In connected car news are Bosch, BMW, Geotab, Polestar, Diodes Inc., OCTO, Sedgwick, Pirelli, TCL CSOT, Autocrypt, Microchip, Renesas and Irida Labs.
In this Article
Bosch Expands Cloud-Based Road Hazard Warning Service to BMW
Robert Bosch GmbH is expanding its cloud-based Road Hazard Service into BMW Group vehicles, bringing real-time warnings about dangerous road conditions such as black ice, sudden fog, hydroplaning risks, accidents and wrong-way drivers to millions of motorists. The system has been integrated into select BMW and Mini models since March 2026, including the BMW iX1, iX2, iX3 and X3, with a broader rollout planned over the coming years.
Bosch said the service combines anonymized real-time vehicle data with information from weather services and road operators to create highly accurate hazard alerts. The technology analyzes signals such as windshield wiper activity and electronic stability control interventions to identify dangerous conditions and warn nearby drivers before hazards become visible. Bosch also offers a cloud-based wrong-way driver warning system that can display alerts directly in vehicle dashboards or through partner smartphone apps, which have collectively been downloaded more than 100 million times. The company says the service is already operating in millions of passenger and commercial vehicles across Europe and the United States.
Geotab Integrates Polestar OEM Telematics Into MyGeotab Platform
Geotab has expanded its OEM telematics ecosystem through a direct integration with Polestar’s connected vehicle architecture. The partnership enables fleet operators to ingest native data streams—including SoC, charging status, tire pressure, and maintenance alerts—directly into the MyGeotab dashboard without aftermarket hardware installation. This cloud-to-cloud integration is available globally across North America, Europe, and Asia Pacific for all Polestar models, facilitating centralized management for mixed-fleet environments.
By leveraging embedded telematics, the solution reduces logistical overhead associated with hardware procurement and installation while providing near-real-time visibility into EV-specific metrics. The integration supports proactive fleet maintenance and optimized duty-of-care oversight by unifying Polestar vehicle data w
Diodes Inc. Debuts 32Gbps Automotive ReDriver For PCIe 5.0
Diodes Incorporated has launched the PI3EQX32904Q, an automotive-compliant four-channel linear ReDriver designed to maintain signal integrity for high-speed protocols including PCIe 5.0, CXL, and SAS4. Optimized for next-generation smart cockpit architectures and GPU+CPU SoC platforms, the device utilizes a 0.13µm SiGe BiCMOS process to provide high linearity and ultra-low jitter. The ReDriver supports 32Gbps data rates, addressing the signal degradation challenges inherent in AI-driven ADAS and infotainment processing hubs.
The hardware features programmable linear equalization and flat gain control via I2C, allowing system designers to mitigate intersymbol interference and extend PCB trace lengths without extensive firmware overhead. To meet automotive power efficiency requirements, the unit includes a Modern Standby mode with power consumption below 5mW. AEC-qualified and rated for operation from -40°C to +85°C, the PI3EQX32904Q is housed in a W-QFN3063-46 package, targeting high-bandwidth automotive data backplanes and centralized compute clusters.
OCTO And Sedgwick Integrate Telematics With Global Claims Management
OCTO and Sedgwick have entered a strategic partnership to integrate advanced telematics data with global claims and risk management solutions. The collaboration utilizes a telematics-agnostic architecture capable of ingesting data from OEM connected vehicle platforms, fleet management systems, and proprietary sensors to streamline the insurance claims lifecycle. This integration facilitates accelerated crash-to-claims intake, high-fidelity liability assessments, and advanced fraud validation protocols. The solution is designed to reduce the total lifecycle cost of claims while enhancing driver safety through automated telemetry-driven alerts.
The joint offering functions as a data-enhanced third-party administrator (TPA) platform, delivering measurable ROI via customized service level agreements (SLAs). By synchronizing real-time telematics insights with global claims handling expertise, the partnership addresses historical fragmentation in the motor and transportation insurance sectors. This shift toward proactive claims orchestration enables insurers and fleet operators to leverage transparent, scalable data visibility to optimize operational efficiency and improve the user experience across diverse mobility ecosystems.
Pirelli Commences Cyber Tyre Production At Upgraded Georgia Facility
Pirelli has initiated the production of its Cyber Tyre connected technology at its manufacturing facility in Rome, Georgia, marking the first U.S.-based output for the sensor-integrated hardware-and-software system. The technology utilizes embedded sensors and proprietary algorithms to transmit real-time performance data directly to a vehicle’s electronic control units, enabling advanced safety features and autonomous driving functionalities. This move follows a strategic investment to localize high-tech components for the North American market, though specific production volume targets remain under finalization.
