Update README.md

Author: ERoydev

README.md

@@ -67,22 +67,26 @@ cargo run
 
 ## Future Improvements plans for the 16-bit VM
 
-Implement runtime
-
-Run eBPF-inspired programs: Support a small subset of eBPF instructions (arithmetic, logic, memory access, branching) adapted to 16-bit registers.
-
-Enhanced stack and memory: Add bounds-checked stack and simple memory model to handle eBPF-like program execution safely.
-
-Syscalls / helpers: Implement basic runtime functions such as logging or debug output for program interaction.
-
-Instruction decoding and execution: Support immediate values, relative jumps, and conditional branching for richer eBPF-style logic.
-
-Debugging and verification: Add execution logs, stack/register inspection, and basic safety checks (overflow, invalid jumps).
+Right now, my 16-bit Rust VM is a pure-interpreter.
+It reads my VM instructions (Read, decode, executes, one instruction at a time) in the software on the host CPU. Nothing gets translated to native instructions. 
+- The host CPU executes Rust code that implements the operations, not the ADD itself.
+- VM registers live in Rust memory, not in actual CPU registers.
+
+Adding a runtime with JIT will allow me:
+- Translate my 16-bit VM into host CPU instructions (ARM64)
+- Execute them natively instead of interpreting them one by one
+- Get much higher performance for “heavy work”
+- Keep safety and control over execution because the VM still manages correctness
+
+The goal is to make my VM run eBPF programs with runtime + JIT:
+- Define a mapping from eBPF instructions to your VM structures (Implement the eBPF Interpreter), adding verifier is optional (probably will not implement)
+- Add a eBPF VM runtime -> program execution manager
+- Implement JIT Compilation -> translate eBPF instructions to host CPU instructions at runtime
 
 ## Resources & Inspiration
 - [Writing an LC-3 VM in C](https://www.jmeiners.com/lc3-vm/)
 - [Writing a VM (Stephen Gream)](https://stephengream.com/writing-a-vm-part-one/)
 - [Build Virtual Machine](https://www.youtube.com/watch?v=OjaAToVkoTw&list=PLSewtCfzWXPKemmD0_hi_G8ZOvYxSJDpo&index=10)
 
 ---
-This project is for learning and experimentation. Contributions and questions are welcome!
+This project is for learning and experimentation. Contributions and questions are welcome!