PSRC CME Order-Flow Sweep Reversal Indicator

Professional User Manual

AI Engine: PSRC Order-Flow Sweep Reversal

Platform: TradingView

Required plan: TradingView Premium or Ultimate

Primary use case: Nasdaq 100 and S&P 500 reversal trading using CME futures order flow

Recommended execution instruments: NQ, MNQ, ES, MES, USTEC, US500 / SP500 CFDs

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1. Purpose of the Engine

The PSRC CME Order-Flow Sweep Reversal AI Indicator is designed to identify high-quality market turning points where price sweeps liquidity, aggressive order flow becomes exhausted, and price reclaims the swept level.

The indicator is not a generic buy/sell tool. It is an institutional-style reversal engine built around this sequence:

Liquidity sweep → CME footprint aggression → absorption/exhaustion → reclaim → reversal signal

Its strongest use case is detecting failed breakouts after stops have been run above or below important intraday liquidity levels.

2. Why the Logic Is Institutional

Retail reversal systems usually rely on lagging indicators such as RSI, moving averages, MACD, or simple support/resistance. This indicator uses a more professional framework:

Where is liquidity?

Who is aggressively participating?

Did that aggression create continuation?

Did price reclaim after the sweep?

That is closer to how institutional traders read auctions.

TradingView’s Volume Footprint chart displays buying and selling volume at price levels inside individual candles, giving more granular insight into the buyer/seller battle than standard candles alone. TradingView also documents that request.footprint() allows Pine scripts to access footprint data, but it is limited to one unique footprint call and requires Premium or Ultimate access.

The AI indicator becomes institutional because it combines:

Layer	Function
CME futures footprint	Reads centralized futures order flow
Liquidity sweep logic	Detects stop runs above/below obvious levels
Delta climax	Detects aggressive one-sided participation
Volume climax	Confirms meaningful participation
Footprint imbalance scan	Identifies pressure near candle extremes
Reclaim requirement	Prevents blind fading of breakouts
VWAP/session context	Filters trades by auction location
Bar-close confirmation	Reduces repaint-style false signals

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3. Core Signal Logic

Buy signal logic

A buy signal forms when:

1. Price sweeps downside liquidity.

2. The sweep is confirmed on the chart symbol.

3. CME futures footprint shows aggressive selling.

4. Volume expands.

5. The futures candle closes strong.

6. Selling pressure fails to create downside continuation.

7. Price reclaims the swept level.

8. Optional filters such as VWAP, ATR, and CVD divergence pass.

Simplified:

Low swept + negative CME delta climax + high volume + strong close + reclaim = BUY

Sell signal logic

A sell signal forms when:

1. Price sweeps upside liquidity.

2. The sweep is confirmed on the chart symbol.

3. CME futures footprint shows aggressive buying.

4. Volume expands.

5. The futures candle closes weak.

6. Buying pressure fails to create upside continuation.

7. Price reclaims below the swept level.

8. Optional filters such as VWAP, ATR, and CVD divergence pass.

Simplified:

High swept + positive CME delta climax + high volume + weak close + reclaim = SELL

4. What the Indicator Is Really Detecting

The indicator is trying to find trapped traders.

Bullish reversal example

Sellers aggressively push price below a prior low. Stops are triggered. Breakout sellers enter. The footprint shows strong negative delta, but price fails to continue lower and closes back above the swept level.

That implies:

Sellers were aggressive, but ineffective.

Passive buyers likely absorbed the sell pressure.

Late sellers are now trapped.

Bearish reversal example

Buyers aggressively push price above a prior high. Stops are triggered. Breakout buyers enter. The footprint shows strong positive delta, but price fails to continue higher and closes back below the swept level.

That implies:

Buyers were aggressive, but ineffective.

Passive sellers likely absorbed the buy pressure.

Late buyers are now trapped.

5. CME Order-Flow Source Mapping

The indicator allows only four institutional futures feeds:

Market traded	Recommended order-flow source	Alternative source
Nasdaq 100 futures	CME_MINI:NQ1!	CME_MINI:MNQ1!
Nasdaq CFD / USTEC	CME_MINI:NQ1!	CME_MINI:MNQ1!
S&P 500 futures	CME_MINI:ES1!	CME_MINI:MES1!
S&P CFD / US500 / SP500	CME_MINI:ES1!	CME_MINI:MES1!

Recommended setting

For IC Markets USTEC:

Order-Flow Futures Feed = CME_MINI:NQ1!

Use Chart Symbol For Sweeps / VWAP / PDH-PDL = ON

For IC Markets US500 / SP500:

Order-Flow Futures Feed = CME_MINI:ES1!

