Update README.md

README.md

@@ -11,46 +11,35 @@ license: mit
 Check out the configuration reference at https://huggingface.co/docs/hub/spaces-config-reference
 # 🛡️ Codex ReflexGuard™
 
-**Version**: vΩΞ++  
-**Author**: Dr. Matladi Maxwell Moagi (Codex Sovereign)  
-**License**: Dual — MIT (research) + Commercial (for licensing)
+**Version:** `vΩΞ++`  
+**Author:** Dr. Matladi Maxwell Moagi (Codex Sovereign)  
+**License:** Dual — MIT (for research), Commercial (for production use)  
 
 ---
 
-## 🧠 Reflex Intelligence System
+## 🧠 Reflex Intelligence Engine (Beyond-SOTA)
 
-Codex ReflexGuard™ is a Beyond-SOTA reflex engine that:
-- Detects system anomalies early (Φ-layer)
-- Predicts irreversible harm before full input is known
-- Executes HALT or redirection logic via Λ ethics
-- Compresses decisions using Ψ trick logic
-- Logs reflex actions into the Ω lattice memory
+Codex ReflexGuard™ is a cutting-edge reflex layer for any AI system — built to **act faster than full computation**, before symbolic reasoning completes.
 
----
-
-## 📊 Live Simulation Dashboard
-
-This Space simulates a live reflex decision pipeline using:
-- ✳️ WASM hooks (anomaly simulation)
-- 🧠 Python runtime (risk → action)
-- 🧾 Symbolic logs (stored reflex events)
-
-Try clicking **“Run Reflex Check”** to see the full process.
+### ⚙️ System Behavior:
+- Scans for invariant ruptures
+- Simulates risk via WASM hook
+- Applies predictive HALT via Python logic
+- Stores patterns in Ω-layer symbolic memory
 
 ---
 
-## 📦 Files Included
-
-| File | Purpose |
-|------|---------|
-| `index.html` | Live ReflexGuard simulation dashboard |
-| `ReflexGuard_Runtime.py` | Python logic (optional backend) |
-| `reflexguard_runtime.wasm` | WASM anomaly hook logic |
-| `ReflexScroll.pdf` | Visual architecture scroll |
-| `CodexReflex_Manifest.yaml` | System configuration |
-| `ReflexGuard_Architecture.svg` | SVG architecture diagram |
-| `CodexGuard_License.txt` | IP terms and license |
+## 🧪 Live Reflex Simulation
 
----
+Click **“Run Reflex Check”** to:
+1. Simulate real-time invariant scan
+2. Trigger a **WASM-based anomaly**
+3. Execute Python-level reflex logic
+4. Store the event into memory
 
-## 🧬 Reflex Flow Architecture
+### System Log Output:
+```text
+[Sensor]: Scanning state invariants...
+[WASM Hook]: anomalyScore = 0.91
+[Python Logic]: Action → HALT issued
+[Ω-Memory]: Pattern stored in lattice log