The packSlimming is a new architecture layer where your deps optimization is persistent, CAS-backed, and reused across every restart, every branch, every build.

#Ionify #packSlimming #WebDev #JavaScript #BuildTools #Rust #OpenSource #Frontend

👉 ionify.cloud
⭐ github.com/ionifyjs/ionify

#Ionify #packSlimming #WebDev #JavaScript #BuildTools #Rust #OpenSource #Frontend

This is one layer. The graph and CAS are the foundation. We're building several more on top — each one compounding on the last.

👉 ionify.cloud
⭐ github.com/ionifyjs/ionify

#Ionify #packSlimming #WebDev #JavaScript #BuildTools #Rust #OpenSource #Frontend

Something we haven't talked about publicly until now:

Ionify doesn't use tree-shaking.

We replaced it with packSlimming — a new architecture layer where your deps optimization is persistent.
👉 ionify.cloud
⭐ github.com/ionifyjs/ionify

#Ionify #WebDev #JavaScript #BuildTools #Rust #Frontend

Are you done with the limitations and repetition of traditional tree-shaking?!

packSlimming: a persistent dep optimization layer that replaces per-build tree-shaking. Your deps analyzed once and reused across every restart and every build

#Ionify #Rust #JavaScript #Frontend #WebDev #React #Webpack

Vite's tree-shaking is brilliant. But it runs from zero every single time. packSlimming runs once and remembers.

Analysis lifetime: persistent, not per-build.
Stored: yes. Reused across dev/prod: yes. CAS-backed: yes.

👉 ionify.cloud

#Ionify #React #WebDev #JavaScript #Rust #Frontend