Udemy - Customizing and Deploying Embedded Linux Systems

  • CategoryOther
  • TypeTutorials
  • LanguageEnglish
  • Total size1.6 GB
  • Uploaded Byfreecoursewb
  • Downloads77
  • Last checkedJun. 01st '26
  • Date uploadedMay. 31st '26
  • Seeders 11
  • Leechers7

Infohash : 9AFA9EF0F7D690A1F957568795346882301CD7DD

Customizing and Deploying Embedded Linux Systems

https://WebToolTip.com

Published 5/2026
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 7h 58m | Size: 1.57 GB

From Microcontroller Dependency to Principal Architect: Master Yocto, Secure Boot, RAUC OTA, eBPF, and Edge K3s.

What you'll learn
Architect custom, production-grade embedded operating systems from the ground up using both the Buildroot philosophy.
Compile and modify cross-compilation toolchains with fine-tuned parameters for custom ARM64 and x86-64 silicon environments.
Enforce hardware-rooted security parameters, including cryptographic Secure Boot signing keys, TPM 2.0 TSS interfacing, and ARM TrustZone/OP-TEE deployments.
Configure sub-millisecond latency deterministic control systems by patching, configuring, and building a custom PREEMPT_RT Real-Time kernel.
Implement atomic, zero-risk fleet Over-The-Air (OTA) update frameworks with dual A/B partition layouts, hardware watchdogs, and signed RAUC or Mender bundles.
Deploy resource-optimized, containerized Edge AI models and lightweight Kubernetes (K3s) orchestration clusters directly onto low-power custom boards.
Profile kernel-level I/O anomalies and network latencies with zero overhead using custom eBPF probes, perf, and systemd-analyze traces.
Automate regulatory compliance frameworks by integrating automated CycloneDX software bills of materials (SBOM) to meet strict EU Cyber Resilience Act mandates.
Survive a 12-hour air-gapped disaster recovery simulation, building a self-healing, read-only AI drone operating system from an empty repository.

Requirements
Operating System: A dedicated development machine running Ubuntu 22.04 or 24.04 LTS (native installation highly recommended, or a performance-allocated WSL2 environment on Windows 11).
Hardware Specifications: Multi-core x86-64 CPU (minimum 8 physical cores recommended for Yocto compilation acceleration), 16GB RAM minimum (32GB preferred), and at least 150GB to 250GB of free high-speed SSD storage. No physical target hardware boards are required—all embedded environments are fully emulated via QEMU.
Software Stack: Docker Engine and Git must be installed on your build host prior to beginning Module 1.
Prior Knowledge: Intermediate familiarity with C/C++ programming and regular command-line operations (navigating directories, scripting fundamentals). No prior kernel-level development, board support package (BSP) writing, or systems-architecture experience required; the course scales linearly from basic execution to enterprise-grade mastery.

Files:

