diff --git a/Bin/system-stats.sh b/Bin/system-stats.sh
deleted file mode 100755
index 8cf7133..0000000
--- a/Bin/system-stats.sh
+++ /dev/null
@@ -1,270 +0,0 @@
-#!/usr/bin/env -S bash
-
-# A Bash script to monitor system stats and output them in JSON format.
-
-# --- Configuration ---
-# Default sleep duration in seconds. Can be overridden by the first argument.
-SLEEP_DURATION=3
-
-# --- Argument Parsing ---
-# Check if a command-line argument is provided for the sleep duration.
-if [[ -n "$1" ]]; then
-  # Basic validation to ensure the argument is a number (integer or float).
-  if [[ "$1" =~ ^[0-9]+(\.[0-9]+)?$ ]]; then
-    SLEEP_DURATION=$1
-  else
-    # Output to stderr if the format is invalid.
-    echo "Warning: Invalid duration format '$1'. Using default of ${SLEEP_DURATION}s." >&2
-  fi
-fi
-
-# --- Global Cache Variables ---
-# These variables will store the discovered CPU temperature sensor path and type
-# to avoid searching for it on every loop iteration.
-TEMP_SENSOR_PATH=""
-TEMP_SENSOR_TYPE=""
-
-# Network speed monitoring variables
-PREV_RX_BYTES=0
-PREV_TX_BYTES=0
-PREV_TIME=0
-
-# --- Data Collection Functions ---
-
-#
-# Gets memory usage in GB, MB, and as a percentage.
-#
-get_memory_info() {
-  awk '
-    /MemTotal/ {total=$2}
-    /MemAvailable/ {available=$2}
-    END {
-      if (total > 0) {
-        usage_kb = total - available
-        usage_gb = usage_kb / 1000000
-        usage_percent = (usage_kb / total) * 100
-        printf "%.1f %.0f\n", usage_gb, usage_percent
-      } else {
-        # Fallback if /proc/meminfo is unreadable or empty.
-        print "0.0 0 0"
-      }
-    }
-  ' /proc/meminfo
-}
-
-#
-# Gets the usage percentage of the root filesystem ("/").
-#
-get_disk_usage() {
-  # df gets disk usage. --output=pcent shows only the percentage for the root path.
-  # tail -1 gets the data line, and tr removes the '%' sign and whitespace.
-  df --output=pcent / | tail -1 | tr -d ' %'
-}
-
-#
-# Calculates current CPU usage over a short interval.
-#
-get_cpu_usage() {
-  # Read all 10 CPU time fields to prevent errors on newer kernels.
-  read -r cpu prev_user prev_nice prev_system prev_idle prev_iowait prev_irq prev_softirq prev_steal prev_guest prev_guest_nice < /proc/stat
-  
-  # Calculate previous total and idle times.
-  local prev_total_idle=$((prev_idle + prev_iowait))
-  local prev_total=$((prev_user + prev_nice + prev_system + prev_idle + prev_iowait + prev_irq + prev_softirq + prev_steal + prev_guest + prev_guest_nice))
-  
-  # Wait for a short period.
-  sleep 0.05
-  
-  # Read all 10 CPU time fields again for the second measurement.
-  read -r cpu user nice system idle iowait irq softirq steal guest guest_nice < /proc/stat
-  
-  # Calculate new total and idle times.
-  local total_idle=$((idle + iowait))
-  local total=$((user + nice + system + idle + iowait + irq + softirq + steal + guest + guest_nice))
-  
-  # Add a check to prevent division by zero if total hasn't changed.
-  if (( total <= prev_total )); then
-      echo "0.0"
-      return
-  fi
-
-  # Calculate the difference over the interval.
-  local diff_total=$((total - prev_total))
-  local diff_idle=$((total_idle - prev_total_idle))
-
-  # Use awk for floating-point calculation and print the percentage.
-  awk -v total="$diff_total" -v idle="$diff_idle" '
-    BEGIN {
-      if (total > 0) {
-        # Formula: 100 * (Total - Idle) / Total
-        usage = 100 * (total - idle) / total
-        printf "%.1f\n", usage
-      } else {
-        print "0.0"
-      }
-    }'
-}
-
-#
-# Finds and returns the CPU temperature in degrees Celsius.
-# Caches the sensor path for efficiency.
-#
-get_cpu_temp() {
-  # If the sensor path hasn't been found yet, search for it.
-  if [[ -z "$TEMP_SENSOR_PATH" ]]; then
-    for dir in /sys/class/hwmon/hwmon*; do
-      # Check if the 'name' file exists and read it.
-      if [[ -f "$dir/name" ]]; then
-        local name
-        name=$(<"$dir/name")
-        # Check for supported sensor types.
-        if [[ "$name" == "coretemp" || "$name" == "k10temp" || "$name" == "zenpower" ]]; then
-          TEMP_SENSOR_PATH=$dir
-          TEMP_SENSOR_TYPE=$name
-          break # Found it, no need to keep searching.
-        fi
-      fi
-    done
-  fi
-
-  # If after searching no sensor was found, return 0.
-  if [[ -z "$TEMP_SENSOR_PATH" ]]; then
-    echo 0
-    return
-  fi
-
-  # --- Get temp based on sensor type ---
-  if [[ "$TEMP_SENSOR_TYPE" == "coretemp" ]]; then
-    # For Intel 'coretemp', average all available temperature sensors.
-    local total_temp=0
-    local sensor_count=0
-
-    # Use a for loop with a glob to iterate over all temp input files.
