Connected Vehicle Ecosystems: How eDatX, SOVD, and IoT Core Are Redefining Diagnostics and Data Flow Every modern vehicle is bursting with data. Yet, ask any OEM or engineer, and you’ll hear the same...
Next-generation OTA: How eSync, delta compression and In-vehicle IP addressing drive smarter update efficiency in automotive
Ethernet TSN and Automotive Ethernet: The Backbone of OTA, Data Aggregation, and Vehicle Diagnostics Today’s vehicles are data-driven machines. They run on software as much as on fuel. To stay...
The Future of Vehicle Connectivity: How Automotive Ethernet Powers OTA Software and eSync Platforms
Integrating eSync with AWS IoT Core: Driving Connected Vehicles and Software Defined-Vehicles
What is Delta Compression? A Guide to Differential Automotive Software Updates
Artificial intelligence (AI) is rapidly transforming the automotive industry, ushering in a new era marked by intelligence, adaptability, and user-centric innovation. The concept of the AI-defined...
Is a connected car really a smarter car?
The current automobile is more than just a vehicle—it’s a software-powered system of connected devices on wheels. As we move toward the era of the SDV (software-defined vehicle), the systems inside...
The automotive industry is undergoing a rapid digital transformation. What was once a hardware-dominated space is now evolving into a landscape defined by intelligent software, connectivity, and...
Open Ecosystems and Standardization Enable Shift-Left Acceleration for the Software-Defined Vehicle The automotive industry is undergoing a profound transformation, driven by the evolution of...
Did you know that reliance on traditional diagnostic methods—like repair-shop diagnostic systems with plug in to the vehicle’s OBD port—is no longer sufficient in the age of software-defined vehicles...
The automotive industry is undergoing a digital revolution. Vehicles are no longer defined solely by horsepower, torque, or mechanical engineering. Instead, they're increasingly becoming platforms of...
Originating from BMW, SOME/IP addresses the need to configure complex modern vehicle networks with a scalable and flexible approach. SOME/IP stands for Scalable Service-Oriented Middleware over IP....
Understanding AWS Data Pipeline: A Deep Dive into Data Management and Integration
With advancements in automotive technology, vehicles are increasingly becoming computers on wheels. One of the most groundbreaking innovations driving this shift is Over-the-Air (OTA) software...
Time-Sensitive Networking (TSN) represents a critical evolution in Ethernet technology, designed to meet the demands of real-time, deterministic communication. TSN is built upon IEEE 802.1 standards,...
The proliferation of edge devices in vehicles is accelerating due to growing consumer demand for new features such as such as lane drift warnings, cross traffic and blind spot alerts, gesture-based...
For years now, automakers have built optional features into packages of hardware and software that have been installed into the vehicle as a final step in production. A variety of “trim levels” could...
The Internet of Things (IoT) is revolutionizing modern farming by enabling real-time monitoring, data collection, and automation of various agricultural processes. The benefits of IoT in agriculture...
The technology connecting ECUs inside vehicles is now gradually shifting to Ethernet. In this evolution, networks have traditionally used static configurations. The drive towardsSDV (Software Defined...
Health checkups are essential for a healthy life, and the same principle applies to vehicles. Vehicle components can malfunction or produce errors, and these issues are identified using vehicle...
Feature-rich vehicles have transformed contemporary automobiles into a vast landscape of high-performance computing systems, cutting-edge devices, intricate sensors and actuators. As a consequence,...
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In the SDV era, the rising demand for diverse features challenges OEMs to swiftly integrate components, with Continuous Integration emerging as a crucial catalyst for accelerating innovation in the...
The escalating desire for feature-rich vehicles has transformed contemporary automobiles into a vast landscape of high-performance computing systems, cutting-edge devices, intricate sensors and...
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In contrast to previous decades, modern customers no longer prioritize a single aspect when it comes to vehicles. It's not only about horsepower/mileage now. In the Software Defined Vehicle (SDV)...
Integrating cybersecurity certificates for WP.29 compliance
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Developing Software-Defined Vehicles poses numerous challenges to bring them into reality. One of the areas is managing the prioritized communication to the controllers and edge sensors in vehicle...
The Excelfore Japan facility lies across the famed Rainbow Bridge in Setagaya City, Tokyo. Time Sensitive Networking (TSN) is an evolution of Ethernet, adding support for real-time networking...
Combining OpenShift Hybrid Cloud with eSync Alliance Standardized OTA
Excelfore announces that the company’s eSync Agent Software Developer’s Kit (SDK) is now available through the Microsoft Azure Marketplace: LINK
We invite you to see the technology of the connected car in the Excelfore Suites at Westgate Hotel during CES.
Excelfore and HELLA will jointly demonstrate how bi-directional Over-the-Air (OTA) pipeline can resolve in-vehicle problems and enhance consumer experiences in the connected car Fremont, Calif., Jan....
Use your Dell PC. Use your new Samsung smartphone. Stream a video from YouTube, Netflix or Hulu. Do a Skype or Google+ video conference or a YouNow video chat, or even just watch the viewfinder mode...
On 20 June, 2016 Connected Car News published an article by Jay Coley of Akami, titled: “Closing Connected Car Vulnerabilities Quickly and Reliably – via the cloud”.