Use Chart Symbol For Sweeps / VWAP / PDH-PDL = ON

This is the correct hybrid model:

CME futures = order-flow confirmation

CFD chart = execution levels

Do not plot external futures POC/VAH/VAL directly on CFD charts unless you understand the price offset between futures and CFD pricing.

6. Best Assets

Primary assets

These are the best instruments for this indicator:

Asset	Quality	Notes
NQ futures	Excellent	Best Nasdaq order-flow source
MNQ futures	Excellent	Same underlying, smaller contract
ES futures	Excellent	Best S&P 500 order-flow source
MES futures	Excellent	Same underlying, smaller contract
IC Markets USTEC	Good	Use NQ/MNQ order flow, execute on CFD levels
IC Markets US500 / SP500	Good	Use ES/MES order flow, execute on CFD levels

Secondary assets

Possible, but not preferred:

Asset	Usefulness	Notes
NAS100 CFDs from other brokers	Moderate	Must align to NQ order flow
SPX500 CFDs from other brokers	Moderate	Must align to ES order flow
QQQ / SPY	Moderate	ETF session behavior differs from futures
BTC / ETH	Not for this version	Needs crypto-native footprint logic
Forex	Not recommended	Fragmented spot FX volume
Gold / Oil	Not for this locked version	Would need GC/CL futures sources

7. Best Timeframes

Best overall timeframe

The 5-minute chart gives the best balance between signal quality and execution practicality. It filters noise better than the 1-minute chart while still capturing intraday reversals early.

Recommended by market

Market	Aggressive	Balanced	Conservative
NQ / USTEC	1m–2m	5m	15m
ES / US500	2m–3m	5m	15m
MNQ / MES	2m–5m	5m	15m

Use:

1m–2m = scalping, more signals, more noise

5m = best default

15m = fewer signals, stronger context, wider stops

For most traders, the best operating window is 5-minute chart during New York session.

8. Best Sessions

The indicator is strongest when liquidity and participation are high.

Best session windows

Session	Quality	Notes
New York open	Excellent	Best liquidity and volatility
9:30–11:30 NY time	Excellent	Highest-quality intraday reversal window
13:30–15:30 NY time	Good	Afternoon continuation/reversal setups
Power hour	Good but volatile	Strong reversals, wider stops
Overnight futures	Moderate	Can work, but thinner liquidity
Asia session on US indices	Weak	Lower liquidity, fewer reliable signals

Best default: Trade only 9:30–11:30 New York time first.

9. Optimal Indicator Settings

Balanced default settings

Use these for most NQ/ES testing:

Setting	Value
Order-Flow Futures Feed	CME_MINI:NQ1! or CME_MINI:ES1!
Use Chart Symbol For Sweeps / VWAP / PDH-PDL	ON
Ticks Per Footprint Row	100
Footprint Value Area %	70
Imbalance %	300
Scan Footprint Rows	ON
Extreme Zone Portion	0.33
Min Extreme Imbalances	1
Swing Liquidity Lookback	20
Require Reclaim	ON
Delta Average Length	50
Delta Climax Multiplier	1.25
Volume Average Length	50
Volume Climax Multiplier	1.10
Bullish Close Position	0.60
Bearish Close Position	0.40
Require CVD Divergence	OFF
VWAP Filter	ON
ATR Filter	OFF initially

10. Recommended Settings by Use Case

NQ / USTEC balanced

Timeframe: 5m

Order-flow source: CME_MINI:NQ1!

Ticks Per Row: 100

Imbalance %: 300

Swing Lookback: 20

Delta Climax Multiplier: 1.25

Volume Climax Multiplier: 1.10

Require CVD Divergence: OFF

VWAP Filter: ON

NQ / USTEC stricter

Timeframe: 5m

Ticks Per Row: 100

Imbalance %: 300–400

Swing Lookback: 20–30

Delta Climax Multiplier: 1.50

Volume Climax Multiplier: 1.25

Require CVD Divergence: ON

VWAP Filter: ON

ES / US500 balanced

Timeframe: 5m

Order-flow source: CME_MINI:ES1!

Ticks Per Row: 25–50

Imbalance %: 300

Swing Lookback: 20

Delta Climax Multiplier: 1.25

Volume Climax Multiplier: 1.10

Require CVD Divergence: OFF

VWAP Filter: ON

ES / US500 stricter

Timeframe: 5m–15m

Ticks Per Row: 50

Imbalance %: 300–400

Swing Lookback: 25–40

Delta Climax Multiplier: 1.50

Volume Climax Multiplier: 1.25

Require CVD Divergence: ON

VWAP Filter: ON

Scalping mode

Timeframe: 1m–2m

Ticks Per Row: 25–50 for NQ, 10–25 for ES

Swing Lookback: 10–15

Delta Climax Multiplier: 1.10–1.25

Volume Climax Multiplier: 1.00–1.10

Require CVD Divergence: OFF

VWAP Filter: ON

Scalping mode should only be used by traders with fast execution and strict risk control.

