In connected car news are: Motive, onsemi, Geotab, Volvo,CorrActions, Zubie, Ford Pro, Techstars, WirelessCar, NPS, OSRAM, Valeo and Rohm.
In this Article
Motive Launches Comprehensive Roadside Assistance Service to Enhance Driver Safety and Efficiency
Motive, an AI-powered Integrated Operations Platform, has introduced Motive Roadside Assistance, a 24/7 service aimed at boosting driver safety and operational efficiency. Offered in partnership with Roadzen’s National Automobile Club (NAC), the service provides access to over 75,000 roadside providers across the U.S. and Canada, specializing in commercial vehicle support. Customers can expect up to 20% savings on service costs, with additional discounts for payments via the Motive Card.
Key Features:
- Fast and Reliable Service: Drivers can request assistance for towing, tire changes, fuel delivery, and more through the Motive Driver App. Average service response times include under 20 seconds to answer calls and arrival within 60 minutes.
- Nationwide Coverage: Ensures drivers receive help wherever they are.
- No Hidden Fees: Customers only pay for services used, with no monthly fees.
- Driver Safety Enhancements: Quick response times reduce downtime and risks, particularly during hazardous weather and high-traffic periods.
This launch complements Motive’s existing safety offerings, such as AI-powered collision detection and emergency dispatch through its First Responder service. Advanced tools like Drowsiness Detection and Forward Collision Warning AI proactively address common accident causes, further reducing risks for fleet operators.
The announcement aligns with findings from Motive’s 2024 Holiday Outlook Report, which revealed heightened risks for drivers during the holiday season, with a 32% increase in accidents near Christmas. Motive Roadside Assistance aims to mitigate these risks by ensuring reliable, efficient support when needed most.
Availability:
Motive Roadside Assistance will be accessible through the Motive Driver App starting December 16, 2024. Customers can learn more about Motive’s safety solutions at gomotive.com.
onsemi Acquires Qorvo’s SiC JFET Technology to Expand
onsemi (Nasdaq: ON) has announced an agreement to acquire Qorvo’s Silicon Carbide Junction Field-Effect Transistor (SiC JFET) technology business, including its United Silicon Carbide subsidiary, for $115 million in cash. This acquisition enhances onsemi’s EliteSiC power portfolio, enabling the company to address high energy efficiency and power density needs, particularly in AI data centers, EV battery disconnects, and solid-state circuit breakers (SSCBs).
Key benefits of SiC JFET technology:
- Superior Efficiency: SiC JFETs offer the lowest on-resistance per chip area, significantly reducing energy consumption and system costs.
- Ease of Integration: Compatible with off-the-shelf drivers used with silicon-based transistors, simplifying development and adoption.
Simon Keeton, onsemi’s Group President, highlighted the importance of this technology in meeting the growing energy demands of AI workloads and high-voltage applications. The transaction is expected to close in Q1 2025, pending customary conditions.
Geotab Partners with Volvo Cars for Seamless Fleet Connectivity
Geotab has partnered with Volvo Cars to integrate Volvo’s OEM telematics data with Geotab’s platform, enabling commercial fleet operators to access advanced insights without retrofitting. This collaboration enhances fleet management by leveraging data from Volvo vehicles equipped with Volvo On Call or Android-based infotainment systems, covering models from 2014 onward.
Key benefits for Volvo fleet operators include:
- Optimized Efficiency: Track fuel and energy usage across ICE, PHEV, and BEV models to improve route planning and eco-driving.
- EV Monitoring: Gain insights into charging status and time remaining, streamlining energy management.
- Maximized Utilization: Use trip and odometer data to reduce unnecessary mileage and delays.
- Reduced Downtime: Proactively monitor vehicle health and schedule maintenance efficiently.
- Compliance Assurance: Automate driver logs for accurate business and personal trip distinctions.
This integration supports a unified view of mixed fleets, including vehicles from other OEMs, across diverse powertrains and model years. Available globally, the solution exemplifies Geotab’s commitment to seamless, data-driven fleet operations.
CorrActions Supports Euro NCAP’s 2026 Driver Impairment Protocol
CorrActions, a leader in in-cabin cognitive neuro-monitoring, has endorsed Euro NCAP’s 2026 safe driving protocol, which introduces a scoring system for detecting non-fatigue driver impairments, including alcohol use. The initiative aligns with the EU’s “Vision Zero” goal to eliminate road fatalities by 2050, addressing the alarming statistic that alcohol-related crashes caused 5,000 deaths in Europe in 2023.
CorrActions’ NeuroMonitor uses AI to analyze brain activity through subtle muscle micro-motions detected by in-cabin sensors like steering wheels. Unlike traditional systems such as breathalyzers or cameras, it operates passively, without driver interaction, and detects impairment across all BAC levels with near-zero false alerts. The software-only solution integrates seamlessly with existing vehicle hardware, helping automakers comply with Euro NCAP’s new requirements without added equipment.
This innovation also supports parallel U.S. efforts under the Infrastructure Investment and Jobs Act, which mandates alcohol detection systems in all new vehicles by 2026. Backed by key safety organizations, such as NHTSA and MADD, CorrActions’ technology exemplifies a global shift toward advanced, non-invasive solutions to improve road safety.
