White Paper

Intel® Firmware Support Package

Internet of Things

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Intel® Firmware Support Package

for Intel® Architecture

Intel® Firmware Support Package provides Internet of Things developers the

flexibility of usage-specific and royalty-free firmware solution for

Internet of Things devices based on Intel® Architecture.

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White paper

Deploy Fast & Secure IoT Solutions with Insyde® Software BlinkBoot® and Intel® Firmware Support Package (Intel® FSP)

Executive Summary

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Insyde® Software BlinkBoot® is a UEFI-based boot loader that leverages Intel® Firmware Support Package (Intel® FSP) to deliver simple, fast and scalable firmware solutions for Internet of Things (IoT) platforms. When you just want to boot quickly, or make your changes without a fuss, take advantage of industry-best standards and avoid getting tangled in the business process. Insyde* BlinkBoot* featuring Intel FSP support, gets you there in a blink.

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CASE STUDY

Enabling the Adoption of Intel® Architecture with

a Customizable Firmware Solution for Digital

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Surveillance System Applications

Intel® Firmware Support Package (Intel® FSP)

Design House and Platform Solutions

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UEFI Applications in U-Boot

During the last 2 years, U-Boot has grown support to execute UEFI applications such as grub or various BSD loaders.

This presentation will show you the progress of what is already working. It will show how far we're away from passing the official UEFI test suite and give you reasons why supporting UEFI binaries in embedded environments is useful.

Intel® Corporation –© 2018

UDK2018 Security Feature Roundup

Maggie Jauregui, Erik Bjorge and Brian Richardson

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Platform Armoring & Resiliency team

OSFC –September 2018

Researchers from Intel's Platform Armoring and Resiliency team will walk through the evolution of various firmware threat models as a result of the low-level skill advancement of software and hardware adversaries. In response, TianoCore added new in the UEFI Development Kit 2018 (UDK2018) release, along with enhancing existing security features.

This session provides real-world examples of several attack classes along with effective mitigation techniques against them. Topics include an introduction to platform security, an update on changes to the UEFI threat model, and a walkthrough of a critical Unified Extensible Firmware Interface (UEFI) security features (ex: HTTPS boot, pre-boot DMA protection using VT-d, guard page protection for potential stack/heap overflows).

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u-root and BMCs

by Christian Svensson 2018-09-14

u-root on BMCs

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The board management computer (BMC) is a component of the modern server allowing administrators to manage the server as if they were locally present. Over the recent years this component has come to be criticized for the many security issues that have surfaced, and until recently this component has been a very black box for the end-user. In this talk, we will briefly look on what the BMC does and how we can implement these features as part of the u-root Golang userland stack.

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U-Boot with Chrome OS and firmware packaging

Simon Glass

sjg@chromium.org

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Open Source Firmware Conference 2018

This talk covers chain-loading U-Boot on a Chromebook as well as experimental work on using U-Boot as the primary bootloader on eval boards such as Raspberry Pi (with verified boot). This provides a means to make use of Chrome OS's excellent vboot/update system, without needing to change over fully to the Chrome OS environment.

Part of this work builds on 'binman', a program used by U-Boot to build firmware images consisting of a number of 'entries' of different types. Binman is extensible, allowing new types of entries to be created easily. It is efficient, able to create complex images in O(#entries) time.

A demo will show U-Boot's sandbox environment running through the verified boot flow.

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U-Boot startup sequence

Status, Thoughts, Discussion

U-Boot Summit ELCE 2015

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Simon Glass, sjg@chromium.org

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