Giometti rodolfo (102 resultados)

Condición: New.

Paperback. Condición: New. Secure Boot Encryption with Linux serves as a quick guide to building and maintaining a secure, embedded Linux system by establishing a verifiable Chain-of-Trust from the moment power is applied until the first user space application takes control. It meticulously breaks down what the Secure Boot implementation is, and critically, what it is not by providing the technical knowledge necessary to guard against sophisticated bootkits and unauthorized code execution.We begin by dissecting the Linux Cryptographic Subsystem and the core mechanism for secret protection: the Linux Key-Management Facility (Keyring). It provides an in-depth, practical guide to implementing Trusted Keys and Encrypted Keys, detailing how these secrets are secured by tying them to specialized hardware like the Trusted Platform Module (TPM). This unique focus ensures that critical encryption and signing keys are never exposed to user spaces, neutralizing the impact of successful root-level exploits. Next, we explore the implementation of a full Secure Boot Chain-of-Trust. Readers will learn how the Chain-of-Trust works from the initial pre-bootloader (e.g., U-Boot SPL or the Arm Trusted Firmware), through the main bootloader, up to the kernel and the root filesystem. This process guarantees that only code signed by a trusted authority is executed, providing unparalleled protection against firmware injection and persistent bootkits. We finish by looking at a blue print for Secure System Lifecycle Management, integrating the kernel's key-management with Transparent Encryption (dm-crypt) for the root filesystem and detailing the procedures for maintaining security over time. By focusing on root-proof key management and end-to-end integrity enforcement, this pocket guide is essential reading for developers and security architects who need to build resilient Linux products that meet the highest standards of modern cybersecurity.You Will Learn:How to implement and manage cryptographic secrets using the Linux Key-Management Facility (Keyring)Understand how to use the Linux Crypto API for secure hashing, signing, and encryption operationsHow to establish an unbreakable Chain-of-Trust that verifies the integrity and authenticity of every system component, from the initial hardware Root-of-Trust and the pre-bootloader to the final Linux kernel load.How to achieve Transparent Full Disk Encryption by integrating the secure Keyring with key technologies for data confidentiality for OS and Kernel levelsThis Book is for:Experienced embedded Linux developers and security architects.…

Paperback. Condición: New. Secure Boot Encryption with Linux serves as a quick guide to building and maintaining a secure, embedded Linux system by establishing a verifiable Chain-of-Trust from the moment power is applied until the first user space application takes control. It meticulously breaks down what the Secure Boot implementation is, and critically, what it is not by providing the technical knowledge necessary to guard against sophisticated bootkits and unauthorized code execution.We begin by dissecting the Linux Cryptographic Subsystem and the core mechanism for secret protection: the Linux Key-Management Facility (Keyring). It provides an in-depth, practical guide to implementing Trusted Keys and Encrypted Keys, detailing how these secrets are secured by tying them to specialized hardware like the Trusted Platform Module (TPM). This unique focus ensures that critical encryption and signing keys are never exposed to user spaces, neutralizing the impact of successful root-level exploits. Next, we explore the implementation of a full Secure Boot Chain-of-Trust. Readers will learn how the Chain-of-Trust works from the initial pre-bootloader (e.g., U-Boot SPL or the Arm Trusted Firmware), through the main bootloader, up to the kernel and the root filesystem. This process guarantees that only code signed by a trusted authority is executed, providing unparalleled protection against firmware injection and persistent bootkits. We finish by looking at a blue print for Secure System Lifecycle Management, integrating the kernel's key-management with Transparent Encryption (dm-crypt) for the root filesystem and detailing the procedures for maintaining security over time. By focusing on root-proof key management and end-to-end integrity enforcement, this pocket guide is essential reading for developers and security architects who need to build resilient Linux products that meet the highest standards of modern cybersecurity.You Will Learn:How to implement and manage cryptographic secrets using the Linux Key-Management Facility (Keyring)Understand how to use the Linux Crypto API for secure hashing, signing, and encryption operationsHow to establish an unbreakable Chain-of-Trust that verifies the integrity and authenticity of every system component, from the initial hardware Root-of-Trust and the pre-bootloader to the final Linux kernel load.How to achieve Transparent Full Disk Encryption by integrating the secure Keyring with key technologies for data confidentiality for OS and Kernel levelsThis Book is for:Experienced embedded Linux developers and security architects.…

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Condición: New. Brand New! Not Overstocks or Low Quality Book Club Editions! Direct From the Publisher! We're not a giant, faceless warehouse organization! We're a small town bookstore that loves books and loves it's customers! Buy from Lakeside Books.

