Stop digging through terabytes.
Start delivering verdicts.
Ship with proof.
From vehicle measurements to engineering decisions. ProVER centralizes test data, applies DBC-driven signal and PDU analyses, and brings findings, annotations and test-drive context into one traceable workspace.
One platform. Five steps.
Modern vehicles run on software.
Testing them shouldn't run on spreadsheets.
A single vehicle platform hosts dozens of ECUs exchanging millions of messages per drive. Manually reviewing those logs is slow, inconsistent, and impossible to scale. ProVER was built to solve exactly this.
Built for the full verification workflow
From uploading a measurement file to generating a dashboard — ProVER handles every step, whether your team is in the lab, on the road, or working remotely on the cloud.
Ingest, track and organize every test measurement
Upload measurement files in supported formats (ASC, BLF, MDF, TTL), associate them with the right vehicle, ECU configuration, driver, and data pool — then submit for automated processing. ProVER monitors ingestion in real time, showing file-level progress, row counts, and any processing errors.
- Supports measurement data from Vector and TTTechAuto logging environments
- Drag-and-drop upload with chunked transfer and pause/resume
- Real-time ingest monitoring with per-file progress and status
- Timestamped measurement markers for event annotation
- Full metadata linking: vehicle, ECU config, driver, data pool
Visualize signals and errors on the same chart
Select up to ten signals from any measurement, inspect them within a defined time range, and load interactive time-series charts. ProVER overlays configured error occurrences directly on the signal trace — so you see the raw waveform, your own engineering markers, and system-detected violations in one workspace.
- Interactive signal charts with zoom, pan, and range selection
- Signal-error hits rendered as red markers with hover details
- Add measurement markers directly from the chart view
- Group signals by message for structured analysis
- Preset time ranges or custom From/To pickers
Validate bus behavior at the protocol level
ProVER's PDU Analysis workspace gives you five complementary views of a single measurement: cycle timing, undetected messages, unexpected frames, message length violations, and a full error timeline. Switch between tabs to move from timing validation to coverage gaps to error clustering — no separate tool needed.
- Cycle time analysis: observed vs. expected message timing
- Undetected messages: DBC-defined signals missing from capture
- Unexpected messages: frames not present in the DBC definition
- Message length mismatches: DLC violations flagged automatically
- Error timeline: signal-error events plotted across measurement time
One structured registry for your entire fleet
Define ECUs, build reusable vehicle configurations, assign them to individual vehicles, and group vehicles into operational fleets. Every measurement is linked back to this master registry — giving you traceable, consistent metadata across your entire testing programme.
- Hierarchical model: ECU → Configuration → Vehicle → Fleet
- Custom attribute schemas per entity type
- Configuration versioning for multi-ECU platforms
- Fleet grouping for programme-level analysis
- Driver registry with license, contact, and assignment data
Structure field tests from pre-drive survey to completion summary
ProVER's test drive module turns unstructured field tests into auditable, repeatable workflows. Define customisable survey templates — with text, numeric, boolean, rating, dropdown, and multi-select questions — attach a measurement, and walk through a guided pre/post-drive questionnaire. Every answer is stored and visible in the completion summary.
- Configurable survey templates with phase assignment (PRE / POST)
- Six question types including rating and multi-select
- Guided workflow: pre-survey → measurement link → post-survey
- Traceable completion summary linking answers, measurement and sign-off
- Directly linked to measurement data for full traceability
Define the rules. Let ProVER enforce them.
Upload DBC files to register your message definitions, then configure signal-level error rules — either imported from the DBC or created manually. Rules support exact-value matching and range-based thresholds, and are applied automatically during analysis so downstream Signal Viewer and PDU Analysis results are always grounded in your specification.
- DBC file upload with parse status and metadata review
- EXACT and RANGE rule types per signal
- Read from DBC or add manual rules — both tracked with source tags
- Configured rules drive both Signal Viewer error overlays and PDU Analysis results
Everything in one platform
ProVER's web application is the primary interface — a complete workspace for measurement management, analysis and verification, backed by controlled access and traceability.
Built for engineers. Designed for managers.
ProVER serves two roles with different needs — and meets both without compromise.
Stop trawling logs.
Start finding root causes.
- Upload and process measurement data from Vector and TTTechAuto logging environments in minutes
- Configure signal-level error rules from DBC files or manually — and have them applied automatically across every analysis
- Use Signal Viewer to inspect raw traces, error hits, and your own markers in a single interactive chart
- Run PDU Analysis to validate cycle timing, detect missing/unexpected messages, and map errors to a timeline
- Add markers directly from the chart during analysis — no context switching, no separate annotation tool
Automated analysis.
Effortless reporting.
- Dashboards and KPI trend charts generated automatically — with automated test reports via integration with your test management systems
- Fleet-level organisation lets you track testing activity and results across multiple vehicles and programmes
- Audit log records system activity and changes for operational traceability — supports review and traceability needs
- Developed within Proven's TISAX-assessed (AL3, Scope 2.0) and ISO 27001-certified environment
- Customer impact: customers report yearly savings of ~35,250 person-hours through automated analysis workflows
Works with the tools your team already uses
ProVER is designed to fit into existing automotive test ecosystems — not to replace them. Connect your measurement data, upload your DBC files, and start analysing.
Built to the security standard the automotive industry requires
ProVER is developed within Proven's TISAX-assessed (AL3, Scope 2.0) and ISO 27001-certified environment. Deploy it as a managed cloud service or fully on-premises within your own infrastructure — your vehicle data is handled with the controls your OEM partners expect.
"Leveraging ProVER's know-how, our European automotive customer transformed their manual test analysis into an automated pipeline — with measurable, repeatable savings."
at a single Tier-1 automotive customer
Ready to stop searching logs
and start finding answers?
See how ProVER fits your vehicles, measurement formats and verification workflows.