Advanced Trading Entry Pattern: The Complete Guide to ICT and SMC – Part 12

#Advanced Entries in ICT and SMC: How to Use Liquidity and FVG to Find Trade Entries

To identify advanced entries in ICT and SMC, first establish the higher-timeframe market context and locate meaningful liquidity. Then wait for price to sweep a relevant high or low, show a clear rejection, and produce a strong displacement move. If that move creates a well-positioned Fair Value Gap, the area can then be evaluated as a potential entry zone.

In simplified form, the process is:

Market Context → Liquidity → Liquidity Sweep → Rejection → Displacement → FVG → Entry → Invalidation → Target

None of these elements should be treated as a guaranteed trading signal on its own.

#Short Answer

Within the ICT, or Inner Circle Trader, framework, and SMC, or Smart Money Concepts, an advanced entry is built by combining several conditions in a logical sequence:

1. Define the higher-timeframe market context.

2. Identify a meaningful swing high or swing low where liquidity may be concentrated.

3. Wait for price to sweep that liquidity.

4. Evaluate whether price clearly rejects the level.

5. Look for strong directional displacement.

6. Identify a relevant Fair Value Gap created by that move.

7. Define the entry, invalidation level, and target before executing the trade.

An advanced entry is not a single magical price level. It is the result of a structured sequence of market conditions.

#What Is an Advanced Entry in ICT and SMC?

A simple entry might be based on seeing a Fair Value Gap, support level, resistance level, or another isolated technical feature on a chart.

An advanced entry asks a more important question:

What should happen before price reaches the entry area for that entry to make structural sense?

This is where market context becomes essential.

Market context refers to the broader set of conditions surrounding a setup, including:

• price structure;

• the location of liquidity;

• the direction and structure of the higher timeframe;

• the current position of price within that structure;

• and the sequence of events that occurred before the potential entry.

Instead of analyzing an FVG or swing level in isolation, the trader first asks where price is located within the broader market structure.

#Why Market Context Comes Before the Entry

Two Fair Value Gaps may look almost identical on a chart but form under completely different market conditions.

For example:

• one FVG may appear immediately after price sweeps a major higher-timeframe low;

• another may form randomly in the middle of a sideways market.

Within this framework, these two FVGs do not carry the same analytical meaning.

Market context helps answer questions such as:

• Where is price within the broader structure?

• Where is the most relevant liquidity?

• Which swing high or low matters most?

• Has price already interacted with an important liquidity level?

• Where could the next structural objective be located?

Understand the market environment first. Evaluate the entry second.

#What Role Does Liquidity Play?

Liquidity, within ICT and SMC terminology, generally refers to areas where clusters of orders or stop-loss orders may potentially exist.

Clearly visible highs and lows are commonly evaluated from this perspective.

Two important terms are:

• Swing High: a local high that stands above surrounding price points.

• Swing Low: a local low that stands below surrounding price points.

Liquidity may be considered above prominent swing highs or below prominent swing lows.

However:

The existence of liquidity is not an entry signal by itself.

The important question is what price does when it reaches or moves through that liquidity.

#What Is a Liquidity Sweep?

A Liquidity Sweep is a temporary move beyond a visible high or low followed by a return back through or into the previous price range.

Imagine that a significant swing low exists on the higher timeframe.

Price may:

• move toward the low;

• trade below it;

• take out the level;

• and then move back above it.

Within this analytical framework, that sequence may be interpreted as a liquidity sweep.

But the trade should not automatically be entered at that point.

A liquidity sweep begins the evaluation of the setup; it does not complete it.

#What Should Happen After the Sweep?

After liquidity is swept, the trader evaluates how price responds.

One useful concept is Rejection.

Rejection describes a relatively fast reaction away from a level after price trades into or through it.

In a bullish example:

• price sweeps below an important low;

• price quickly recovers above that low;

• it does not remain below the level for long;

• and an upward response begins to develop.

This provides more information than a simple break below the low.

A long candle wick alone is not enough to establish a complete entry model.

The behavior that follows matters.

#What Is Displacement?

Displacement refers to a strong and directional price move that covers meaningful distance in a relatively short period.

Suppose price sweeps an important swing low.

If the market then produces several small and indecisive candles, the reaction may still lack sufficient directional evidence.

If price instead moves sharply upward and quickly separates from the swept level, the reaction is materially different.

Such a move may also create a Fair Value Gap.

Within this model, displacement helps make the rejection more observable and less dependent on subjective interpretation.

#What Is a Fair Value Gap?

A Fair Value Gap, or FVG, is a price imbalance commonly identified through a three-candle structure in which a rapid move leaves an area with limited overlap between the first and third candles.

Within this entry framework, an FVG can serve two main purposes:

• it can help identify a strong displacement move;

• it can provide a potential area to evaluate if price retraces.

However, there is an important distinction:

Not every FVG is a valid entry setup.

An FVG becomes more analytically meaningful when it appears within an appropriate market context.

For example:

Liquidity Sweep → Rejection → Displacement → FVG

This sequence contains more structural information than an isolated FVG appearing randomly in the middle of a chart.

