Telematics Patents

Telematics patents cover vehicle data collection device hardware and firmware; CAN bus and OBD-II data parsing and protocol handling; GNSS and cellular positioning and communication; driver behavior monitoring and scoring algorithms; predictive maintenance using diagnostic trouble codes DTCs; electronic logging device ELD hours-of-service HOS compliance; and usage-based insurance UBI telematics scoring: MAJOR TELEMATICS PATENT HOLDERS: GEOTAB: 500+; specific fleet telematics hardware (specific specific GO9 OBD-II device: specific specific OBD-II SAE J1962 connector + specific specific CAN J1939+OBD2+FMS+J1708 protocol parser from specific specific ISO 15765 CAN 2.0B 500 kbps for specific specific vehicle speed+RPM+fuel+DTC+odometer from specific specific 9-axis IMU 3-axis gyro+accel+mag at specific specific ±8g range from specific specific GNSS u-blox M9N GPS+GLONASS+Galileo+BeiDou 2.5m CEP for specific specific 4G LTE Cat-M1 cellular + specific specific Bluetooth 5.0 BLE + specific specific Wi-Fi 802.11 ac/n for specific specific fleet compliance ELD HOS reporting from specific specific Geotab MyGeotab cloud SaaS 3.5M+ devices connected; specific specific driver behavior: specific specific harsh braking >0.3g + specific specific cornering >0.3g + specific specific acceleration >0.3g from specific specific IMU g-force threshold + specific specific GPS speed for specific specific driver scorecard 0-100 fleet safety KPI from specific specific Geotab Coach driver feedback); SAMSARA: 300+; specific AI dashcam (specific specific AG57 dual-lens AI dashcam: specific specific forward 1080p + specific specific inward 720p camera from specific specific ML CNN face landmark for specific specific DMS driver monitoring system from specific specific eye gaze+blink+yawn+head pose for specific specific drowsiness fatigue + specific specific phone use + specific specific seatbelt + specific specific smoking detection at specific specific <1% false positive rate from specific specific cloud video review + specific specific in-cab audio+visual alert for specific specific real-time coaching; specific specific VG34 asset tracker: specific specific Bluetooth LE 5.0 + specific specific GPS + specific specific LoRa from specific specific solar+battery for specific specific trailer+equipment tracking at specific specific 6-month battery life at specific specific 30-second ping from specific specific BLE peripheral scan for specific specific cargo+door sensor hub); VERIZON CONNECT (NETWORK FLEET): 500+; specific fleet management (specific specific vehicle maintenance DTC prediction: specific specific OBD-II DTC J1979 + specific specific J1939 FMI Failure Mode Indicator from specific specific historical DTC frequency + specific specific vehicle age+mileage for specific specific ML regression failure prediction at specific specific 30-day window + specific specific ADAS calibration reminder; specific specific ELD HOS: specific specific 395.15/ELD mandate from specific specific FMCSA from specific specific J1939 VBUS engine data from specific specific driving detection >5 mph engine rpm >0 for specific specific RODS record of duty status from specific specific <60 on-duty+driving hours/7 days for specific specific automated HOS exception rule engine); PROGRESSIVE/SNAPSHOT: 300+; specific UBI telematics (specific specific Snapshot OBD-II UBI: specific specific OBD-II Bluetooth dongle from specific specific trip-level data from specific specific speed+braking+acceleration+time-of-day for specific specific 100B+ trip miles in US from specific specific telematics ML score from specific specific hard brake >0.4g penalty + specific specific night 12am-4am factor + specific specific total miles for specific specific discount/surcharge up to specific specific 30% premium reduction); FORD; GM; STELLANTIS: 3,000+ combined OEM embedded telematics; ZUBIE; SPIREON; OMNITRACS: 200+ each fleet software.

