In this report, we’ll discuss three automotive-related cybersecurity emerging risks we’ve identified in 2023, arising from the rapid proliferation of SDVs. Growth in backend attacks allowing access to sensitive vehicle data and controls, the ever-evolving SBOM and the critical role it plays in enhancing automotive threat intelligence and cyber are on the rise in the agriculture, construction, and heavy machinery industries that fare fast to adopt software-defined and autonomous capabilities.

As a leader in automotive cybersecurity and automotive cyber threat intelligence, Upstream Security continually monitors and analyzes worldwide cyber incidents to protect the automotive ecosystem from cyber threats and misuse. This report was created by analyzing 633 publicly reported incidents since 2010, 207 of them in 2020 as of November 25, 2020.

This report was created by analyzing 900+ publicly reported incidents that occurred since 2010, with an increase of more than 225% in the number of incidents taking place in 2021 alone, when compared to 2018. Our researchers have carefully categorized the data we have collected, analyzing each incident’s attack methods, attack vectors, impact, target industries, and many other aspects.

The State of XIoT Security report is Claroty’s contextual analysis of cyber-physical security. The data presented in this edition of the report covers the first six months of 2022, and sheds light on the key trends and recommended actions you can apply within your enterprise.

This report shows data from 2021 that was affected by stalkerware globally.

This report highlights research into cyber-attack trends in the smart mobility ecosystem.

This annual report outlines expected cybersecurity trends for the coming year.

This report goes in depth on Radware’s performance in mitigating DDoS attacks.

Discusses systemic cyber risk, catastrophic losses, and the implications upon cyber insurance policies.

Each year, industry leaders from around the world submit an application to be a speaker at RSA Conference. This year, we received 2,400 responses to our 2020 Call for Speakers. By sifting through all the entries, we were able to identify 10 trends that weaved their way through many of the submissions. Examining these trends provides a glimpse of what will be on the minds of cybersecurity professionals in 2020,

This paper is a follow-up to IOActive’s 2016 report1 on vehicle vulnerabilities. The goal of this paper is to revisit the topic using data from the past two years (2016, 2017) and to compare this information to previous findings to analyze how the industry is progressing.

At Splunk, our experts don’t read palms, but they do look into the future. The future of artificial intelligence (AI) and machine learning (ML), IT operations, security, and IoT. Join us once again as we connect with our renowned experts to capture their predictions for the next big thing in their fields.

Synopsys and SAE International partnered to commission this independent survey of the current cybersecurity practices in the automotive industry to fill a gap that has existed far too long—the lack of data needed to understand the automotive industry’s cybersecurity posture and its capability to address software security risks inherent in connected, software-enabled vehicles. Ponemon Institute was selected to conduct the study. Researchers surveyed 593 professionals responsible for contributing to or assessing the security of automotive components.

What the Internet of Things means for consumer privacy discusses the findings of an Economist Intelligence Unit (EIU) research programme, sponsored by ForgeRock, that explores the privacy concerns and priorities of global consumers stemming from the Internet of Things (IoT) and related technologies.

Our expectations of technology are skyrocketing. Where once a consumer might accept that a web page or system might load slowly, now they expect an instant and perfect experience. But is this just the start of things to come? With the advent of the Internet of Things (IoT), will consumers become even more demanding? How will enterprise cloud monitoring strategies adapt? How will businesses similar to manufacturing, utilities and healthcare keep up with the current IoT experiences to date? Based on a survey of 10,002 consumers from across the world, this report shines a light on consumers’ IoT experiences to date, and highlights their performance related concerns for the future.

“The use of machines is driving unprecedented improvements in business efficiency, productivity, agility and speed. With businesses increasing their reliance on machines, the number of machines on enterprise networks is growing exponentially. To communicate securely, each machine needs a unique identity to authenticate and secure communications. However, organizations’ abilities to create, manage and protect these machine identities is simply not keeping up with the pace of their evolution. "

This paper surveys some of the existing smart technologies currently used in smart cities worldwide. Much like our previous reports on exposed smart devices and the hacking of robots in smart factories, this paper will discuss the risks of using smart technologies in critical sectors and will provide actionable steps to help local governments and urban developers design more secure smart cities.

From the report, “We are now seeing the first incarnations of 5G technology. It provides many capabilities that make it a preferred platform for the digitalized world. Solid security is one of the strengths of 4G networks and the same is expected from 5G. This cannot, however, be achieved just by adapting 4G security features to 5G system because the 5G service palette is more than just an extension from that of 4G. Completely new security functionalities and services are needed in addition to enhanced versions of 4G security features.”

This white paper outlines the key challenges you face across the 3 layers of the IoT ecosystem—device, wireless communications, and network and system—and details the technologies you need to overcome them and realize success in the mission-critical IoT.

This report will explore the requirements and challenges of creating a secure, reliable and resilient smart city. It will consider how administrations and the overall city ecosystems will need to provide innovative, resilient ‘smart’ solutions that leverage digital information while protecting against malicious violations, unintentional damage and natural disasters.

This report is based on a survey that was conducted to observe the differing views and opinions of IT and OT teams.