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Paperback or Softback. Condición: New. BeagleBone Essentials. Book.

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Condición: As New. Unread book in perfect condition.

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Condición: As New. Unread book in perfect condition.

paperback. Condición: Very Good.

Paperback. Condición: New. Embedded computers have become very complex and are now called upon to solve a range of increasingly advanced problems. This added complexity means embedded systems need even more complex operating systems in order to work as required.The Yocto Project is now the effective standard for most embedded systems around the world due to its robustness and high configuration, availability of software packages and the ability to support several hardware platforms with common mechanisms so that developers can deploy their systems with ease regardless of the machine. Yocto Project Customization for Linux is not just another book talking about the Yocto Project, but shows how the Yocto Build system really works. Developers can easily and quickly move from the demo Yocto Project distributions that silicon vendors rely on for their development kits to their final product. This book is a practical guide teaching you everything you need to know about writing new recipes and customizing existing ones by explaining the Build System internals and how to manage them for your ongoing projects.You Will Learn:To understand Yocto Project internals and how Yocto Project tools workHow to define a new meta layer or a new machine/distro in order to generate a custom Yocto Project image for their embedded systemTo generate a new Yocto Project recipe for your software, or to alter an already existing recipe in order to fit your needsHow to update one or more packages on their running Yocto Project systemHow to optimize and effectively manage the Yocto Build SystemWho is it for: This is for embedded developers as well as Linux users who want to know more how to use Yocto.…

Condición: New.

Condición: New.

Condición: New.

Paperback or Softback. Condición: New. GNU/Linux Rapid Embedded Programming: Your one-stop solution to embedded programming on GNU/Linux. Book.

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Condición: New.

Condición: New.

Condición: New. pp. 240.

Taschenbuch. Condición: Neu. Neuware -Secure Boot Encryption with Linux serves as a quick guide to building and maintaining a secure, embedded Linux system by establishing a verifiable Chain-of-Trust from the moment power is applied until the first user space application takes control. It meticulously breaks down what the Secure Boot implementation is, and critically, what it is not by providing the technical knowledge necessary to guard against sophisticated bootkits and unauthorized code execution.We begin by dissecting the Linux Cryptographic Subsystem and the core mechanism for secret protection: the Linux Key-Management Facility (Keyring). It provides an in-depth, practical guide to implementing Trusted Keys and Encrypted Keys, detailing how these secrets are secured by tying them to specialized hardware like the Trusted Platform Module (TPM). This unique focus ensures that critical encryption and signing keys are never exposed to user spaces, neutralizing the impact of successful root-level exploits. Next, we explore the implementation of a full Secure Boot Chain-of-Trust. Readers will learn how the Chain-of-Trust works from the initial pre-bootloader (e.g., U-Boot SPL or the Arm Trusted Firmware), through the main bootloader, up to the kernel and the root filesystem. This process guarantees that only code signed by a trusted authority is executed, providing unparalleled protection against firmware injection and persistent bootkits. We finish by looking at a blue print for Secure System Lifecycle Management, integrating the kernel's key-management with Transparent Encryption (dm-crypt) for the root filesystem and detailing the procedures for maintaining security over time.By focusing on root-proof key management and end-to-end integrity enforcement, this pocket guide is essential reading for developers and security architects who need to build resilient Linux products that meet the highest standards of modern cybersecurity.You Will Learn:How to implement and manage cryptographic secrets using the Linux Key-Management Facility (Keyring)Understand how to use the Linux Crypto API for secure hashing, signing, and encryption operationsHow to establish an unbreakable Chain-of-Trust that verifies the integrity and authenticity of every system component, from the initial hardware Root-of-Trust and the pre-bootloader to the final Linux kernel load.How to achieve Transparent Full Disk Encryption by integrating the secure Keyring with key technologies for data confidentiality for OS and Kernel levelsThis Book is for:Experienced embedded Linux developers and security architects 236 pp. Englisch.…

Condición: As New. Unread book in perfect condition.

