The idea of an enterprise browser didn’t grab me until I started talking with teams building them.
That got me wondering: what does it take to build one?
In this article I break down the core architecture of an enterprise browser, from policy enforcement and Zero Trust to Chromium internals and downstream build strategy.
If you care about Chromium, runtime security, or enterprise browsers, this may be worth a read:
https://medium.com/kodegood/how-to-build-an-enterprise-browser-1dd49a5b1d89
For most of my web engine hacker career I’ve been working on downstream Chromium features and never blogged about Chromium.
Now on OpenHarmony, I decided to change that and wrote a post explaining how Chromium is integrated into the OpenHarmony platform.
#chromium #openharmony #harmonyos #OpenAtom #OpenAtomFoundation
https://medium.com/kodegood/hacking-chromium-on-openharmony-97d135792151
If you're into web engines, browsers, or new platforms like OpenHarmony, this might be interesting for you.
Just published a new blog post: WebKit for OpenHarmony.
#webkit #openharmony #harmonyos #huawei #OpenAtomFoundation #OpenAtom
https://medium.com/kodegood/webkit-for-openharmony-3b612c27b958
Ladybird is a completely new browser, built from scratch instead of reusing existing browser codebases.
I wanted to see if it could run in an embedded web runtime. With Debian Bookworm + Isar, I managed to get Ladybird rendering pages — even WebGL — on Raspberry Pi 5
https://medium.com/kodegood/ladybird-browser-in-an-embedded-web-runtime-46308082af4a
Build Embedded Debian Web Runtime with Isar
Yocto is the go-to for embedded builds — but what if you could have BitBake flexibility and Debian stability?
I tried it with Isar, Debian Bookworm & WPEWebKit to make an experimental web runtime on Raspberry Pi 5 + Intel NUC.
https://medium.com/kodegood/build-embedded-debian-web-runtime-with-the-power-of-isar-d82df0a91ae2