Vehicle data collection device innovations enabling higher-resolution or lower-latency data capture; driver behavior analytics innovations using computer vision or sensor fusion for more accurate behavioral classification; and predictive maintenance telematics innovations combining multi-source vehicle data with machine learning to predict component failures represent three core telematics innovation domains: VEHICLE DATA COLLECTION PATENTS: GEOTAB; SAMSARA; VERIZON CONNECT; LYTX; CALAMP: specific vehicle data hardware (specific specific CAN FD decoding: specific specific CAN FD 2.0 ISO 11898-2 8 Mbit/s from specific specific extended 64-byte payload vs. specific specific CAN 2.0B 8-byte for specific specific EV BMS battery management + specific specific ADAS sensor bus parsing from specific specific OEM DBC file CAN database decoding from specific specific reverse-engineered proprietary PID for specific specific EV state-of-charge + specific specific ADAS front radar status; specific specific LTE-M+NB-IoT multi-mode: specific specific Cat-M1 1.4 MHz 375 kbps + specific specific NB-IoT 200 kHz 62.5 kbps from specific specific PSM power saving mode from specific specific T3412 timer 10+ hours for specific specific <2 mA sleep from specific specific telematics data upload batch vs. specific specific real-time streaming for specific specific asset tracker 5-year battery life; specific specific edge compute telematics: specific specific Qualcomm MDM9205+APQ8016 dual SoC from specific specific 1.2 GHz ARM Cortex-A7 + specific specific LTE modem for specific specific local ML inference from specific specific dashcam DMS at specific specific 10 ms latency + specific specific edge event compression from specific specific MP4 4s clip on specific specific trigger event); DRIVER BEHAVIOR ANALYTICS PATENTS: SAMSARA; MOBILEYE; LYTX; NAUTO; NEXAR: specific driver analytics (specific specific DMS driver monitoring: specific specific IR camera 940nm+ specific specific active illuminator from specific specific face landmark 68-point from specific specific CNN regression for specific specific gaze pitch+yaw at specific specific ±10° accuracy + specific specific PERCLOS eyelid closure ratio >80% for specific specific microsleep >2s for specific specific NHTSA 49 CFR 395 fatigue alert; specific specific risk event prediction: specific specific inertial data + specific specific video fusion from specific specific accelerometer 3-axis >0.3g + specific specific camera optical flow forward collision prediction for specific specific 1-4s time-to-collision TTC from specific specific FCWS forward collision warning; specific specific fleet safety benchmark: specific specific normalized per-10,000-miles event rate from specific specific peer-group percentile rank for specific specific fleet safety score 0-100 for specific specific insurance premium tie); PREDICTIVE MAINTENANCE PATENTS: GEOTAB; VERIZON CONNECT; FLEET COMPLETE; DECISIV: specific predictive maintenance (specific specific DTC pattern ML: specific specific historical OBD-II DTC occurrence + specific specific mileage at first occurrence + specific specific symptom DTC before specific specific failure DTC for specific specific random forest binary classifier P(failure|DTC sequence) at specific specific >85% 30-day recall for specific specific brake fade + specific specific transmission slip + specific specific O2 sensor degradation from specific specific fleet-wide 500,000+ vehicle training set; specific specific oil degradation model: specific specific virtual oil life monitor from specific specific engine load integral + specific specific temperature + specific specific idle time for specific specific synthetic oil OLM algorithm at specific specific 10,000-15,000 mile interval vs. specific specific fixed-interval 5,000 mile for specific specific fleet maintenance cost -25%; specific specific EV battery health: specific specific OBD-II PID B103 BMS cell voltage array + specific specific temperature + specific specific charge cycles for specific specific SOH state-of-health estimation from specific specific capacity degradation model at specific specific <80% SOH early warning for specific specific fleet EV battery replacement planning).

Electronic logging device ELD compliance system patents covering HOS rules engine and tamper detection; usage-based insurance UBI telematics scoring patents for personalized premium pricing; and vehicle data integration patents for smart city traffic management and V2I vehicle-to-infrastructure communication represent three additional telematics application domains: ELD COMPLIANCE PATENTS: VERIZON CONNECT; OMNITRACS; SAMSARA; GEOTAB; RAND MCNALLY: specific ELD (specific specific FMCSA ELD mandate: specific specific 395.15 49 CFR ELD mandate from specific specific J1939 ECM VIN+speed+odometer+RPM from specific specific >5 mph motor vehicle movement from specific specific driving detection for specific specific RODS duty status from specific specific driving+on-duty+off-duty+sleeper berth + specific specific personal conveyance exempt from specific specific driver log sync+annotation for specific specific 8-day rolling history from specific specific >60 on-duty+driving hours/7-day reset; specific specific tamper detection: specific specific J1939 engine data continuity from specific specific expected range check from specific specific GPS track vs. specific specific engine data for specific specific discrepancy detection + specific specific immobilization detection from specific specific GPS stationary >5 min + specific specific RPM>0 for specific specific anti-fraud RODS edit audit trail); UBI TELEMATICS PATENTS: PROGRESSIVE; ALLSTATE DRIVEWISE; STATE FARM; CAMBRIDGE MOBILE TELEMATICS CMT: specific UBI scoring (specific specific smartphone UBI: specific specific Cambridge Mobile Telematics DriveWell SDK from specific specific iOS/Android accelerometer + specific specific GPS from specific specific background app for specific specific trip detection from specific specific >40 mph 5+ min from specific specific g-force harsh event + specific specific phone distraction screen-on >3s driving for specific specific ML trip score 0-100 from specific specific 20B+ trip miles in US+UK for specific specific insurance discount+loyalty program; specific specific crash detection: specific specific 3-axis accelerometer >4g threshold from specific specific SVM+LSTM binary classifier for specific specific crash vs. specific specific pothole+speed bump FP filter from specific specific GPS speed context for specific specific eCall automatic emergency call from specific specific 112/911 from specific specific <3s detection latency); SMART CITY V2I PATENTS: QUALCOMM; AUTOTALKS; CONTINENTAL; TU AUTOMOTIVE: specific V2I telematics (specific specific DSRC 5.9 GHz 802.11p: specific specific 10 MHz channel from specific specific WSMP WAVE short message for specific specific BSM basic safety message 10 Hz from specific specific GPS position+heading+speed+size for specific specific <2ms latency at specific specific 1 km range for specific specific intersection collision warning ICA; specific specific C-V2X PC5 direct: specific specific LTE sidelink PC5 from specific specific 3GPP Release 14 for specific specific >500m range at specific specific 100 km/h from specific specific V2V+V2I+V2P simultaneous from specific specific 20 MHz @ 5.9 GHz from specific specific <3ms latency; specific specific V2I signal phase timing SPaT: specific specific NTCIP 1202 SPaT message from specific specific RSU roadside unit from specific specific MAP intersection geometry + specific specific SPaT phase+timing from specific specific 1-second DSRC broadcast for specific specific green light optimal speed advisory GLOSA eco-drive from specific specific fleet fuel -5%).

