PHASE 01 / TEST BENCH
Dyno Cell & Powertrain Test
Log high-speed crankshaft and pressure channels with MDX, fit Physics-Informed Neural Networks (PINNs) in CIE Pro, and cut iterative dyno fuel/spark sweeps by 30–50%.
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VehicleLab — Solutions
Measure, understand, calibrate, verify and release — seven tools, one set of files.
Explore how VehicleLab instruments integrate seamlessly across the entire vehicle engineering lifecycle: powertrain dyno calibration, HiL test bench automation, proving ground logging, and private OEM AI labs.
In pilot with Tier-1 powertrain teams
Capabilities
Seamless closed loop: record raw MDF4 in MDX, train response surfaces in CIE Pro, and flash updated maps with Hexx.
Execute repeatable automated regression sweeps over MCP with sub-second parameter verification and logging.
Aggregate and query fleet bus logs to identify rare intermittent faults and thermal degradation patterns before release.
Deploy air-gapped DiagAI nodes trained on proprietary internal service bulletins and historical warranty databases.
CLOSED-LOOP AUTOMOTIVE LIFECYCLE DEPLOYMENT
VehicleLab connects every stage of vehicle development into a continuous, verifiable data pipeline:
PHASE 01 / TEST BENCH
Log high-speed crankshaft and pressure channels with MDX, fit Physics-Informed Neural Networks (PINNs) in CIE Pro, and cut iterative dyno fuel/spark sweeps by 30–50%.
PHASE 02 / SIMULATION
Automate regression test suites against virtual ECU targets via MCP. Execute overnight calibration sweeps with automated conflict checking in HELIX.
PHASE 03 / VALIDATION
Deploy ruggedized, air-gapped field workstations for cold-weather and high-altitude vehicle testing. Synchronize MDF4 telemetry with high-accuracy GPS routes.
PHASE 04 / SOVEREIGN AI
Deploy DiagAI nodes inside your private air-gapped data center, trained exclusively on proprietary service bulletins and historical fleet warranty data with zero data egress.
Workflow
Capture high-frequency multi-bus CAN/LIN/MDF4 data during track or dyno sweeps.
Fit physics-informed models, identify Pareto optima, and tweak hex calibration maps.
Validate datasets through automated release gates and verify ECU diagnostics before sign-off.
Why it exists
Rather than juggling disconnected tools from multiple vendors with incompatible file formats, VehicleLab provides a continuous, cohesive workflow that keeps engineering data flowing cleanly from initial concept to vehicle production.
Next step
Bring us your bench, your file formats, and your release gates — we will show you which instruments carry the load and where they hand off.
By task
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