The Georgia plant is being equipped with the latest generation of Pirelli’s Modular Integrated Robotized System (MIRS), a highly automated manufacturing process that will be unique to the Rome location within the global Pirelli Group. The site, which includes a dedicated research and development center, has been operational for over 20 years and serves as the hub for Pirelli’s high-performance tire innovations in the United States. The company is currently demonstrating the Cyber Tyre system at the SelectUSA Investment Summit to highlight its deepening industrial commitment to the U.S. automotive technology sector.
TCL CSOT Debuts IJP OLED And Micro LED Solutions In Intelligent Cockpit Suite 3.0
TCL CSOT has unveiled its Intelligent Cockpit Display Suite 3.0 at SID Display Week 2026, utilizing a multi-platform approach that incorporates Inkjet-printed OLED (IJP OLED), Micro LED, and LCD technologies. The flagship 28-inch sliding central control display and curved armrest unit are manufactured via the company’s t8 8.6-generation IJP OLED production line. This process enables superior design flexibility and power efficiency over traditional evaporation methods, allowing for retractable form factors and ergonomic curved geometries that facilitate seamless HMI integration within the vehicle cabin.
The suite further integrates high-luminance HUD technologies, including a 4.6-inch Micro LED AR-HUD delivering 18,000 nits for optimized sunlight readability and a 12-inch low-power P-HUD for critical telemetry projection. By leveraging high-dynamic-range IJP OLEDs alongside high-brightness Micro LED systems, TCL CSOT addresses the requirements of next-generation digital cockpits, focusing on information density and power management. The scalable architecture is designed to support the transition toward immersive, software-defined mobility environments through vertically integrated display ecosystems.
Autocrypt Shortlisted For Cybersecurity Excellence At 2026 Autotech Awards
AUTOCRYPT has been named a finalist for the Cybersecurity Excellence Award at the 2026 AutoTech Awards for its Automotive KMI solution. The platform provides scalable vehicle key and certificate lifecycle management across OEM and supplier ecosystems. The recognition underscores the solution’s capacity for proactive threat mitigation and robust vehicle system protection as the industry transitions toward software-defined mobility and integrated Physical AI environments.
The Automotive KMI framework utilizes AutoCrypt PKI, KMS, and KeyLink to manage security protocols throughout the entire vehicle lifecycle, including production and post-sale software updates. By integrating with the Automotive-CIS framework, the system ensures operational resilience and ecosystem interoperability. As global regulations tighten around connected vehicle cybersecurity, such infrastructure becomes a mechanical necessity for maintaining digital trust in AI-driven SDV architectures.
Microchip Launches Secure Single Pair Ethernet PHYs
Microchip Technology has introduced its new LAN878x and LAN888x families of Single Pair Ethernet PHY transceivers designed to support next-generation automotive and industrial networking systems. The new 100BASE-T1 and 1000BASE-T1 devices integrate hardware-based MACsec security, Time-Sensitive Networking support and enhanced functional safety features aimed at Software-Defined Vehicles, advanced driver assistance systems and industrial automation platforms.
Microchip said the PHY families provide secure, low-latency and deterministic Ethernet connectivity while simplifying scalability through pin-compatible designs across multiple bandwidth options. The transceivers are engineered for ISO 26262 ASIL-B automotive safety standards and include advanced diagnostics and monitoring features for improved fault detection. Beyond automotive applications, the devices are also targeted at robotics, avionics and other mission-critical industrial systems requiring reliable high-speed Ethernet communication.
Renesas Expands Edge AI Capabilities with Acquisition of Irida Labs
Renesas Electronics Corporation has successfully completed the acquisition of Irida Labs, a Greece-based firm specializing in embedded software for AI-powered visual perception. This strategic move is designed to bolster Renesas’ edge AI portfolio, specifically enhancing their ability to provide system-level solutions for machine vision. By integrating Irida’s software and specialized AI engineering talent, Renesas aims to serve a diverse range of markets, including industrial robotics, smart cities, healthcare, and automotive sensing.
The acquisition addresses the significant hurdles developers face when building intelligent edge systems, such as managing power constraints, latency, and the complexity of training AI models. By pairing Irida’s lightweight Vision AI software and tool suites with Renesas’ RA microcontrollers and RZ microprocessors, the company can now offer high-performance, power-efficient solutions that are ready for immediate deployment. This synergy is intended to lower the barrier to entry, allowing developers to implement sophisticated AI perception without requiring exhaustive expertise in deep learning.
As part of its broader digitalization strategy, Renesas plans to incorporate Irida Labs’ technology into the newly launched “Renesas 365” platform. This cloud-based development environment provides a unified ecosystem for electronics system development, from initial discovery through to lifecycle management. Moving forward, the integration of Irida’s PerCV.ai software into this platform will offer customers a seamless, end-to-end experience for developing and deploying advanced vision-based applications globally.