Condición: New. In English.

Condición: As New. Unread book in perfect condition.

Taschenbuch. Condición: Neu. Neuware -Secure Boot Encryption with Linux serves as a quick guide to building and maintaining a secure, embedded Linux system by establishing a verifiable Chain-of-Trust from the moment power is applied until the first user space application takes control. It meticulously breaks down what the Secure Boot implementation is, and critically, what it is not by providing the technical knowledge necessary to guard against sophisticated bootkits and unauthorized code execution.We begin by dissecting the Linux Cryptographic Subsystem and the core mechanism for secret protection: the Linux Key-Management Facility (Keyring). It provides an in-depth, practical guide to implementing Trusted Keys and Encrypted Keys, detailing how these secrets are secured by tying them to specialized hardware like the Trusted Platform Module (TPM). This unique focus ensures that critical encryption and signing keys are never exposed to user spaces, neutralizing the impact of successful root-level exploits. Next, we explore the implementation of a full Secure Boot Chain-of-Trust. Readers will learn how the Chain-of-Trust works from the initial pre-bootloader (e.g., U-Boot SPL or the Arm Trusted Firmware), through the main bootloader, up to the kernel and the root filesystem. This process guarantees that only code signed by a trusted authority is executed, providing unparalleled protection against firmware injection and persistent bootkits. We finish by looking at a blue print for Secure System Lifecycle Management, integrating the kernel's key-management with Transparent Encryption (dm-crypt) for the root filesystem and detailing the procedures for maintaining security over time. By focusing on root-proof key management and end-to-end integrity enforcement, this pocket guide is essential reading for developers and security architects who need to build resilient Linux products that meet the highest standards of modern cybersecurity.You Will Learn:- How to implement and manage cryptographic secrets using the Linux Key-Management Facility (Keyring)- Understand how to use the Linux Crypto API for secure hashing, signing, and encryption operations- How to establish an unbreakable Chain-of-Trust that verifies the integrity and authenticity of every system component, from the initial hardware Root-of-Trust and the pre-bootloader to the final Linux kernel load.- How to achieve Transparent Full Disk Encryption by integrating the secure Keyring with key technologies for data confidentiality for OS and Kernel levelsThis Book is for:Experienced embedded Linux developers and security architects.…

Condición: New.

Paperback. Condición: New. Embedded computers have become very complex and are now called upon to solve a range of increasingly advanced problems. This added complexity means embedded systems need even more complex operating systems in order to work as required.The Yocto Project is now the effective standard for most embedded systems around the world due to its robustness and high configuration, availability of software packages and the ability to support several hardware platforms with common mechanisms so that developers can deploy their systems with ease regardless of the machine. Yocto Project Customization for Linux is not just another book talking about the Yocto Project, but shows how the Yocto Build system really works. Developers can easily and quickly move from the demo Yocto Project distributions that silicon vendors rely on for their development kits to their final product. This book is a practical guide teaching you everything you need to know about writing new recipes and customizing existing ones by explaining the Build System internals and how to manage them for your ongoing projects.You Will Learn:To understand Yocto Project internals and how Yocto Project tools workHow to define a new meta layer or a new machine/distro in order to generate a custom Yocto Project image for their embedded systemTo generate a new Yocto Project recipe for your software, or to alter an already existing recipe in order to fit your needsHow to update one or more packages on their running Yocto Project systemHow to optimize and effectively manage the Yocto Build SystemWho is it for: This is for embedded developers as well as Linux users who want to know more how to use Yocto.…

Condición: As New. Unread book in perfect condition.