Native HPT and HPL intake
Recognizes HP Tuners tune and scan-log files, preserves file identity, and clearly separates readable metadata from proprietary binary contents that were not decoded.
Blueprint DiagnosticsOpen appTUNE AI • HP TUNERS FILE REVIEW
Turn tuning files and logs into a measured, source-backed test plan
Attach a native HPT or HPL file for safe file identification and metadata intake, then add the VCM Editor report or VCM Scanner CSV export for verified table, channel, sample, and event analysis.Smarter CSV channel detection
Recognizes native HP Tuners sections plus common aftermarket channel names, normalizes supported units, checks plausible ranges, and blocks a wideband signal that appears frozen or incorrectly scaled.
Vehicle and build context
Keeps factory VIN identity separate from confirmed engine, ECU/TCU, fuel-system, transmission, gearing, tire, sensor, fuel, and power-adder changes.
Event and operating-zone intelligence
Separates warm idle, cruise, transient, decel, and high-load evidence; groups KR by time; detects repeat events in the same RPM/load cell; and identifies gear-change, lean, or heat overlap.
Platform-aware Tune AI
Explains measured findings and can search current official documentation for OEM reflash and standalone ECU workflows covering airflow, fueling, spark, idle, boost, flex fuel, transmission behavior, sensors, and verified wiring.
HOW IT WORKS
From symptom to measured proof
- Attach the HPT or HPL file in Mechanic AI so it stays with the diagnostic case.
- For an HPL log, use VCM Scanner File → Export Data and attach the completed CSV.
- For an HPT tune, attach Tune Details, table screenshots, or VCM Editor Compare → View Comparison Log.
- Confirm the VIN, installed build, fuel, controller, and test conditions before using Tune AI to review the evidence.
- Change one documented item only when the evidence supports it, then repeat the same validation log.
BLUEPRINT DIAGNOSTICS