AdminTask

1️⃣ Asynchronous Networking Stack (Fetch + Resource Loader)

Implement:

• 🔧 ResourceLoader
• HTTP GET/POST
• Redirect handling
• Caching layer

🔧 Fetch API

fetch("https://ketivee.com") .then(r => r.text()) .then(console.log);

This unlocks:

• Loading real pages
• AI-powered rendering
• Real-world JS apps

2️⃣ HTML Parser Tokenization + Scripts-in-order Execution

Full HTML spec parser with:

• Tokenizer
• Tree-construction
• Script blocking
• Async/Deferred scripts

This is the brain of browsing.

3️⃣ Reflow Tree Optimization (Layout Caching)

Avoid recalculating layout on every DOM mutation. Implement:

• Dirty bit flags
• Layout invalidation zones
• Incremental reflow

This will make your engine 100x faster.

4️⃣ GPU Rendering Pipeline (OpenGL/Vulkan)

Move painting from CPU canvas to GPU layers:

• Composited layers
• Raster threads
• Hardware acceleration

This is how Chrome hit 60fps.

5️⃣ Sandboxed JS Execution Realms

Needed for security + multi-frame browsing.

• Each tab → its own VM
• Each iframe → child context
• Message passing between contexts

6️⃣ CSSOM + Style Cascade Engine

Complete style resolution:

• Inheritance
• Specificity
• Cascade ordering
• Computed styles

This unlocks real CSS.

7️⃣ Layout Engines (Block, Inline, Flexbox)

You’ve done block & inline already? Great. Now implement flexbox — modern sites need it.

Then:

• Grid (optional)
• Positioned elements (absolute/relative)

8️⃣ Garbage Collection Integration with DOM

JS objects <-> DOM nodes memory linking.

Avoid memory leaks. This is hard and fun.

9️⃣ Browser Storage APIs

• LocalStorage
• SessionStorage
• Cookies
• Basic IndexedDB (if you dare)

🔥 Bonus: ZepraAI-Assisted Web Engine

Since RipkaAI and Arth are your weapons:

Build the world’s first AI-assisted browser engine:

• AI auto-fixes broken HTML
• AI predicts missing CSS
• AI accelerates JS runtime
• AI pre-renders DOM snapshots
• AI-driven DevTools suggestions