#How Higher and Lower Timeframes Work Together

Price structures can appear at different time scales.

This is often described as the fractal nature of price, meaning that similar structural patterns can be observed across multiple timeframes.

The analysis can therefore be separated into two parts.

#Higher Timeframe

The Higher Timeframe, or HTF, is used to establish the broader market context.

It can help identify:

• major swing highs and lows;

• meaningful liquidity levels;

• broader structural direction;

• and potential price objectives.

#Lower Timeframe

The Lower Timeframe, or LTF, is used to examine the detailed price behavior occurring inside the higher-timeframe setup.

For example:

A significant swing low exists on the daily chart.

Price sweeps below that low.

The trader can then move to a lower timeframe and evaluate whether rejection, displacement, and a relevant FVG develop.

The lower timeframe should support the higher-timeframe thesis rather than being analyzed in complete isolation.

#How to Find an Advanced ICT and SMC Entry Step by Step

#Step 1: Define the Higher-Timeframe Market Context

Before searching for a precise entry, determine where price is located within the larger structure.

Evaluate:

• major swing highs;

• major swing lows;

• liquidity above highs;

• liquidity below lows;

• important historical reaction areas;

• and the next plausible structural objective.

Do not begin with the entry trigger.

Begin with the broader market environment.

#Step 2: Identify a Clear Liquidity Level

Find a meaningful Swing High or Swing Low.

The level should have relevance within the broader price structure.

Not every minor high or low on a lower timeframe carries equal significance.

Every swing level does not deserve the same analytical weight.

#Step 3: Wait for the Liquidity Sweep

In a bullish scenario, price may first trade below an important low.

In a bearish scenario, price may first trade above an important high.

The key point is patience.

Do not enter simply because price is approaching the level.

Wait to see how price interacts with it.

#Step 4: Evaluate the Rejection

After the sweep, examine the reaction.

In a bullish setup, ask:

• Did price quickly recover above the swept low?

• Did it remain below the level, or was the move brief?

• Did price begin moving away from the level with clear direction?

The goal is to make the rejection as observable as possible.

#Step 5: Look for Displacement

After the rejection, determine whether price moves away with sufficient strength.

A slow and indecisive response is different from a rapid directional expansion.

This is where an FVG may become useful as evidence that a stronger price move occurred.

#Step 6: Identify the Relevant FVG

If an FVG forms during the displacement move, it may become a potential entry area.

Before using it, ask:

• Did the FVG form after the liquidity sweep?

• Was the move that created it strong and directional?

• Does it align with the higher-timeframe setup?

• Is the original market thesis still valid?

If these conditions are absent, the existence of an FVG alone is not enough.

#Step 7: Define the Entry Rule Before the Trade

The entry criteria should be defined before execution.

A trader should not continually change the rules after seeing how price moves.

Depending on the trading model, the entry may involve:

• a specific portion of the FVG;

• a retracement into the FVG;

• the opening price of a particular candle;

• or an additional lower-timeframe structural condition.

The important point is consistency.

A rule that changes after every chart is difficult to test and difficult to evaluate objectively.

#Step 8: Define the Invalidation Level

The Stop Loss should be connected to the logic of the setup.

Instead of choosing an arbitrary distance from the entry, ask:

At what price would the original reason for taking this trade no longer remain valid?

That level can provide a more structured basis for defining invalidation.

The exact placement still depends on the trading model being used.

#Step 9: Define the Target

In a bullish scenario, Buy-Side Liquidity refers to potential liquidity located above price highs.

In a bearish scenario, Sell-Side Liquidity refers to potential liquidity located below price lows.

These areas may be considered when identifying possible structural targets.

The target should ideally be defined before entering the trade.

It should not be moved arbitrarily just to create a larger reward-to-risk ratio.

#Advanced Entry Checklist

#Example of a Bullish Advanced Entry

Assume there is a clearly defined swing low on the higher timeframe.

#Step 1: Price Sweeps the Low

Price trades below the Swing Low and subsequently returns above it.

This can be evaluated as a liquidity sweep.

#Step 2: Rejection Develops

After trading below the low, price quickly moves back above the level.

The failure to remain below the swing provides additional information about the short-term reaction.

#Step 3: Displacement Appears

Price moves decisively upward.

An FVG forms during this move.

This provides a more observable indication of directional expansion.

#Step 4: Price Retraces Toward the FVG

If the trading plan permits it, the FVG can now be evaluated as a potential entry area.

The trader still requires a pre-defined rule for execution.

#Step 5: Invalidation Is Defined

The stop-loss level is placed where the bullish setup would no longer make structural sense under the chosen model.

#Step 6: A Target Is Selected

The target may be a relevant swing high or an area of potential buy-side liquidity.

This example illustrates an important principle:

The FVG is one of the later components of the entry process, not the starting point of the analysis.

#What Are the First Line of Defense and Last Line of Defense?

Some entry models use the concepts of a First Line of Defense and Last Line of Defense to organize the setup.

The First Line of Defense is the first area where price may be expected to react if the setup remains intact.

