Automotive Marketing Data Terminology – Explanations and Use Cases
Free PDF download at bottom of page
Â
ACES / CASE
Summary: Strategic megatrends in automotive: Autonomous, Connected, Electric, and Shared (a.k.a. CASE).
Use Cases:
-
Align product strategy with OEM roadmaps
-
Prioritize data products (e.g., EV, connected-car signals) in growth areas
Â
ACES/PIES Fitment Standards
Summary: North American aftermarket data standards for parts taxonomy (PIES) and vehicle fitment mapping (ACES).
Use Cases:
-
Normalize multi-brand parts catalogs for e‑commerce
-
Reduce returns by accurate year/make/model/engine fitment
Â
ADAS (Advanced Driver‑Assistance Systems)
Summary: Sensors and software that assist driving (e.g., lane-keep, AEB), generating rich signal for risk and mapping.
Use Cases:
-
Price insurance by ADAS presence and usage
-
Annotate HD maps with lane‑level features from ADAS fleets
Â
Aftermarket Parts & Service Data
Summary: Repair orders, parts purchases, warranty and service histories from dealers and independents.
Use Cases:
-
Predict part demand by region
-
Retarget owners due for maintenance or recalls
Â
API Aggregator (Vehicle Signals)
Summary: Platforms that standardize OEM connected‑car APIs into a single developer interface.
Use Cases:
-
Pull odometer, fuel/SOC, lock/unlock across brands with one token
-
Speed up app launches without separate OEM integrations
Â
CAN Bus Data
Summary: Raw in‑vehicle network messages between ECUs; requires decoding to human‑readable signals.
Use Cases:
-
Engineer new diagnostics and prognostics
-
Detect component failure patterns for warranty
Â
Clean Room (Mobility)
Summary: Privacy‑safe environment to match trip/owner datasets without exposing PII or precise locations.
Use Cases:
-
Closed‑loop attribution for dealer visits
-
Retail co‑ops analyzing shopper mobility
Â
Connected Car Data
Summary: Telematics streamed from OEM TCUs: location traces, speed, SOC, diagnostics, events.
Use Cases:
-
Build usage‑based insurance and driver scores
-
Optimize charging, routing, fleet operations
Â
Driver Consent & Permissible Use
Summary: Frameworks and user permissions that govern collection and sharing of vehicle/driver data.
Use Cases:
-
Capture granular opt‑ins in apps or dongles
-
Gate data products by use‑case eligibility
Â
Driving Events (HB/HA/HC/Idle)
Summary: Derived behaviors like harsh braking/acceleration/cornering and idling from speed/acceleration traces.
Use Cases:
-
Underwrite risk and coach drivers
-
Detect unsafe routes and optimize logistics
Â
EDR (Event Data Recorder)
Summary: ‘Black box’ that records pre/post‑crash vehicle data used in reconstructions and compliance.
Use Cases:
-
Accident investigation and liability
-
Validate ADAS performance in real‑world events
Â
EV Battery Health (SOH/SOC)
Summary: Key EV metrics: State‑of‑Health and State‑of‑Charge; inform range, degradation and value.
Use Cases:
-
Price EV residuals and warranties
-
Route planning and smart charging optimization
Â
EV Charging (EVSE) Data
Summary: Station locations, connectors, power, availability, pricing and session telemetry.
Use Cases:
-
Plan networks and site selection
-
In‑app routing to available fast chargers
Â
Fleet Management System (FMS)
Summary: Software/hardware stack for fleets: tracking, routing, ELD/HoS, maintenance and safety.
Use Cases:
-
Reduce fuel and overtime with route optimization
-
Monitor compliance and uptime KPIs
Â
Floating Car / Probe Data (FCD)
Summary: Anonymized location traces from vehicles/phones used to derive traffic speeds and flows.
Use Cases:
-
Live traffic and travel‑time APIs
-
Origin‑destination and congestion studies
Â
Geofencing
Summary: Virtual perimeters that trigger rules or events when vehicles enter/exit or dwell.
Use Cases:
-
Verify deliveries and service‑level compliance
-
Block high‑risk areas or enable tolling
Â
GNSS / GPS Trace Data
Summary: Satellite‑based positioning; the backbone for trip reconstruction and speed estimation.
Use Cases:
-
Recreate trips for disputed claims
-
Detect dwell, stops and visit frequency to POIs
Â
HD Maps
Summary: Centimeter‑level maps with lanes, signage, curvature and localization features for ADAS/AV.
