In connected car news are Wolfspeed, Ionq, Arlis, Lucid, Apple, Google, Xiid Corp, Netradyne, Hyundai Translead, Kapsch TrafficCom, TomTom, Synopsys, QNX and AMD.
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Wolfspeed Deploys 300mm Silicon Carbide For AI Heterogeneous Packaging
Wolfspeed announced the deployment of its 300mm silicon carbide (SiC) technology platform as a material foundation for advanced artificial intelligence (AI) and high-performance computing (HPC) heterogeneous packaging architectures. The platform utilizes SiC material advantages to mitigate escalating thermal, mechanical, and electrical performance barriers inherent in high-density AI workloads. By transitioning to a 300mm substrate format, the company intends to align advanced packaging with existing semiconductor fabrication infrastructure and industry toolsets to expand the solution space for next-generation data center integration.
The initiative involves collaboration with foundries, outsourced semiconductor assembly and test (OSAT) providers, and system architects to validate reliability and integration pathways for hybrid silicon carbide-silicon architectures. The 300mm format facilitates the fabrication of larger interposers and heat spreaders required for increasingly massive package form factors and complex multi-component semiconductor assemblies. This scalability supports high-volume manufacturability while addressing power density and integration complexity constraints currently limiting advanced packaging roadmaps through the end of the decade.
Ionq And Arlis Collaborate On Quantum Zero Trust Architecture
IonQ has initiated a technical collaboration with the Applied Research Laboratory for Intelligence and Security to advance the Securing Experimental Quantum Computing Usage in Research Environments program. Sponsored by the Secretary of the Air Force’s Concepts, Development, and Management Office, the effort focuses on the implementation of Zero Trust Architecture across quantum computing platforms. This transition replaces static perimeter security with continuous verification protocols aligned with NIST SP 800-207 standards to secure hardware, networking, and sensing infrastructures.
The collaboration aims to establish standardized frameworks for the deployment of secure quantum technologies within federal and commercial cloud environments. By integrating NIST-defined security pillars, the project provides a verifiable roadmap for national-scale quantum internet infrastructure. This architecture addresses the transition from experimental systems to resilient, secure deployments capable of supporting distributed quantum sensing and high-performance computing requirements for future national infrastructure.
Lucid Gravity OTA Update Integrates Apple CarPlay And Android Auto
Lucid Group initiated the phased rollout of Lucid UX 3.5.0, enabling wireless and USB-based Apple CarPlay and Android Auto compatibility for the Lucid Gravity SUV. North American deployments begin March 12, with expansion to Middle Eastern and European markets scheduled for late March. The integration utilizes the upper right segment of the Clearview Cockpit display, providing smartphone-projected navigation, media, and messaging interfaces to the luxury EV platform.
The software-defined update establishes feature parity between the Gravity and the Lucid Air sedan. By utilizing an over-the-air delivery mechanism, Lucid maintains its vertically integrated technology stack while addressing critical consumer connectivity requirements. SVP of Engineering Emad Dlala noted the update facilitates a seamless interface between mobile devices and the vehicle infotainment ecosystem, enhancing the user experience through iterative firmware improvements without hardware modifications.
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Xiid Corp Strategic Partnerships Accelerate Zero Trust Deployment In EV And Healthcare Sectors
Xiid Corp has initiated strategic partnerships with eVerged, Consent Vault, and Neutron Engineering to deploy its Terniion zero trust application control platform across the electric vehicle, healthcare, and multi-cloud sectors. The collaboration with eVerged integrates Xiid’s SealedTunnel technology into EV charging infrastructure to secure billing systems and data transport, addressing critical vulnerabilities in an infrastructure market projected to exceed $6.5 billion by 2030. This architecture utilizes post-quantum secure networking and outbound-only connectivity to eliminate lateral movement risks and render charging systems undiscoverable to external network threats.
In the healthcare and enterprise sectors, Consent Vault is utilizing Terniion to isolate AI data ingestion pipelines and document stores, ensuring sensitive patient data and workloads traverse only via triple-encrypted tunnels. Simultaneously, Neutron Engineering is embedding the platform into a Multi-Cloud Landing Zone reference design, replacing traditional VPN meshes and complex firewall rule sets with ephemeral, process-to-process connectivity. By standardizing non-routable connectivity patterns and credential-less authentication, these partnerships facilitate secure workload isolation and accelerated multi-cloud deployment for highly regulated industries.
