Video summary

Anomaly - Advanced Course - Lesson 7 - Asset sync

Main summary

Key takeaways

Educational

Main ideas / lessons (Lesson 7: Asset Sync)

  • The lesson explains how to identify when an SMT is likely to break, and how correlated assets (notably indices in a triad) tend to sync, desync (decouple), and resync (re-sync) around key levels.
  • It focuses on reversal and continuation scenarios using:
    • SMT breaks
    • Failure swings (price action that does not follow through as expected)
    • Premium/discount (including “advanced premium/discount”)
    • Two-stage confirmation patterns, including string switch / strength switching
    • Gap-based displacement confirmation (often “50-minute or above gap” and fair value gaps)
    • Crack and correlation / relative strength within a triad
    • A universal model context to decide which SMT/asset is “real” vs “fake”

Methodology: SMT breaks for reversals (core sequences)

1) Identify the likely SMT that will break (proximity cue)

  • Create an SMT using a correlated market.
  • Expect the SMT to fail when:
    • The SMT is in very close proximity to the manipulation point on the leading/stronger asset.
  • Mechanism:
    • When the middle asset breaks the SMT, it often triggers reversal on the leading asset.

2) “Triad ideal sequence” (ideal reversal path)

  • Desired pattern:
    • The leading asset forms SMT with the middle and lagging assets.
    • That initial SMT does not hold because:
      • The middle asset breaks the SMT.
    • Meanwhile:
      • The lagging asset holds the SMT.
  • Note:
    • Proximity between the SMT and manipulation on the lagging asset matters less than the intended hold behavior.

3) “Two-stage SMT in the form of a strength switch” (roof/switch look)

  • Another ideal reversal scenario:
    • A first-stage SMT is created (often described like two highs / “roof SMT” appearance).
    • Then the lagging/other asset breaks the SMT and simultaneously creates a new SMT tied to the earlier high.
  • Interpretation:
    • The asset that fails to take out a high transitions from strength to weakness (a “strength switch”).
    • This is treated as a trigger for reversal.

Failure swing + close-proximity SMT break expectations (middle-asset trigger)

  • Key concept:
    • When the leading asset runs through a low/high, but the SMT is created in close proximity, it’s likely to fail.
  • Execution logic (lower timeframes):
    • Watch for:
      • Failure to manipulate the low/high
      • Consolidation after failing to manipulate
      • A close-proximity SMT formation
  • Trigger:
    • The middle asset breaking the SMT is the reversal confirmation.
  • Then:
    • Reversal happens while the middle asset is “holding” inside a gap (the text references “holding it inside of a gap”).

Advanced premium/discount (space-out SMT) for reversals and continuation

Definition (as taught): “Space-out SMT” via premium/discount placement

  • The failure swing that creates the reversal/shift should be:
    • In premium of the range (for the relevant direction)
    • And ideally created while the other asset is:
      • manipulating a range low (or high) in a different location
  • Desired configuration:
    • Leading asset: failure swing happens in premium (or discount, depending on direction)
    • Lagging asset: manipulates the opposite side (e.g., range low) and the resulting SMT is spaced out (not deep close-proximity)

Triad ideal for advanced premium/discount

  • Ideally:
    • Strongest/leading asset creates SMT in premium
    • Middle asset is around EQ (equilibrium) or discount for its “low”
    • Lagging asset manipulates the range low
  • Trigger to wait for:
    • The middle asset manipulating the range low and breaking the SMT (similar reversal logic as earlier)

Two-stage PSP context (previous candle range)

  • The lesson often uses a previous candle range high/low as the “range.”
  • Common pattern:
    • One candle opens in premium of the prior range
    • Another opens in discount of the prior range
  • This naturally creates:
    • two-stage PSP (two-stage pattern)
    • separated/space-out SMT

Failure swing SMT “without advanced premium discount” (gap/displacement confirmation)

When space-out SMT isn’t present, the method shifts to displacement confirmation.

“GXT universe sequence” (as described)

  • After price creates a failure swing SMT:
    1. Wait for price to expand away and create a 50-minute or above gap
    2. Wait for the gap to be confirmed with an SMT fill
    3. After confirmation:
      • Trust continuation/trading “away from fair swings,” treating the expansion/gap as evidence of willingness to move.

Asset signalization (reversal confirmations via string switching / strength switch)

Core idea

  • Reversal is confirmed using string switching, a two-stage SMT break concept.
  • Strength switching means:
    • The asset previously strong shows weakness
    • The asset previously weak shows short-term strength (or vice versa)

Three strength-switch variants (reversal confirmations)

  1. Strength switch PSP (favorite)

    • Stage 1: SMT/key level forms
    • Stage 2: a PSP occurs that shows the strength flip via candle closure:
      • Stronger asset: closes bearish (short-term weakness)
      • Weaker asset: closes bullish (short-term strength)

  2. Strength switch with a swing-point SMT

    • A second SMT is confirmed at the swing point (described as the lowest point / reversal low).
    • The “target/trade” asset is typically the one closer to draw liquidity (the text indicates this with: “always going to be this asset here,” i.e., the stronger/benefiting asset).

  3. Strength switch via swing highs/lows SMT divergence (“roof/inverted roof” look)

    • There may be no explicit two-stage SMT.
    • Confirmation is built around:
      • printing a low (or high)
      • using an SMT at that swing level as the “second stage”

Asset synchronization SMT filtering (which SMTs hold vs fail)

When SMTs are most likely to break (reversal/continuation anticipating logic)

  • For an SMT to break:
    • Ideally there is a two-stage SMT at the point of reversal
    • Then:
      • all assets expand away
      • expansion generates opposing SMT behavior
  • Premium/discount proximity condition:
    • If the fair swing is printed in close proximity and/or in premium near the high (described as a negative condition for holding), SMT is likely to break.

