Search results for: 'Operational Technology cybersecurity solutions'

With increasing connectivity features, advanced cybersecurity solutions will be necessary to secure next-gen connected vehicles. OEMs should establish a comprehensive cybersecurity model to proactively address the evolving threat landscape, especially with the advent of generative AI. With imminent global regulatory mandates, cybersecurity is not j...

This Frost & Sullivan analysis aims to examine the connected truck cybersecurity market, which includes light, medium, and heavy-duty vehicles. This analysis has a global scope, focusing on key regions North America, Europe, China, India, and Japan which it considers for market forecasting. With upcoming regulatory mandates, original equipment m...

This Frost Radar highlights 7 leading companies in the automotive cybersecurity sector that are actively engaged in advancing cybersecurity solutions for original equipment manufacturers (OEMs) and Tier 1 suppliers in the automotive industry. The Radar assesses the key cybersecurity specialist companies such as Argus Cyber Security, Upstream S...

This excel database contains the rolling stock inventory of rail operators in the European Union (EU). The database covers mainline rail applications—intercity, commuter, and freight rail—and offers insight into the rolling stock operated across the EU, including ones that have been retired. In some cases, ordered locomotives have been included. ...

The automotive industry is shifting towards intelligent networking systems and refined architecture for the development and deployment of advanced connected and autonomous vehicles. With an increasing number of connectivity features, the possibility of cyberattack threatens the safe operation of vehicles. With the security aspects of connected vehi...

The proliferation of software-defined vehicles, centralized compute architectures, connected services, and over-the-air software updates is fundamentally transforming automotive cybersecurity from a product development activity to a continuous operational discipline. As connected vehicle ecosystems expand, OEMs require capabilities that extend beyo...

This research study examines the evolution of passenger vehicle cockpit technologies from conventional systems to smart systems with digital user interfaces. This shift is attributed to the growing demand for connectivity and entertainment services for the driver and other occupants. The adoption of advanced autonomous driving functionalities has p...

The EV mobility ecosystem is advancing rapidly as services around EV operations, monitoring, and management evolve to meet the diverse needs of fleets. Amid this change, traditional players in the EV ecosystem face the challenges of managing the evolution of new business models, competing with numerous new heterogeneous players offering integrated ...

The transition to software-defined vehicles, centralized compute platforms, OTA updates, and connected services is significantly increasing software complexity and attack surface exposure. Continuous asset visibility, vulnerability management, software supply chain security, and secure-by-design engineering are becoming essential capabilities throu...