diff --git a/dashboard.py b/dashboard.py
index 590dd89..14ced27 100644
--- a/dashboard.py
+++ b/dashboard.py
@@ -6,37 +6,11 @@ from dash_bootstrap_templates import load_figure_template
 from datetime import datetime
 from flask_caching import Cache
 from pandas import DataFrame, Series
-from typing import Callable, List, Dict
 
 from plotting import CandlestickChart, figure_with_subplots
 
 from daily_data import get_daily_data
-from strategies import advances
-from strategies import cumulative_rsi
-from strategies import declines
-from strategies import double_5s
-from strategies import down_days_in_a_row
-from strategies import end_of_month
-from strategies import high_volume_days
-from strategies import hilo_index_lows
-from strategies import ibs_rsi
-from strategies import internal_bar_strength
-from strategies import internal_bar_strength_band
-from strategies import large_moves_down
-from strategies import lower_lows
-from strategies import put_call_ratio_highs
-from strategies import rsi_power_zones
-from strategies import short_term_lows
-from strategies import tps
-from strategies import trin
-from strategies import trin_thrusts
-from strategies import turnaround
-from strategies import two_period_rsi
-from strategies import vix_above_moving_average
-from strategies import vix_reversal_1
-from strategies import vix_reversal_2
-from strategies import vix_reversal_3
-from strategies import vix_rsi
+from signals import calculate_signals
 from stylesheets import grid_stylesheet, theme_stylesheet
 
 app = Dash(__name__, external_stylesheets = [theme_stylesheet, grid_stylesheet])
@@ -49,52 +23,6 @@ cache = Cache(app.server, config = {
 
 load_figure_template('lux_dark')
 
-SignalFunction = Callable[[DataFrame], Series]
-
-signal_functions: List[Dict[str, SignalFunction]] = [
-    {'strategy': '2-Period RSI', 'function': two_period_rsi.signals},
-    {'strategy': 'Advances', 'function': advances.signals},
-    {'strategy': 'Cumulative RSI', 'function': cumulative_rsi.signals},
-    {'strategy': 'Declines', 'function': declines.signals},
-    {'strategy': 'Double 5\'s', 'function': double_5s.signals},
-    {'strategy': 'Down Days in a Row', 'function': down_days_in_a_row.signals},
-    {'strategy': 'End of Month', 'function': end_of_month.signals},
-    {'strategy': 'High Volume Days', 'function': high_volume_days.signals},
-    {'strategy': 'HILO Index Lows', 'function': hilo_index_lows.signals},
-    {'strategy': 'IBS + RSI', 'function': ibs_rsi.signals},
-    {'strategy': 'Internal Bar Strength', 'function': internal_bar_strength.signals},
-    {'strategy': 'Internal Bar Strength Band', 'function': internal_bar_strength_band.signals},
-    {'strategy': 'Large Moves Down', 'function': large_moves_down.signals},
-    {'strategy': 'Lower Lows', 'function': lower_lows.signals},
-    {'strategy': 'Put / Call Ratio Highs', 'function': put_call_ratio_highs.signals},
-    {'strategy': 'RSI PowerZones', 'function': rsi_power_zones.signals},
-    {'strategy': 'Short-Term Lows', 'function': short_term_lows.signals},
-    {'strategy': 'TPS', 'function': tps.signals},
-    {'strategy': 'TRIN', 'function': trin.signals},
-    {'strategy': 'TRIN Thrusts', 'function': trin_thrusts.signals},
-    {'strategy': 'Turnaround', 'function': turnaround.signals},
-    {'strategy': 'VIX Above Moving Average', 'function': vix_above_moving_average.signals},
-    {'strategy': 'VIX Reversal 1', 'function': vix_reversal_1.signals},
-    {'strategy': 'VIX Reversal 2', 'function': vix_reversal_2.signals},
-    {'strategy': 'VIX Reversal 3', 'function': vix_reversal_3.signals},
-    {'strategy': 'VIX RSI', 'function': vix_rsi.signals}
-]
-
-def calculate_signals(data: DataFrame, days: int = 12) -> DataFrame:
-    signal_data = []
-
-    for signal_info in signal_functions:
-        signal_dict = {'Strategy': signal_info['strategy']}
-
-        signals = signal_info['function'](data).tail(days)
-        dates = [datetime.strptime(str(date), '%Y-%m-%d').strftime('%m/%d') for date in data.tail(days)['Date']]
-        for date, signal in zip(dates, signals):
-            signal_dict[date] = signal
-
-        signal_data.append(signal_dict)
-    
-    return DataFrame(signal_data)
-
 def load_chart(data: DataFrame) -> dict:
     chart_data = data.tail(180)
     candlestick_chart = CandlestickChart(