diff --git a/src/_header.html b/src/_header.html
index ed2a253..18d2109 100644
--- a/src/_header.html
+++ b/src/_header.html
@@ -1,10 +1,11 @@
-
-
-
-
+
+ Author: Alessandro Mauri
+ alemauri001@tuta.io
+
+ The content of this site is licensed under the
+
+ Creative Commons CC0 Public Domain Dedication
+
+ Special thanks to Pavel Pertsev
+ for creating Gruvbox
+
diff --git a/src/x301/software.md b/src/x301/software.md
index 8981480..6c8a8db 100644
--- a/src/x301/software.md
+++ b/src/x301/software.md
@@ -10,38 +10,64 @@ Windows 10 on it, it would just be an old slow laptop. But I want more, I want
lightning fast boot times, I want a good experience and most of all I want
freedom where I can get it.
-## [Libreboot][lboot]
-
-Yes! After some 5 years of dormancy the Libreboot project came out with a
-[new beta release][newboot] that [adds support for the x301][xboot].
-
-Basically Libreboot is a BIOS replacement, it completely replaces all of the
-old BIOS stuff with a _libre_ alternative, which has many advantages:
-
-1. MUCH faster boot times
-2. Completely respects your freedom
-3. Completely disables the intel ME and replaces all proprietary firmware with
- libre software
-4. While being simpler (no menu, no live configuration, etc.) it actually
- allows for much greater flexibility in the boot process
-
-Libreboot works by setting up a minimal environment, enough to load
-[GRUB][grub], then GRUB proceeds to load the OS or other things.
-Libreboot has also other _payload_ options like [SeaBIOS][sbios] or
-[Tianocore][tcore] (an open-source UEFI implementation), they allow to load
-other operating systems normally (not via GRUB) but generally this is slower.
-
-The method I will use is an hybrid, Libreboot will load GRUB, which when a key
-is pressed like shift, during the boot process, will load a menu of options
-containing all the operating systems, some diagnostic, Tianocore and SeaBIOS
-(everything needs to boot). Otherwise when no key is pressed it should boot
-straight into the first available OS.
-Disclaimer: I have not seen this elsewhere and although I think it should be
-possible, I don't really know.
+## [Coreboot][cboot]
-[lboot]: https://libreboot.org/
-[newboot]: https://libreboot.org/docs/release/libreboot20210522.html
-[xboot]: https://libreboot.org/docs/release/libreboot20210522.html#lenovo-thinkpad-x301
-[grub]: https://www.gnu.org/software/grub/
+> coreboot is an extended firmware platform that delivers a lightning fast and
+> secure boot experience on modern computers and embedded systems. As an Open
+> Source project it provides auditability and maximum control over technology.
+
+Basically coreboot is a platform that provides basic hardware initialization
+for other programs to run on and start your bootloader (or OS) of choice. Such
+programs are called payloads, I decided to go with [SeaBIOS][sbios] a free
+[BIOS][bios] implementation, but you can choose
+[from a variety of available payloads][payloads], there's even a linux distro
+in there!
+
+Now to the ones who know coreboot is a bit difficult to configure, that's why
+projects such as [Libreboot][lboot] and [Skulls][skulls] exist, but being the
+masochist I am, I decided to have a go at configuring it on my own and in the
+process also remove the [Intel Management Engine (ME)][ime] like Libreboot does.
+**I lied** this is not just software, unfortunately the flashing of the new BIOS
+cannot be done within the operating system, only official ones can be installed
+that way (at least on this machine), so to do this you'll need some things, some
+knownledge, and a lot of patience.
+Oh and [here's the coreboot page for the x301][corex301].
+
+### Getting the stuff you'll need
+
+First of all one cannot go further in this intent witout some "basic" gear, what
+we need to do is find a chip on the mainboard of the laptop, access it's pins
+(in a way we're hijacking it), connect it to an external device called a
+programmer and load the new [firmware][fware] on that chip so that the machine
+can execute what's on it.
+There is one complication, the chip is in [WSON8][wson] package, which
+is not easy to work with since the pins do not exent to the side but on the
+bottom making them almost impossible to attach an [IC clip][icclip] to.
+Since if anything goes wrong during the next steps you'd want to reprogram
+the chip, and that cannot be easily done without a clip, you really want that
+old chip gone in favor of a new one. But that requires soldering.
+
+So here's a handy list of everything you will need to proceed:
+
+1. A [Raspberry Pi][rpi], used for the actual programming; it is not strictly
+ necessary but if you have it already it is the easiest method.
+ An alternative method is by using a [CH341A][ch341a] programmer and applying
+ [this fix][ch341fix] to avoid burning the whole board.
+2. A [SOIC8 IC clip][soicclip]
+
+
+[cboot]: https://www.coreboot.org/
[sbios]: https://www.seabios.org/SeaBIOS
-[tcore]: https://www.tianocore.org/
+[bios]: https://wikipedia.org/wiki/BIOS
+[payloads]: https://www.coreboot.org/Payloads
+[lboot]: https://libreboot.org/
+[skulls]: https://github.com/merge/skulls
+[ime]: https://wikipedia.org/wiki/Intel_Management_Engine
+[corex301]: https://doc.coreboot.org/mainboard/lenovo/x301.html
+[fware]: https://en.wikipedia.org/wiki/Firmware
+[wson]: https://blog.mbedded.ninja/pcb-design/component-packages/wson-component-package/
+[icclip]: https://www.sparkfun.com/products/13153
+[rpi]: https://www.raspberrypi.org/
+[ch341a]: https://www.amazon.it/Programmatore-Youmile-CH341A-Burner-EEPROM/dp/B07YDFNYDS
+[ch341fix]: https://www.eevblog.com/forum/repair/ch341a-serial-memory-programmer-power-supply-fix/
+[soicclip]: https://www.amazon.it/WINGONEER-eeprom-programmazione-circuit-adattatori/dp/B012VSGQ0Q