[ WebToolTip.com ] Udemy - Customizing and Deploying Embedded Linux Systems
  • Get Bonus Downloads Here.url (0.2 KB)
    • ~Get Your Files Here ! 1 - Videos
    • 1. Introduction.mp4 (181.1 MB)
    • 10. Module 9 Production Diagnostics, CI CD & eBPF.mp4 (156.5 MB)
    • 11. Module 10 Sovereign Deployment & Autonomous Edge.mp4 (157.4 MB)
    • 12. Conclusion.mp4 (150.5 MB)
    • 2. Module 1 Foundations, Local Environment Setup & Initial Success.mp4 (138.8 MB)
    • 3. Module 2 Buildroot Mastery & Root Filesystem Engineering.mp4 (124.4 MB)
    • 4. Module 3 Yocto Project Deep Dive - BitBake & Layers.mp4 (108.0 MB)
    • 5. Module 4 Advanced Hardware Support - Bootloaders & Custom Kernels.mp4 (143.1 MB)
    • 6. Module 5 Userspace Provisioning & Advanced IPC.mp4 (142.3 MB)
    • 7. Module 6 Hardware-Rooted Security & Zero-Trust Architecture.mp4 (88.8 MB)
    • 8. Module 7 Edge Connectivity & Protocol Orchestration.mp4 (99.4 MB)
    • 9. Module 8 Fleet Orchestration & Over-The-Air (OTA) Updates.mp4 (115.2 MB)
    2 - Labs
    • 100. Lab 88 System Profiling and Boot Time Optimization The Race to Instant-On.html (14.5 KB)
    • 101. Lab 89 Post-Mortem Excellence Crash Dump Analysis with kdump.html (13.9 KB)
    • 102. Lab 90 Automated Hardware-in-the-Loop (HIL) Testing with LAVA.html (14.0 KB)
    • 103. Lab 91 Embedded Rust — Compiling Memory-Safe Applications in Yocto.html (13.7 KB)
    • 104. Lab 92 Edge Machine Learning Integrating TensorFlow Lite ONNX Runtime.html (13.4 KB)
    • 105. Lab 93 Utilizing NVIDIA Blackwell Jetson NPU APIs via Yocto Meta-Layers.html (13.2 KB)
    • 106. Lab 94 Containerizing the Edge Building a Custom OCI Runtime (crun).html (13.2 KB)
    • 107. Lab 95 Kubernetes at the Edge Deploying K3s on an Embedded Target.html (13.2 KB)
    • 108. Lab 96 Orchestrating Workloads to the Edge Node via K3s APIs.html (12.7 KB)
    • 109. Lab 97 Decentralized Edge Research Nodes Peer-to-Peer Data Syncing.html (13.0 KB)
    • 110. Lab 98 DORA GDPR Compliance – Secure Log Wiping and Data Sovereignty.html (13.1 KB)
    • 111. Lab 99 Final System Audit—Penetration Testing the Custom Image.html (13.1 KB)
    • 112. Lab 100 The Sovereign Autonomous Node - Architecture and Implementation.html (46.0 KB)
    • 13. Lab 1 Architecting the Ultimate Build Server (Ubuntu 24.04 LTS & Docker).html (13.8 KB)
    • 14. Lab 2 Understanding Cross-Compilation Toolchains (GCC, glibc, musl).html (13.0 KB)
    • 15. Lab 3 Anatomy of an Embedded Linux Boot Sequence.html (12.9 KB)
    • 16. Lab 4 The Buildroot Philosophy and Environment Initialization.html (13.5 KB)
    • 17. Lab 5 Compiling Your First Minimal Buildroot Image.html (13.9 KB)
    • 18. Lab 6 Emulating Hardware with QEMU Booting the Buildroot Image.html (13.2 KB)
    • 19. Lab 7 The Yocto Project Architecture BitBake, Poky, and OpenEmbedded.html (12.9 KB)
    • 20. Lab 8 Initializing the Yocto Build Environment and Configuration.html (13.5 KB)
    • 21. Lab 9 Baking the core-image-minimal with Yocto.html (13.2 KB)
    • 22. Lab 10 Validating the Yocto QEMU Boot and System Footprint.html (12.9 KB)
    • 23. Lab 11 Customizing the Buildroot Toolchain Options.html (13.1 KB)
    • 24. Lab 12 Managing Target Packages and Library Dependencies.html (13.8 KB)
    • 25. Lab 13 Integrating External Cross-Compiled Applications into Buildroot.html (14.9 KB)
    • 26. Lab 14 Rootfs Overlays Injecting Custom Configuration Files.html (13.6 KB)