Negative condition for continuation vs hold

  • At reversal:
    • If lagging and middle assets are lacklustre
    • They consolidate instead of expanding away
    • Price doesn’t generate the needed close-proximity behavior
  • Then:
    • SMT is likely to hold (no catch-up/break by lagging assets).

Continuation synchronization (how to get real vs fake SMT after reversal)

Universal idea

  • When both assets are expanding toward draw liquidity after a reversal, they can still print fake SMTs.
  • To decide “real vs fake”:
    • Check where the failure swing / lagging asset failure is printed:
      • If the lagging asset’s failure swing is printed in deep discount/premium (low probability zone), it’s likely a fake SMT.
    • Expect lagging asset to catch up via strength switching.

How strength switching confirms continuation (with variants)

  • With gaps / daily gaps:
    • A gap on a higher timeframe indicates displacement context.
    • Continuation often looks like:
      • lagging asset switches weakness/strength to catch up
  • With SMT divergence:
    • Both assets print the same low/high.
    • Then the “right” asset shows short-term weakness/strength and breaks the SMT.
    • Target becomes the earlier drawn/liquidity high.

“Anticipate SMT break” using price signatures (lower timeframe confirmation)

Signatures that suggest breakout/SMT break

  1. Failure to manipulate

    • Leading asset expands through a high.
    • Confirm on lower timeframe (CSD mentioned):
      • price engages relevant high
      • then closes through on retrace.

  2. Engage + consolidate

    • Price creates SMT at the high then consolidates.
    • Consolidation isn’t a reversal signature; likely breakout continues as lagging assets catch up.

  3. Retracement with lack of V-shape

    • No V-shaped reversal / no fair value “failure swing” behavior.
    • Typically expect continuation via later expansion through the high.

Important note given

  • In failure-to-manipulate situations, you often don’t need a strength switch because you expect continuation anyway (lagging asset can catch up without reversal confirmation).

Signatures within asset synchronization (draw liquidity / internal highs)

  • Process described:
    • As price approaches an internal high or draw liquidity:
      • failure-to-manipulate / consolidate / retrace are treated as continuation signatures
    • Then the lagging asset should catch up to at least the internal high.
  • Example behaviors:
    • Price ignores an SMT and rips through an internal level → expect movement toward draw liquidity.
    • After expanding into draw liquidity and consolidating, continuation signatures appear.
    • String switching may occur but isn’t strictly required if it’s a continuation context.

Relative strength + indices triad rule (NQ/ES/YM ordering)

Relative strength rule (indices triad)

  • When NQ is strongest:
    • YM is weakest
    • ES is always the middle
  • When YM is strongest:
    • NQ is weakest
    • ES remains the middle
  • ES is rarely treated as the leading/trading-side asset because it’s the middle and often consolidates.

Practical implication

  • Trade the weakest asset because it reaches draw liquidity (or key levels) sooner in many scenarios.
  • This creates easier gap/SMT contexts and clearer displacement.

Intermarket relations (confluence, not standalone)

  • Used as confluence to bias direction, not as an independent SMT engine.
  • General tendencies mentioned:
    • If indices are bullish → often metals bullish, oil bearish, US dollar bearish.
    • If oil is bullish → often indices and gold are bearish.
  • Example usage:
    • If oil is extremely bearish and indices direction is unclear, lean bullish on metals (because of typical relationship).

Coupling vs decoupling (how correlated assets re-sync)

Decoupling

  • Decoupling = correlated assets expand in opposite directions.
  • For indices:
    • Avoid ES (the middle asset) during decoupling; it tends to consolidate.
  • Interpretation:
    • One asset makes a fake move (manipulates to create SMT), while the other continues toward draw liquidity.
  • Trigger for re-sync:
    • treated as a manipulation rate into a key level, often resetting via a two-stage PSP.

Coupling

  • Coupling = they expand toward each other to become correlated again.
  • Often forms two-sided expansion candles that close opposite directions.
  • Resync can become a two-stage SMT / strength switch PSP.

Decoupling anticipation sequences (how to trade reversals vs continuation)

Reversal context via decoupling

  • The lesson suggests:
    • Decoupling happens when there’s already SMT alignment in premium/discount context (assets are “already decoupled”).
  • Context clues:
    • If there’s no SMT at the lows (or no advanced premium/discount close-proximity structure), it’s less likely to catch up/hold in the reversal sense.
  • Trade logic:
    • The asset that was manipulating to create the false structure can cap the decoupling.

Decoupling sequence for reversal (detailed)

  • One asset creates cracking correlation (expands one way).
  • The other asset expands lower while manipulating.
  • The trading asset can be the one that becomes “real move” after the appropriate candle close creates PSP (strength switch).

Coupling continuation (decide fake vs real move)

  • For continuation:
    • You must be coming off a two-stage SMT
    • The universal model uses manipulation ranges / draw liquidity
  • Fake vs real:
    • Real move = the asset moving toward draw liquidity.
    • Fake move = the asset retracing toward key levels to re-sync manipulation.

Final synthesis rules reiterated in the lesson

  • SMT is the catalyst for expansions (reversal or continuation).
  • To decide which SMT/asset to trust:
    • Identify draw liquidity objectives
    • Use premium/discount positioning
    • Look for displacement confirmation (gaps, SMT fills)
    • Confirm with strength switching (string switch) when required
    • In decoupling/coupling, distinguish fake manipulation vs real displacement by observing which asset gravitates toward draw liquidity.

Speakers / sources featured

  • No other speakers or external sources are explicitly named in the provided subtitles.
  • The content appears to be delivered by the single course instructor/author (referred to indirectly as “we” and using personal preference statements like “my personal favorite”).

Original video