware configuration and firmware updating. BMC functionality is based on the open industry standard specification and schema from DMTF’s Redfish™ API with the goal of creating seamless integration into existing tool chains.

Please contact your AMI representative for information on how to get BIOS and BMC firmware images for testing.

To learn more about Aptio V UEFI Firmware from AMI, please visit ami.com/products/aptio-v/.

Intel and Intel Xeon are trademarks of Intel Corporation in the U.S. and/or other countries. Redfish is a trademark of DMTF in the U.S. and/or other countries. All other trademarks and registered trademarks are property of their respective owners.

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Host Controlled Automated Testing, or HCAT, is a tool used to perform automated testing and designed to ensure quality assurance. It is a collection of software and hardware that provides the ability to take screenshots, provide keyboard input, power cycling, GPIOs and a script interpreter. A custom script can be written for HCAT that provides a way for customized testing. Tests can range from running OEM applications and logging of results to unattended operating system installations. When a specific event occurs, such as a failure, HCAT will capture as much information as possible to a log. After is complete, HCAT can e-mail out a report with all successes and failures for review. AMI has tested HCAT extensively and it has installed multiple operating systems, including Windows® and Linux® operating systems.

AMI currently holds the patent for automated operating system installation on multiple drives, where a device switch allows for a connection between a mass storage device and either a test control system (TCS) or system under test (SUT). With this technology, users can coordinate the installation of multiple operating systems on a SUT. Errors that are detected during the automated installation process are identified and corrected in a computing system firmware.

To learn more about Aptio V UEFI Firmware from AMI, please visit ami.com/products/aptio-v/.

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