In connect car news are SBD, Mazda, Panasonic Automotive, Volvo, Apple, Innoviz, AeroNous, FEV, Microsoft, NVIDIA, Hyundai and myQ.
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SBD Automotive Deploys New Digital Hub with Content Catalyst Integration
SBD Automotive has completed a strategic migration of its proprietary intelligence infrastructure, partnering with specialist technology provider Content Catalyst to launch an upgraded version of its Digital Hub at hub.sbdautomotive.com. The initiative transitions the firm away from a legacy, custom-built portal architecture toward a flexible, modular delivery platform designed to host its comprehensive market research and mobility analytics portfolio.
The new deployment implements a discovery-driven architecture tailored to enhance information retrieval and scannability across SBD’s extensive automotive technology research library. By consolidating distinct intelligence feeds, data products, and industry insights into a single unified workspace, the framework eliminates internal engineering constraints associated with portal maintenance, allowing the research organization to redirect development resources toward core intelligence outputs.
From a commercial standpoint, the software-as-a-service infrastructure integrates frictionless discovery features designed to improve enterprise client engagement metrics and broaden visibility into prospective up-sell opportunities. The modular, no-code framework provides a scalable foundation to support global distribution channels and accommodate data volume increases in step with expanding transportation technology sectors.
Mazda Selects Panasonic Automotive Systems’ Cockpit Domain Controller for All-New CX-5
Panasonic Automotive Systems announced that its cockpit domain controller has been adopted by Mazda Motor Corporation for the all-new Mazda CX-5. Integrated as the core component of Mazda’s new MAZDA E/E ARCHITECTURE+ electronic platform, the central system unifies control over multiple cockpit electronic control units including the in-vehicle infotainment, head-up display, and instrument cluster. This hardware consolidation represents a critical architectural step toward software-defined vehicle implementation for the midsize crossover platform, which launched in Europe in December 2025 and Japan in May 2026 ahead of a broader global rollout.
The system leverages open-standard VirtIO device virtualization technology to ensure software portability and stable execution across varied silicon architectures and cloud simulation environments. This decoupling of hardware and software layers enables a modular, updatable software-defined vehicle platform capable of receiving extensive over-the-air functional enhancements via an integrated OTA orchestrator. By centralizing high-compute logic, the platform coordinates visual outputs across three distinct cabin displays, managing real-time data visualization, dynamic lighting, and spatial audio to synchronize vehicle feedback within a unified human-machine interface.
Advanced graphics rendering within the cockpit is driven by the Unity 3D engine, marking the first time a Japanese Tier 1 supplier has deployed the real-time gaming engine in a production vehicle system to visualize telematics, sensor data, and environmental monitoring. The software architecture also supports complex driver personalization routines, automatically adjusting physical seat positions, climate zones, and optical HUD alignments based on validated driver profiles. Panasonic Automotive Systems, which will rebrand to Mobitera Inc. in April 2027, aims to use this virtualization footprint to scale software deployment across future joint OEM architectures.
Volvo Updates to Apple Music OTA
Volvo Cars has commenced a global over-the-air software rollout to integrate Apple Music natively into more than two million vehicles. The ecosystem expansion provides ad-free access to Apple’s streaming platform directly via the vehicle infotainment interface, removing smartphone tethering requirements. Natively integrated software will also launch standard on the upcoming EX60 premium SUV this summer, joining the current EX90 and ES90 model lineups.
The firmware deployment targets vehicle generations from model year 2020 onward, spanning the XC90, S90, V90, XC60, S60, V60, XC40, EX40, and EC40 fleets. For the premium SPA2 and SPA3 vehicle architectures—specifically the EX60, EX90, and ES90—the native application activates Apple Music Spatial Audio utilizing Dolby Atmos processing. This high-fidelity deployment pairs with optional Bowers & Wilkins hardware to optimize three-dimensional acoustic staging within sound-insulated cabins.
Innoviz LiDAR Integrated Into AeroNous Counter-UAS Platform
Innoviz Technologies announced a strategic collaboration to integrate its automotive-grade LiDAR sensor platforms into the open-architecture command-and-control platform developed by AeroNous Solutions Ltd., a subsidiary of the Israel Shipyards Industries Group. The partnership aims to address the critical industry requirement for continuous, centimeter-level 3D drone localization within complex operational environments. AeroNous plans to deploy the enhanced system across multiple sectors, including defense, homeland security, maritime security, and critical infrastructure protection. The technical integration leverages the high-resolution spatial data of the LiDAR sensors to deliver precise, continuously updated 3D coordinates rather than estimated tracking trajectories. This capability ensures high-confidence positioning of aerial threats when navigating cluttered or contested airspace, directly feeding the command-and-control architecture to optimize tactical response pipelines. The dual-use nature of the sensor adaptation highlights the accelerating cross-functional utility of automotive LiDAR architectures within the aerospace and defense telemetry markets.
FEV Integrates Microsoft Phi-4 Small Language Model on NVIDIA DRIVE for SDVs
FEV, in collaboration with Microsoft and NVIDIA, developed an in-vehicle dashboard configurator showcasing the integration of small language models for localized edge computing. The system deploys Microsoft’s Phi-4-mini-instruct model on the NVIDIA DRIVE AGX platform, establishing multimodal interaction via voice, text, and gesture control without necessitating persistent cloud connectivity. By utilizing local inference, the architecture mitigates latency, secures critical operation redundancy during cellular network dropouts, and reduces telemetry backend infrastructure costs for original equipment manufacturers.