Zubie Integrates with Ford Pro™ to Revolutionize Fleet Management
Zubie, a leader in fleet telematics, has partnered with Ford Pro™, Ford’s commercial division, to deliver advanced, data-driven fleet management solutions. Through the integration, businesses gain real-time access to detailed vehicle diagnostics, including location, fuel levels, tire pressure, and odometer readings, via Ford’s connectivity platform.
Using Zubie Direct Connect™, a hardware-free telematics solution, the integration simplifies operations and enhances efficiency while improving safety and potentially reducing costs. Zubie’s platform combines intuitive tools and custom reporting with Ford Pro’s technology to meet the evolving needs of fleet managers.
This partnership empowers businesses to make informed decisions, optimize fleet performance, and achieve long-term success in a competitive market.
Techstars and WirelessCar Launch Connected Mobility Innovation Program
Techstars, a pre-seed investor, and WirelessCar, a leader in connected vehicle services, have partnered to create the Techstars & WirelessCar Connected Mobility Innovation Program. This initiative aims to accelerate innovation in future mobility by blending WirelessCar’s 25 years of expertise with Techstars’ entrepreneurial support systems.
The program offers pathways for early-stage entrepreneurs and startups through:
- Ecosystem Development Lab – A training program in March to equip community leaders and WirelessCar stakeholders with strategies to foster a robust innovation ecosystem.
- Techstars Startup Weekend Gothenburg powered by WirelessCar – A three-day event from March 14-16, 2025, in Gothenburg, Sweden, designed to inspire and empower aspiring innovators through mentorship and collaboration.
Leaders from both organizations emphasized their commitment to leveraging this partnership to discover new technologies, support startups, and drive forward-thinking innovation in transportation.
NPS Intros HROS
Neural Propulsion Systems (NPS) has launched its Hyper-Definition Radar Operating System (HROS™), aimed at advanced driver assistance system (ADAS) providers. This AI-driven, software-defined radar solution addresses the urgent need for automakers to enhance safety features and meet rising consumer demands for performance and convenience at competitive prices.
Automotive 2035: IBM Study Highlights Industry Shift to Software-Defined Vehicles
The IBM Institute for Business Value’s “Automotive 2035” study reveals the automotive industry’s challenging transition towards electrified, software-defined, and AI-powered vehicles. Key insights include:
- Electrification: By 2035, 80% of new cars will have electrified powertrains.
- Software-Defined Vehicles (SDVs): 74% of executives believe vehicles will be software-defined and AI-driven, with 75% asserting that software-defined experiences will be central to brand value.
- Recurring Revenue Models: Automakers aim to shift from one-time sales to digital services and subscription-based revenue.
- R&D Prioritization: Software and digital developments will increase from 21% to 58% of R&D budgets by 2035.
However, challenges include outdated vehicle architectures, a lack of software tools, and a mechanically-driven culture resistant to software-centric innovation. Industry leaders emphasize leveraging cloud and AI to accelerate SDV development and deliver personalized user experiences.
The study, based on interviews with 1,230 senior executives across nine countries, represents the fourth edition of IBM’s automotive research series.
ams OSRAM and Valeo Redefine Automotive Interior Lighting with OSP Technology
ams OSRAM and Valeo have joined forces to elevate automotive interior lighting through the Open System Protocol (OSP) and OSIRE® E3731i intelligent LED. This breakthrough collaboration enhances vehicle interiors with dynamic, responsive, and aesthetically advanced ambient lighting systems.
Key highlights include:
- OSP Framework: A cutting-edge protocol enabling precise control of RGB LEDs, featuring integrated drivers, sensors, and memory for dynamic lighting animations.
- Smart Applications: Enhanced user experiences with navigation cues, ADAS notifications, call alerts, and interactive assistant visuals.
- Valeo Expertise: End-to-end ambient lighting systems integrating optics, electronics, and software, ensuring seamless updates, vivid color accuracy, and adaptable designs.
The partnership underscores the rising demand for interactive, customizable interiors that provide both functional and aesthetic benefits. With an emphasis on innovation and agility, this collaboration promises future-proof solutions for evolving automotive needs.
Rohm Unveils SiC Schottky Diodes with Enhanced Insulation for Automotive and Industrial Applications
Rohm has introduced a new lineup of surface-mount SiC Schottky barrier diodes (SBDs) designed to enhance insulation resistance through an increased creepage distance of 5.1mm, approximately 1.3 times greater than standard products. This innovation improves safety and performance in high-voltage applications like onboard chargers (OBCs) and industrial systems.
Key Features:
- Improved Insulation: Optimized package design eliminates the center pin, increasing creepage distance and reducing the risk of tracking discharge without requiring additional insulation treatments.
- Compatibility: New diodes can be mounted on existing circuit boards with standard TO-263 land patterns for seamless integration.
- Voltage Ratings: Available in 650V and 1200V, supporting both 400V xEV systems and higher voltage future applications.
- Automotive-Grade Reliability: The SCS2xxxNHR models meet AEC-Q101 qualifications, ensuring durability for automotive use.
With eight models initially targeting automotive applications and additional models for industrial equipment coming in December 2024, Rohm continues to lead in providing high-efficiency SiC power devices to meet evolving market demands.