PSP — Precision Swing Points

An SSMT tells you something is turning and a True Open tells you which way to lean — but neither is an entry. The PSP (Precision Swing Point) adds a layer of confluence on top of that read: a divergent close at a swing pivot that points to the Diverger — the odd-one-out — as the chart with the best-defined risk.

What a PSP is

A PSP is a three-candle swing whose middle candle closes bullish while the other correlated assets in the triad close bearish on the same bar — or the reverse. That opposing pair of closes is a Crack In Correlation (CIC) — one crack, read from the two closes alone. A PSP is that crack landing on a swing pivot: two conditions on the same candle — a swing pivot in price, and the divergent close (not a second divergence). (A close is bullish when the bar ends above its open, bearish when below; a doji — close equal to open — doesn't count as either, and invalidates the PSP.)

• Candle 1 — the setup, the bar into the pivot.
• Candle 2 — the PSP candle. Its high (for a bearish PSP) or low (for a bullish PSP) is the swing extreme, and its body closes against its Peers. This is the candle that matters.
• Candle 3 — confirmation. The PSP is confirmed once candle 3 closes and the pivot is locked.

Daye describes it as “a candlestick pattern that forms before a sequential SMT.” In practice the candle prints first and the label is applied once the SSMT confirms — so don't worry about which came first. The PSP is a layer of confluence that sits on top of the divergence — confirmation, not a standalone entry.

Trade the Diverger, not the Peers

Here's the part that trips people up. The PSP candle prints on the odd-one-out of the crack — the asset that closed against its Peers and reversed. That marks it as the chart to trade — but the PSP alone doesn't settle it. You want confluence from a higher or lower timeframe pointing at the same asset — above all, that it's also the SSMT's Diverger. When the PSP's odd-one-out and the SSMT's Diverger are the same asset, that alignment is the confluence that makes it the one to execute on. On the common case that Diverger is the one that swept and reversed — the “weak” one that broke — but the logic holds whichever mode the SSMT Key is in.

Why the Diverger and not the Peers?

• The reversal candle — the close against its Peers — only exists on the Diverger. For many traders that close is the trigger; others wait for further confirmation first — a tCISD, or an SMT-Fill on a lower timeframe. Either way, the candle most likely to start the move lives on the Diverger's chart.
• The Diverger carries the defined invalidation — the level that, traded back through, kills the setup. On a Swept SSMT Key that's the extreme the Diverger printed as it swept — the PSP wick, in the current quarter: trade back through it and the reversal has failed. On a Held SSMT Key it's the prior-quarter level the Diverger refused to break — the same price at which the whole SSMT Key would invalidate. Where exactly the protective stop sits is your own risk method. A common structural approach buffers it beyond the swing — roughly half the swing's own length past the protected extreme — more room than a stop sat right on the wick, so an ordinary re-wick doesn't take you out before the cycle expands.
• The reaction is concentrated on the Diverger's chart — the trapped or exhausted flow that fuels the reversal shows up there, on the asset that stepped out of line.

One clarifying nuance: in a positively-correlated triad the direction of the trade is the same on every chart, so the Diverger rule isn't about long versus short — and whether a trade taken on a Peer works out depends entirely on the context of the setup. What the rule actually decides is execution quality: the Diverger is the chart with the defined invalidation and the cleanest structural read, and therefore the better risk-to-reward.

The wick — the optimal entry

The PSP candle's wick isn't just decoration. Daye: “the wicks of PSP can be used as gaps … the same strength as FVG and sometimes even greater.” The wick behaves like an imbalance — a zone price often comes back into. (Fractally, a PSP wick on a higher timeframe shows up as a full breaker block on a lower one.)

Be precise about what that means, though: a retrace into the wick is the optimal entry — a tighter stop and a better risk-to-reward — but it isn't owed to you. Sometimes no asset trades back into the wick at all, and the move simply leaves without you. That's why many traders enter on the confirmation close itself and treat a wick fill as the bonus, not a precondition.

• Optimal entry: a retrace into the wick zone — on the asset that has not yet taken its PSP wick, where the divergence is still intact.
• Stop: the wick extreme of the PSP candle.
• Invalidation: if the other assets take their wicks too, the divergence closes and the setup is dead.

Grading the crack — CIC1, CIC2, CIC3

A Crack In Correlation is graded by the order the evidence arrives in — which printed first, the SSMT or the PSP, and whether the crack stacked. The grade doesn't change the pattern; it changes how much independent evidence is behind it by the time you act.

CIC1 — the divergence led, the PSP confirmed. The most common read. The quarter boundary produced an SSMT, so you already have a bias and a level — you're waiting on a trigger. When a PSP then prints, its divergent close confirms the sweep failure on the Diverger. You reacted to a setup that announced itself first.

CIC2 — the PSP led, the SSMT confirmed. The pivot and its divergent close print before the quarter's sweep failure completes. By the time the SSMT confirms, the PSP has already defined the wick and the stop — the trader was positioned before the liquidity raid resolved, rather than chasing it afterwards. That earlier positioning is exactly why it's graded higher.

CIC3 — the stack. A two-stage PSP — the candle-2 close divergence plus a second, separate divergence read across the same three bars (a TPD — see PSP vs TPD) — together with a consecutive SMT in the same window. Three independent cracks pointing the same way at the same place. Rare, and graded highest for exactly that reason.

The classic worked example runs on CIC1 timing: NQ takes out Monday's high on Tuesday but ES fails to — a weekly-cycle SSMT — then at 10:00 NY the 4-hour candle closes bullish on one index and bearish on the other. That divergent close is the PSP, landing inside the Q3-in-Q3-in-Q3 window covered below.

Use the grade as a conviction dial, not a different playbook: the mechanics — Diverger, wick, stop — are identical at every grade. A higher grade justifies more conviction; a CIC1 still needs the rest of the sequence below before it's anything at all.

Where the PSP fits

A PSP is never a trade on its own. It reads as a confluence at the end of a sequence: the True Open sets the bias, a premium/discount array (PDA) — the higher-timeframe zone price is expected to react from, like a gap or an extension level — says where, the SSMT confirms the bias — the crack in correlation — and the PSP close adds a confluencing crack on top. The PSP is one way to trigger the entry, not the only one: a qsCISD close at the same level does the same job, and when both print together they stack even more confluence.

The highest-probability window is Q3 in Q3 in Q3 — three nested distribution quarters aligned, the distribution quarter of one cycle inside the distribution quarter of the cycle above it, and the one above that — roughly 09:00–10:30 NY for the indices. Targets sit at the next pool of liquidity — a previous high/low, an opening gap, a higher-timeframe gap, or range equilibrium — or at a measured-move projection of the swing itself, commonly the 2.5×–4× extension. Skip PSPs in Q1 (accumulation chop), when the whole triad takes the wick, or when the assets you're comparing aren't well correlated.

See it on your chart

Catching a valid PSP live — the right pivot, the divergent close, on the Diverger, with the wick zone and a stop in the right place — is exactly the kind of thing software should watch for you. The Quarter Sequence engine detects PSPs (including Golden PSPs), graded by the chain context around them, with the divergence and True-Open read built in.