    • 27. Lab 15 Post-Build Scripts Automating File System Modifications.html (14.6 KB)
    • 28. Lab 16 System V Init vs. systemd in Embedded Environments.html (13.6 KB)
    • 29. Lab 17 Configuring systemd Services within Buildroot.html (13.7 KB)
    • 30. Lab 18 Stripping Binaries and Optimizing Rootfs Size.html (13.6 KB)
    • 31. Lab 19 Managing Buildroot Configurations with defconfig.html (12.7 KB)
    • 32. Lab 20 Building a Complete Network-Enabled Kiosk Image in Buildroot.html (14.6 KB)
    • 33. Lab 21 Decoding BitBake Syntax Variables, Appends, and Tasks.html (13.3 KB)
    • 34. Lab 22 Creating Your First Custom Meta-Layer (meta-custom).html (13.4 KB)
    • 35. Lab 23 Writing a Base Recipe (.bb) for a C C++ Application.html (13.2 KB)
    • 36. Lab 24 BitBake Task Orchestration Mastering the Build Lifecycle.html (14.5 KB)
    • 37. Lab 25 Recipe Appends (.bbappend) Modifying Upstream Code Safely.html (12.6 KB)
    • 38. Lab 26 Managing Patches and Source Code Revisions in Yocto.html (13.9 KB)
    • 39. Lab 27 The Modular Blueprint — Harnessing Yocto Classes.html (13.7 KB)
    • 40. Lab 28 Resolving Recipe Dependency Conflicts and PROVIDES.html (14.0 KB)
    • 41. Lab 29 Implementing Custom Image Recipes (Extending core-image).html (13.5 KB)
    • 42. Lab 30 Architecting Remote Package Feeds The Embedded App Store Logic.html (12.8 KB)
    • 43. Lab 31 The Role of Device Tree Blobs (DTB) in Modern SoCs.html (12.7 KB)
    • 44. Lab 32 Compiling and Customizing the U-Boot Bootloader.html (13.4 KB)
    • 45. Lab 33 U-Boot Environment Variables and Boot Scripts.html (13.1 KB)
    • 46. Lab 34 Surgical Precision — Customizing the Linux Kernel via menuconfig.html (13.7 KB)
    • 47. Lab 35 Integrating Out-of-Tree Kernel Modules (.ko) in Yocto.html (14.1 KB)
    • 48. Lab 36 Dynamic Hardware Mapping Writing and Integrating Device Tree Overlays.html (13.9 KB)
    • 49. Lab 37 Architecting a PREEMPT_RT (Real-Time) Kernel Build.html (13.1 KB)
    • 50. Lab 38 The Multi-Path Gateway Mastering SD, eMMC, and Network Booting.html (14.0 KB)
    • 51. Lab 39 Hardware Watchdogs Implementation at the Kernel Level.html (14.1 KB)
    • 52. Lab 40 Board Support Package (BSP) Creation Booting Custom Silicon.html (13.3 KB)
    • 53. Lab 41 Advanced systemd Targets, Timers, and Watchdog Integration.html (13.0 KB)
    • 54. Lab 42 Inter-Process Communication (IPC) via D-Bus Architecture.html (13.1 KB)
    • 55. Lab 43 Compiling and Configuring Wayland Weston for Embedded Displays.html (13.6 KB)
    • 56. Lab 44 Implementing Qt6 QML for High-Performance Embedded GUIs.html (13.8 KB)
    • 57. Lab 45 Deploying MQTT Brokers (Mosquitto) for Edge Telemetry.html (13.6 KB)
    • 58. Lab 46 Embedded Database Engineering with SQLite and LevelDB.html (11.4 KB)
    • 59. Lab 47 Audio Processing Architecture (ALSA and PipeWire).html (13.5 KB)
    • 60. Lab 48 Local Data Persistence and Read-Only Root Filesystems (overlayfs).html (13.9 KB)
    • 61. Lab 49 Memory Management OOM Killer Configuration and Tuning.html (12.9 KB)
    • 62. Lab 50 Integrating Hardware Acceleration (VPU GPU) in Userspace.html (13.1 KB)
    • 63. Lab 51 Threat Modeling for Embedded Devices (STRIDE).html (13.9 KB)
    • 64. Lab 52 Secure Boot Phase 1 Cryptographic Key Generation.html (13.1 KB)
    • 65. Lab 53 Secure Boot Phase 2 Signing U-Boot and the Linux Kernel.html (14.2 KB)
    • 66. Lab 54 Hardware Root of Trust Interfacing with TPM 2.0 via TSS.html (14.3 KB)

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