Depending on the model, this may include an FVG or another nearby structural zone.

The Last Line of Defense is the level beyond which the original trade thesis loses substantial validity or becomes invalid altogether.

The practical value of this concept is that it connects:

• the entry area;

• price reaction;

• risk management;

• and invalidation.

All of them become part of the same analytical framework.

#What Role Do Equal Highs and Equal Lows Play?

Equal Highs are two or more highs formed near the same price level.

Equal Lows are two or more lows formed near the same price level.

They are frequently discussed in liquidity-based analysis.

However, they should not automatically override the higher-timeframe structure.

A small cluster of equal highs on a lower timeframe may be less important than a clearly defined higher-timeframe liquidity objective.

Lower-timeframe detail should not replace the broader structural picture.

#Risk Management in Advanced Entries

A more precise entry does not eliminate risk.

Every setup remains probabilistic.

Trading Probability means recognizing that no individual setup has a guaranteed outcome. A valid trade can lose, and an imperfect trade can sometimes win.

This is why entry quality and risk management should be treated separately.

The Risk-to-Reward Ratio compares the potential loss on a trade with its potential profit.

For example:

• risking 1 unit to potentially make 2 units produces a 1:2 risk-to-reward ratio;

• risking 1 unit to potentially make 3 units produces a 1:3 ratio.

A realistic 1:2 or 1:3 setup may be more useful than forcing an unrealistic target simply to produce an impressive ratio.

Trade management may include:

• partial profit taking;

• reducing exposure;

• adjusting the stop;

• exiting at a structural target;

• or moving the trade to Break-Even, where the stop is adjusted close to the entry price.

There is no universally optimal trade-management technique for every strategy or market condition.

#Common Mistakes When Using This Entry Model

#Entering Only Because an FVG Exists

An isolated FVG does not automatically represent a complete setup.

The surrounding liquidity, structure, sweep, and displacement matter.

#Entering Immediately After a Liquidity Sweep

A sweep does not guarantee that price will reverse.

The reaction following the sweep still needs to be evaluated.

#Ignoring the Higher Timeframe

Lower-timeframe charts contain many small structural features.

Without a broader context, these details can produce conflicting signals.

#Choosing the Stop After Entering

Invalidation should ideally be planned before the trade is executed.

The stop should have a structural purpose.

#Moving the Target to Force a Larger Risk-to-Reward Ratio

A trading target should be connected to structure or liquidity rather than an arbitrary numerical objective.

#Assuming Every Displacement Move Proves Institutional Activity

A strong price move or FVG does not, by itself, prove that a particular institution or group of traders caused the move.

ICT and SMC terminology can be useful for organizing observations about price behavior, but it should not be treated as direct evidence of who initiated a specific market move.

#Key Takeaways

• Start with market context before searching for an entry.

• Liquidity alone is not an entry signal.

• A Liquidity Sweep begins the setup evaluation.

• Rejection should be evaluated after the sweep.

• Displacement helps identify a stronger directional response.

• Not every FVG is suitable for an entry.

• The FVG should be interpreted within the broader market context.

• The lower timeframe should support the higher-timeframe structure.

• The stop loss should be linked to setup invalidation.

• The target should be based on structure or relevant liquidity.

• A larger risk-to-reward ratio does not automatically mean a better trade.

• No entry model guarantees a profitable outcome.

#Summary

Advanced ICT and SMC entries are built from a sequence of conditions rather than a single chart pattern.

The analysis begins with the broader market context.

The trader then identifies relevant liquidity and waits for price to interact with that level.

If a Liquidity Sweep occurs, the next step is to evaluate the rejection.

A strong directional move away from the level may produce displacement.

If the displacement creates a meaningful Fair Value Gap, that FVG can then be evaluated as a possible entry zone when price retraces.

The process can be summarized as:

Market Context → Liquidity → Liquidity Sweep → Rejection → Displacement → FVG → Entry → Invalidation → Target

The key principle is that none of these components should be treated as an isolated or guaranteed trading signal.

#FAQ

#What does market context mean in ICT and SMC?

Market context is the broader analytical environment surrounding a trade setup. It includes price structure, liquidity location, higher-timeframe conditions, and the current position of price within that structure.

#Is a Liquidity Sweep enough to enter a trade?

No. A Liquidity Sweep only shows that price has interacted with a potential liquidity area. The subsequent rejection, displacement, market context, and entry structure should also be evaluated.

#Is every FVG a valid entry?

No. An FVG becomes more useful when it forms within an appropriate structural context, particularly after events such as a Liquidity Sweep and directional displacement.

#What is the best timeframe for advanced ICT and SMC entries?

There is no single best timeframe for every market or strategy. Higher timeframes are generally used to establish structure and context, while lower timeframes can be used to examine entry details.

#Where should the stop loss be placed?

The stop loss should ideally be placed at a level where the original trading thesis becomes invalid according to the rules of the strategy.

#Do advanced entries guarantee a higher win rate?

No. No entry model guarantees a specific Win Rate, meaning the percentage of trades that close profitably. Performance must be evaluated using sufficient historical and forward-testing data.