Netradyne Integrates Hyundai Translead HT LinkVue For Unified 360-Degree Fleet Visibility
Netradyne has announced the integration of Hyundai Translead’s HT LinkVue trailer visibility system into its Driver•i platform, enabling a unified 360-degree view of tractor-trailer operations. The integration utilizes wireless transmission to deliver high-definition trailer video directly to Netradyne’s cloud-based AI safety and coaching workflows. By consolidating disconnected video sources, the solution aims to mitigate risks associated with side swipes, cargo damage, and backing incidents while streamlining incident investigations and insurance claims processing for commercial fleets.
The system is designed for high-density urban operations where frequent maneuvers increase the risk of trailer-related collisions. Labatt Food Service has completed the initial implementation in its San Antonio fleet, utilizing the unified interface to enhance driver coaching without additional hardware training or manual data retrieval from trailer transmitters. This OEM collaboration underscores a shift toward scalable, integrated telematics where trailer-specific data is embedded into existing safety management systems, reducing operational complexity and vehicle downtime for large-scale fleet deployments.
Kapsch TrafficCom Integrates TomTom Traffic Data Into EcoTrafiX Platform
Kapsch TrafficCom has entered a global partnership with TomTom to integrate real-time traffic intelligence and Floating Car Data into its EcoTrafiX intelligent mobility platform. This integration allows municipal authorities and road operators to leverage high-fidelity traffic flow metrics, congestion patterns, and multimodal movement analytics without the requirement for localized hardware deployments. By embedding TomTom’s traffic services directly into the proprietary stack, the collaboration aims to reduce operational complexity and expedite the implementation of data-driven traffic management strategies.
The expanded EcoTrafiX ecosystem provides a centralized interface for monitoring incidents and travel times, facilitating more precise network optimization and incident management. Kapsch TrafficCom plans to demonstrate the TomTom-powered analytics at Intertraffic 2026, showcasing how the fusion of high-density data streams and traffic management systems can improve urban mobility efficiency. The partnership underscores a shifting industry trend toward software-defined infrastructure and hardware-agnostic traffic monitoring solutions for smart city applications.
Synopsys Launches Electronics Digital Twin Platform To Accelerate SDV Validation
Synopsys introduced its Electronics Digital Twin (eDT) Platform on March 10, 2026, establishing an open, cloud-based environment for the development and management of virtualized electronic systems. Initially targeted at the automotive sector, the platform facilitates up to 90% of software validation prior to physical hardware availability, effectively shifting system integration left in the development cycle. By integrating virtual SoC models and large-scale system simulations, the eDT Platform addresses the complexity of modern software-defined vehicles (SDVs), which currently exceed 600 million lines of code.
The platform enables the configuration of eDT Labs, utilizing AWS Graviton4 processors to provide ISA parity and software binary compatibility for rich workload validation. Key technical components include the open-source SIL Kit by Vector and Synopsys for virtual ECU assembly, alongside integration with Arm Zena CSS virtual platforms. These cloud-native tools allow OEMs and suppliers to provision secure, role-based environments for collaborative debugging and continuous integration testing. The solution aims to compress traditional four-year development cycles by providing frictionless access to early virtual prototypes and standardized APIs for existing software factory workflows.
QNX And AMD Expand Support For Ryzen Embedded X86 Processors
QNX announced expanded support for AMD Ryzen Embedded x86 processors during Embedded World 2026, launching the QNX Software Development Platform (SDP) 8.0 for the high-performance processor family. This collaboration provides an x86-based alternative for deterministic, real-time embedded systems across automotive digital cockpits, industrial PLCs, and medical imaging. The initial release includes a Board Support Package (BSP) for the AMD Ryzen Embedded V2000 processor via the Sapphire Edge IPC-FP6 platform, with support for the Ryzen AI Embedded P100 series to follow.
The integration targets workload consolidation, allowing real-time control and high-resolution graphics to operate on a single SoC without compromising reliability. By leveraging QNX’s microkernel architecture on AMD’s power-efficient x86 silicon, developers can implement safety-critical AI workloads with precise resource allocation. This extension builds upon existing support for AMD’s adaptive computing portfolios, including Zynq UltraScale+ and Versal SoCs, further diversifying hardware options for software-defined industrial and automotive platforms.