Telematics startup IP strategy must recognize the significant existing hardware and data infrastructure IP held by Geotab Samsara and Verizon Connect; identify the more open application-layer opportunities in AI-powered safety analytics, EV-specific telematics, and smart city integration; carefully handle the § 101 risk for data analytics software patents; and understand the critical role of proprietary datasets and fleet customer relationships as competitive moats: TELEMATICS STARTUP IP STRATEGY: UNDERSTAND THE TELEMATICS IP LANDSCAPE: GEOTAB DOMINATES FLEET HARDWARE AND OPEN ECOSYSTEM: Geotab (500+) holds deep IP in fleet OBD-II telematics hardware and SDK ecosystem — any fleet telematics hardware startup must FTO against Geotab GO hardware, MyGeotab cloud, and Geotab SDK; SAMSARA LEADS AI DASHCAM AND ADAS SAFETY: Samsara (300+) has built focused IP in AI dashcam DMS and safety event detection — most relevant FTO for any dashcam or driver safety analytics startup; PROGRESSIVE/CMT DOMINATE UBI TELEMATICS IP: Progressive (300+) and Cambridge Mobile Telematics (200+) hold significant UBI scoring and smartphone telematics IP — important FTO for any insurance telematics startup; EV TELEMATICS IS EMERGING DOMAIN: EV-specific telematics (CAN FD BMS decoding, SOH estimation, charging optimization) is a newer domain with fewer blocking patents — genuine whitespace for OBD-II EV startups serving fleet operators; V2X IS STANDARDS-BASED WITH SEP IMPLICATIONS: C-V2X and DSRC telematics involve standard-essential patents — important to check SEP landscape before designing V2X components; WHEN TO PATENT IN TELEMATICS: NOVEL VEHICLE DATA DEVICE WITH MEASURED PERFORMANCE METRICS: specific novel telematics hardware configuration (specific specific protocol support + specific specific sensor combination + specific specific power consumption) with specific measured data latency ms + specific specific battery life hours/days at specific specific ping interval + specific specific cellular data consumption MB/month at specific specific event + specific specific reporting interval vs. specific specific Geotab GO9 or specific specific Samsara VG34 baseline specification — hardware patents in telematics must include measured performance data to distinguish from prior art OBD devices; NOVEL DRIVER BEHAVIOR DETECTION WITH MEASURED ACCURACY AND FALSE POSITIVE RATE: specific novel driver behavior detection method (specific specific sensor inputs + specific specific ML model architecture + specific specific temporal window) with specific measured per-class accuracy % for specific specific distraction/fatigue/aggression + specific specific false positive rate events/hour at specific specific representative fleet deployment conditions + specific specific real-world validation vehicle-miles vs. specific specific NHTSA PERCLOS or specific specific Samsara AG57 baseline; NOVEL PREDICTIVE MAINTENANCE ALGORITHM WITH MEASURED RECALL AND LEAD TIME: specific novel predictive maintenance method (specific specific input signals + specific specific model type + specific specific failure prediction horizon) with specific measured recall % for specific specific target failure event at specific specific fleet scale 10,000+ vehicles + specific specific average lead time days before failure + specific specific false alarm rate per vehicle per month vs. specific specific DTC-only threshold baseline; § 101: telematics hardware = fully patent-eligible; telematics data analytics algorithm alone = potential Alice risk; anchor analytics claims to specific OBD device sensor measurement + specific vehicle control output + specific specific in-vehicle hardware actuation; DATA MOAT: proprietary fleet telematics dataset (driving behavior, DTC sequences, geographic routes) is often more defensible than patent claims for algorithm-based features — protect the data with contractual restrictions and privacy compliance; KEY FTO CHECKLIST: Geotab GO9 OBD-II CAN J1939+J1708+FMS 9-axis IMU u-blox M9N LTE 4G BLE 5.0 MyGeotab 3.5M+ devices; Samsara AG57 dual-lens DMS 1080p forward 720p inward CNN face landmark drowsiness+phone+seatbelt <1% FP; Progressive Snapshot OBD-II BLE hard brake >0.4g night factor 100B+ miles 30% discount; CMT DriveWell iOS/Android accelerometer+GPS 20B+ miles crash detection 4g SVM+LSTM eCall; Verizon Connect J1939 DTC ML 30-day 85% recall brake+transmission+O2; DSRC 5.9 GHz BSM 10 Hz <2ms; C-V2X PC5 3GPP R14 >500m <3ms SPaT GLOSA.