Use Cases:
-
Enable lane‑level ADAS features
-
Road attribute updates from connected fleets
Â
Location De‑identification & Aggregation
Summary: Techniques (e.g., k‑anonymity, spatial/temporal fuzzing) to protect privacy in mobility datasets.
Use Cases:
-
Publish city dashboards without re‑ID risk
-
Share OD matrices with researchers safely
Â
LPR / ANPR (Plate Recognition)
Summary: Computer vision to read license plates for tolling, parking, enforcement—subject to regulation.
Use Cases:
-
Automate parking access and payments
-
Support city congestion/toll programs with safeguards
Â
MaaS (Mobility‑as‑a‑Service)
Summary: Integrated trip planning and payments across modes (ride‑hail, transit, micromobility).
Use Cases:
-
Bundle car‑light mobility subscriptions
-
Analyze mode shift and first/last‑mile gaps
Â
MDS (Mobility Data Specification)
Summary: Open spec used by cities to manage shared mobility providers and data exchange.
Use Cases:
-
Standardize scooter/bike feeds for regulators
-
Enforce geofenced slow/ no‑ride zones
Â
OBD‑II Dongle
Summary: Aftermarket device that reads DTCs and basic telemetry via the OBD port; pairs with apps/cellular.
Use Cases:
-
Low‑cost telematics for SMB fleets
-
DIY diagnostics and maintenance reminders
Â
OEM Data Feeds
Summary: Automaker data products from factory‑installed TCUs and consented owners.
Use Cases:
-
One‑to‑many access to standardized signals
-
Enable services without hardware install
Â
OTA (Over‑the‑Air) Updates
Summary: Remote software/firmware updates to vehicle ECUs and infotainment.
Use Cases:
-
Roll out new ADAS/UX features post‑sale
-
Patch vulnerabilities at scale
Â
Parking & Curbside Data
Summary: Inventory, rules, prices and availability for on‑/off‑street parking and curb uses.
Use Cases:
-
Driver wayfinding and dynamic pricing
-
Freight/ride‑hail curb management
Â
Road Attributes & Speed Limits
Summary: Authoritative layers: speed limits, curvature, grade, signage, restrictions and hazards.
Use Cases:
-
Safety scoring by road context
-
Truck routing that avoids restrictions
Â
Sensor Fusion (Camera/LiDAR/Radar)
Summary: Combining multiple sensors to improve detection, localization and redundancy.
Use Cases:
-
Improve ADAS perception accuracy
-
Validate weather/lighting edge‑case performance
Â
TCU (Telematics Control Unit)
Summary: Embedded module connecting the vehicle to cloud services via cellular/Wi‑Fi.
Use Cases:
-
Stream real‑time telemetry to platforms
-
Deliver OTA updates and remote commands
Â
UBI (Usage‑Based Insurance)
Summary: Pricing insurance from telematics‑derived behavior, mileage and context.
Use Cases:
-
Pay‑how‑you‑drive or pay‑per‑mile products
-
Retention via safe‑driver coaching apps
Â
V2X (Vehicle‑to‑Everything)
Summary: Direct or network‑assisted communication with vehicles, infrastructure, pedestrians and networks.
Use Cases:
-
Signal priority at smart intersections
-
Co‑operative safety alerts and platooning
Â
Vehicle History & Title Data
Summary: Records on ownership, liens, mileage, accidents and salvage; aggregated from DMVs/insurers/repairers.
Use Cases:
-
Fraud checks for dealers and lenders
-
Consumer vehicle reports for used‑car listings
Â
Vehicle Identification Number (VIN)
Summary: Unique 17‑character identifier encoding manufacturer, model, year and plant.
Use Cases:
-
Match disparate datasets to the same vehicle
-
Gate features by VIN eligibility
Â
Vehicle Lifecycle & Residual Value
Summary: Models of depreciation and total cost of ownership across ownership phases.
Use Cases:
-
Lease pricing and remarketing
-
Predictive inventory decisions for fleets/dealers
Â
Vehicle Recall Data
Summary: Open and OEM notices of safety defects and required remedies.
Use Cases:
-
Recall outreach and owner matching
-
Suppress ads for affected vehicles until fixed
Â
VIN Decoding & Build Sheet
Summary: Translates VIN and OEM build data to exact trims, options, engines and ADAS packages.
Use Cases:
-
Target campaigns by installed features
-
Parts fitment and service plan accuracy
Â