11. Dashboard Interpretation

Dashboard item	Meaning
Chart Symbol	Instrument currently displayed
OF Source	CME futures symbol supplying footprint data
Level Source	Whether sweeps/VWAP/PDH/PDL use chart or CME levels
Footprint	Whether footprint data is available
Session	Whether current bar is inside allowed trading session
CME Delta	Current bar footprint delta
CME CVD	Session cumulative delta
Buy Imb	Number of buy imbalances detected
Sell Imb	Number of sell imbalances detected
Bull Sweep	Downside liquidity sweep detected
Bear Sweep	Upside liquidity sweep detected
Signal	Current confirmed signal state

Correct dashboard state before trading

For CFD execution, the ideal dashboard should look like this:

Footprint: Available

Session: Active

Level Source: Chart

OF Source: CME_MINI:NQ1! or CME_MINI:ES1!

Signal: BUY / SELL only on confirmed setups

12. Signal Best Practices

Do take signals when:

• Signal occurs near prior day high/low.

• Signal occurs near session high/low.

• Signal occurs after a clear stop run.

• Price reclaims the swept level.

• CME delta shows one-sided aggression that failed.

• Signal appears near VWAP deviation or value-area extreme.

• The signal candle closes decisively.

• Spread is normal.

• No major news is active.

Avoid signals when:

• Price is in the middle of a range.

• There was no meaningful liquidity sweep.

• The signal appears during major news release volatility.

• Price accepts outside value after breakout.

• VWAP slope strongly supports continuation against the signal.

• The market is grinding one-directionally with no failed auction.

• Signal appears during illiquid overnight conditions.

• CFD spread is unusually wide.

13. How to Trade the Signal Discretionarily

Conservative execution

Wait for the signal candle to close. Enter only if the next candle does not immediately invalidate the setup. Entry = next candle open or minor retest of swept level.

Stop placement

For buys: Stop = below sweep low + small ATR buffer

For sells: Stop = above sweep high + small ATR buffer

Buffer: 0.10–0.25 ATR

Target logic

Preferred target ladder:

For buys:

TP1 = VWAP

TP2 = session midpoint / POC area

TP3 = opposing liquidity above

For Sells:

TP1 = VWAP

TP2 = session midpoint / POC area

TP3 = opposing liquidity below

14. Risk Management Rules

Minimum institutional risk model:

Rule	Recommended value
Risk per trade	0.25%–1.00%
Max daily loss	2R
Max consecutive losses	2–3
Max trades per day	2–4
Stop required	Always
Trade during news	No
Trade without reclaim	No
Trade outside session	No

A high win rate does not remove risk. The strategy must still be evaluated by expectancy: Expectancy = (Win Rate × Average Win) - (Loss Rate × Average Loss)

A 90% win rate can still fail if the average loss is much larger than the average win.

15. Backtesting and Forward-Testing Protocol

Do not validate the indicator visually only. TradingView’s Bar Replay can simulate historical price movement for testing and training, but final validation should include a formal strategy version with objective entries/exits.

Correct validation process

Use three stages:

Stage 1: Visual audit

Stage 2: Strategy backtest

Stage 3: Live forward test

Required metrics

Track:

Metric	Why it matters
Win rate	Measures signal accuracy
Average R	Measures reward quality
Profit factor	Measures robustness
Max drawdown	Measures survival risk
MAE	Shows how far trades go against entry
MFE	Shows profit potential after entry
Consecutive losses	Helps set kill switch rules
Session performance	Identifies best trading windows
Asset performance	Confirms whether NQ or ES is better

16. Final Institutional Recommendation

Best starting configuration:

Asset: USTEC or NQ

Order-flow source: CME_MINI:NQ1!

Timeframe: 5m

Session: 9:30–11:30 NY time

Ticks per row: 100

Imbalance: 300%

Delta climax: 1.25

Volume climax: 1.10

CVD divergence: OFF initially

VWAP filter: ON

Execution levels: Chart

Alerts: Once Per Bar Close

For ES/US500

Asset: US500 or ES

Order-flow source: CME_MINI:ES1!

Timeframe: 5m

Session: 9:30–11:30 NY time

Ticks per row: 25–50

Imbalance: 300%

Delta climax: 1.25

Volume climax: 1.10

CVD divergence: OFF initially

VWAP filter: ON

Execution levels: Chart

Alerts: Once Per Bar Close

Final note: this AI driven tool should be treated as a high-quality order-flow reversal detector, not an infallible system.

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