-    # This is more efficient than 'find' for this simple case.
-    for temp_file in "$TEMP_SENSOR_PATH"/temp*_input; do
-      # The glob returns the pattern itself if no files match,
-      # so we must check if the file actually exists.
-      if [[ -f "$temp_file" ]]; then
-        total_temp=$((total_temp + $(<"$temp_file")))
-        sensor_count=$((sensor_count + 1))
-      fi
-    done
-
-    if (( sensor_count > 0 )); then
-      # Use awk for the final division to handle potential floating point numbers
-      # and convert from millidegrees to integer degrees Celsius.
-      awk -v total="$total_temp" -v count="$sensor_count" 'BEGIN { print int(total / count / 1000) }'
-    else
-      # If no sensor files were found, return 0.
-      echo 0
-    fi
-
-  elif [[ "$TEMP_SENSOR_TYPE" == "k10temp" ]]; then
-    # For AMD 'k10temp', find the 'Tctl' sensor, which is the control temperature.
-    local tctl_input=""
-    for label_file in "$TEMP_SENSOR_PATH"/temp*_label; do
-      if [[ -f "$label_file" ]] && [[ $(<"$label_file") == "Tctl" ]]; then
-        # The input file has the same name but with '_input' instead of '_label'.
-        tctl_input="${label_file%_label}_input"
-        break
-      fi
-    done
-
-    if [[ -f "$tctl_input" ]]; then
-      # Read the temperature and convert from millidegrees to degrees.
-      echo "$(( $(<"$tctl_input") / 1000 ))"
-    else
-      echo 0 # Fallback
-    fi
-  elif [[ "$TEMP_SENSOR_TYPE" == "zenpower" ]]; then
-          # For zenpower, read the first available temp sensor
-          for temp_file in "$TEMP_SENSOR_PATH"/temp*_input; do
-                  if [[ -f "$temp_file" ]]; then
-                          local temp_value
-                          temp_value=$(cat "$temp_file" | tr -d '\n\r') # Remove any newlines
-                          echo "$((temp_value / 1000))"
-                          return
-                  fi
-          done
-          echo 0
-
-          if [[ -f "$tctl_input" ]]; then
-                  # Read the temperature and convert from millidegrees to degrees.
-                  echo "$(($(<"$tctl_input") / 1000))"
-          else
-                  echo 0 # Fallback
-          fi
-  else
-    echo 0 # Should not happen if cache logic is correct.
-  fi
-}
-
-
-
-# --- Main Loop ---
-# This loop runs indefinitely, gathering and printing stats.
-while true; do
-  # Call the functions to gather all the data.
-  # get_memory_info
-  read -r mem_gb mem_per <<< "$(get_memory_info)"
-  
-  # Command substitution captures the single output from the other functions.
-  disk_per=$(get_disk_usage)
-  cpu_usage=$(get_cpu_usage)
-  cpu_temp=$(get_cpu_temp)
-  
-  # Get network speeds
-  current_time=$(date +%s.%N)
-  total_rx=0
-  total_tx=0
-  
-  # Read total bytes from /proc/net/dev for all interfaces
-  while IFS=: read -r interface stats; do
-    # Skip only loopback interface, allow other interfaces
-    if [[ "$interface" =~ ^lo[[:space:]]*$ ]]; then
-      continue
-    fi
-    
-    # Extract rx and tx bytes (fields 1 and 9 in the stats part)
-    rx_bytes=$(echo "$stats" | awk '{print $1}')
-    tx_bytes=$(echo "$stats" | awk '{print $9}')
-    
-    # Add to totals if they are valid numbers
-    if [[ "$rx_bytes" =~ ^[0-9]+$ ]] && [[ "$tx_bytes" =~ ^[0-9]+$ ]]; then
-      total_rx=$((total_rx + rx_bytes))
-      total_tx=$((total_tx + tx_bytes))
-    fi
-  done < <(tail -n +3 /proc/net/dev)
-  
-  # Calculate speeds if we have previous data
-  rx_speed=0
-  tx_speed=0
-  
-  if [[ "$PREV_TIME" != "0" ]]; then
-    time_diff=$(awk -v current="$current_time" -v prev="$PREV_TIME" 'BEGIN { printf "%.3f", current - prev }')
-    rx_diff=$((total_rx - PREV_RX_BYTES))
-    tx_diff=$((total_tx - PREV_TX_BYTES))
-    
-    # Calculate speeds in bytes per second using awk
-    rx_speed=$(awk -v rx="$rx_diff" -v time="$time_diff" 'BEGIN { printf "%.0f", rx / time }')
-    tx_speed=$(awk -v tx="$tx_diff" -v time="$time_diff" 'BEGIN { printf "%.0f", tx / time }')
-  fi
-  
-  # Update previous values for next iteration
-  PREV_RX_BYTES=$total_rx
-  PREV_TX_BYTES=$total_tx
-  PREV_TIME=$current_time
-
-  # Use printf to format the final JSON output string, adding the mem_mb key.
-  printf '{"cpu": "%s", "cputemp": "%s", "memgb":"%s", "memper": "%s", "diskper": "%s", "rx_speed": "%s", "tx_speed": "%s"}\n' \
-    "$cpu_usage" \
-    "$cpu_temp" \
-    "$mem_gb" \
-    "$mem_per" \
-    "$disk_per" \
-    "$rx_speed" \
-    "$tx_speed"
-
-  # Wait for the specified duration before the next update.
-  sleep "$SLEEP_DURATION"
-done