Decision parameters
- Entry
- 0.773400
- Take profit 1
- 0.783826
- Stop loss
- 0.766884
- Risk / reward
- 1 : 1.60
- Confidence
- 46
- Net score
- 41.1111
Win · TP1 hitLONG
BARDUSDT#046b54646766
This is a verifiable signal receipt. Every field below was recorded at signal-generation time. The SHA-256 hash fingerprints the canonical input. Anyone can recompute it and verify this signal existed exactly as shown, before the market moved.
Outcome
- Outcome
- Win · TP1 hit
- Net (after costs)
- +108 bps
- Gross
- +130 bps
- Fees
- 4 bps
- Slippage model
- 17 bps
- Funding PnL
- 0 bps
- Entry exec
- 0.773800
- Exit exec
- 0.783826
Cryptographic proof
- SHA-256
- 046b54646766abc086be0ea8899c18c22b78b7fc28ecf9a86a18c6d17f67fde6
- Short code
- 046b54646766
- Algo version
- native_scanner_v2
- Eval version
- worker-auto
- Policy hash
- (none)
- Code git sha
- (none)
- Calibrator
- (none)
Show canonical input (for recomputation)
BARDUSDT LONG 1771750799999 0.77340000 0.78382611 0.76688368 native_scanner_v2 worker-auto
sha256(canonical_input) === the hash above. Any recipient can verify with python -c "import hashlib; print(hashlib.sha256(open('/tmp/c').read().encode()).hexdigest())"after saving this block (without trailing newline) to /tmp/c.
Verify this receipt yourself
JSON receipt · Verify a hash · Methodology · Symbol history
Ask any signal seller to show you this. If they can't produce an immutable, pre-trade fingerprint for every past call, their "track record" is retrofitted.