Ren茅's URL Explorer Experiment


Title: C么ng. Ng 馃槑

Open Graph Title: C么ng. Ng 馃槑

X Title: C么ng. Ng 馃槑

Description: A minimal, responsive and feature-rich Jekyll theme for technical writing.

Open Graph Description: A minimal, responsive and feature-rich Jekyll theme for technical writing.

Opengraph URL: https://embeddedos.github.io/

Generator: Jekyll v4.4.1

direct link

Domain: embeddedos.github.io

Hey, it has json ld scripts: 
 {"@context":"https://schema.org","@type":"WebSite","description":"A minimal, responsive and feature-rich Jekyll theme for technical writing.","headline":"C么ng. Ng 馃槑","name":"Cong Nguyen","sameAs":["https://github.com/EmbeddedOS","https://www.linkedin.com/in/congnt264"],"url":"https://embeddedos.github.io/"}
Nonetext/html; charset=UTF-8
theme-color#ffffff
apple-mobile-web-app-capableyes
apple-mobile-web-app-status-bar-styleblack-translucent
og:localeen
og:site_nameC么ng. Ng 馃槑
og:typewebsite
twitter:cardsummary
apple-mobile-web-app-titleC么ng. Ng 馃槑
application-nameC么ng. Ng 馃槑
msapplication-TileColor#da532c
msapplication-config/assets/img/favicons/browserconfig.xml

Links:

https://embeddedos.github.io/
C么ng. Ng 馃槑https://embeddedos.github.io/
HOME https://embeddedos.github.io/
CATEGORIES https://embeddedos.github.io/categories/
TAGS https://embeddedos.github.io/tags/
ARCHIVES https://embeddedos.github.io/archives/
ABOUT https://embeddedos.github.io/about/
https://github.com/EmbeddedOS
https://linkedin.com/in/congnt264
https://youtube.com/@EmbeddedOS
javascript:location.href = 'mailto:' + ['congnt264','gmail.com'].join('@')
Hiding process from OS using KprobesUsing Kprobes to make processes completely invisible, unkillable from the OS. Nov 14, 2025 kernel, probe https://embeddedos.github.io/posts/kprobe-invisible-process/
The eBPF Virtual MachineLet's discover the eBPF VM layer, how eBPF programs are built and loaded into kernel. Nov 7, 2025 eBPF, virtual-machine https://embeddedos.github.io/posts/ebpf-virtual-machine/
Low latency programming: Memory model and atomic operations.The most important feature in modern C++: new awareness multithreading memory model. Oct 3, 2025 low-latency, memory-model https://embeddedos.github.io/posts/object-memory-model-atomic/
Emulate a complete Aarch64 embedded Linux system using Yocto and QEMUUsing Yocto to build simplest Linux distro for Aarch64 and emulating the system with QEMU. Apr 19, 2025 build, yocto https://embeddedos.github.io/posts/simplest-emulation/
Setting up U-Boot environmentBooting system with U-Boot, understand loading/storing environment variables. Apr 16, 2025 bootloader, uboot https://embeddedos.github.io/posts/u-boot-env/
Writing Aarch64 bare metal bootloader.Writing bare metal boot code for Aarch64. Mar 4, 2025 bootloader https://embeddedos.github.io/posts/aarch64-bare-metal-boot-code/
Understand the Linux Kernel Image formatsUnderstand the executable file and Linux Kernel Image formats in various platforms. Feb 20, 2025 Compiling https://embeddedos.github.io/posts/executable-files/
Building a root filesystem for Linux systemUnderstand the rootfs concept, how to build a minimum one, and discover other common tools like Busybox, Yocto, Buildroot. Jan 18, 2025 Linux, rootfs https://embeddedos.github.io/posts/building-a-rootfs/
Discover the initrd concept in Linux system.Let's dive deeper into the concept of initrd, explore why it's needed, and how the Linux Kernel boots with this `temporary rootfs`. Jan 18, 2025 Linux, initrd https://embeddedos.github.io/posts/understand-initrd/
Write bare metal boot code for ARM Cortex-M based SoCWrite your own are metal boot code, drivers for STM32F407xx SoC Dec 7, 2024 ARM, Bootloader https://embeddedos.github.io/posts/Bare-Metal-Boot-Code-For-ARM-Cortex-M-SoC/
https://embeddedos.github.io
1https://embeddedos.github.io/
2https://embeddedos.github.io/page2
https://embeddedos.github.io/page2
Hiding process from OS using Kprobeshttps://embeddedos.github.io/posts/kprobe-invisible-process/
The eBPF Virtual Machinehttps://embeddedos.github.io/posts/ebpf-virtual-machine/
Low latency programming: Memory model and atomic operations.https://embeddedos.github.io/posts/object-memory-model-atomic/
Writing Aarch64 bare metal bootloader.https://embeddedos.github.io/posts/aarch64-bare-metal-boot-code/
Understand the Linux Kernel Image formatshttps://embeddedos.github.io/posts/executable-files/
OOPhttps://embeddedos.github.io/tags/oop/
Chttps://embeddedos.github.io/tags/c/
Design Patternhttps://embeddedos.github.io/tags/design-pattern/
aarch64https://embeddedos.github.io/tags/aarch64/
Bootloaderhttps://embeddedos.github.io/tags/bootloader/
kernelhttps://embeddedos.github.io/tags/kernel/
QEMUhttps://embeddedos.github.io/tags/qemu/
uboothttps://embeddedos.github.io/tags/uboot/
Assemblyhttps://embeddedos.github.io/tags/assembly/
initrdhttps://embeddedos.github.io/tags/initrd/
Cong Nguyenhttps://github.com/EmbeddedOS
OOPhttps://embeddedos.github.io/tags/oop/
Chttps://embeddedos.github.io/tags/c/
Design Patternhttps://embeddedos.github.io/tags/design-pattern/
aarch64https://embeddedos.github.io/tags/aarch64/
Bootloaderhttps://embeddedos.github.io/tags/bootloader/
kernelhttps://embeddedos.github.io/tags/kernel/
QEMUhttps://embeddedos.github.io/tags/qemu/
uboothttps://embeddedos.github.io/tags/uboot/
Assemblyhttps://embeddedos.github.io/tags/assembly/
initrdhttps://embeddedos.github.io/tags/initrd/

Viewport: width=device-width, user-scalable=no initial-scale=1, shrink-to-fit=no, viewport-fit=cover

URLs of crawlers that visited me.