How to verify a signal record
Four steps to confirm a single past call yourself, no spreadsheet required.
Auditing an entire history is not required to judge a provider's honesty. Pin down a single past call from start to finish and you will already know the thing that matters most: whether anything here can be checked at all. The four steps run in order of effort, from the quick screening check to the one that settles it.
Verify in four steps
1. Begin with the call count
Locate the total number of calls and make sure the losses are counted in it. A win rate floated without that total — or with the losing calls quietly stripped out — should stop you in your tracks. For the pick the intraday line reads 67.5% over 308 calls; the 308 is precisely the figure you are hunting for, and the percentage means nothing detached from it. The whole test is laid out on a re-checkable record.
2. Insist on a continuous run
Hunt for an unbroken stretch instead of a hand-picked good week. A model that parades its five best sessions is, by definition, burying the forty-five it would rather you skipped. An honest record names its window — here, 2026 year-to-date — and leaves the ugly patches inside that window on display.
3. Locate the independent reviewer
Confirm that a named third party with no stake has examined the underlying statements. A leaderboard placing does not count as a review, and a glowing testimonial does not count as an audit. The externally tracked competition results live at World Cup Championships.
4. Verify one call against the chain
This is the step that settles it, and the one most providers cannot get through. Pull a single historical call and line its published fields up against its Bitcoin-anchored receipt. Since that receipt predates the trade's resolution, a match certifies the fields were locked ahead of time. A single verified call carries more weight than a hundred screenshots. This is what running it looks like:
The call here is fabricated for the walkthrough, not any specific real trade. The procedure, though, is exactly what you would carry out on a genuine published call.
- Lift the published call and its fields. Suppose it reads: short the index future,
entry 5180.25,target 5168.00,stop 5186.50,grade C,send-time 09:47:12 UTC. - Regenerate the fingerprint. The provider strings those exact fields together in a set order and feeds them through SHA-256 — a one-way function collapsing any input to a single fixed-length value. Identical fields always yield the identical value; a single altered digit yields a totally different one.
- Pull up the on-chain receipt. The OpenTimestamps receipt issued with the call names the Bitcoin block its fingerprint was written into; OpenTimestamps is a free, open standard you run yourself, so the check leans on nothing this guide or the desk controls. Confirm that the value you regenerated equals the one the receipt records.
- Read the clock. Find out when that Bitcoin block was mined. Should the block time fall ahead of the trade resolving, the call — entry, target, stop and grade as one unit — was demonstrably locked beforehand. That is the proof, complete.
Now attack it: suppose the target was nudged from 5168.00 to 5172.00 once the move stalled. Step 2 would then spit out a value that no longer agrees with the receipt from step 3, and the edit is laid bare. That is why a matched receipt beats any screenshot — it breaks audibly the moment a single field is disturbed.
In short: steps 1–3 cost a couple of minutes and weed out most of the field; step 4 is the one no provider can fake. Clear step 4 and what you hold is a record you can examine, not merely one you are asked to trust. The mechanism beneath it is detailed on sealed before the result.