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The emergence of smart mobility services and applications has led to a sharp increase in the use of APIs in the automotive industry. However, this increased reliance on APIs has also made them one of the most common attack vectors. According to Gartner, APIs account for 90% of the web application attack surface areas.  With no surprise, similar trends are emerging also in the smart mobility space. A recent  Automotive and Smart Mobility Cybersecurity Report  by Upstream Security indicates that the automotive and smart mobility ecosystem has seen a 380% increase in API-based incidents in 2022, compared to 2021. Additionally, APIs accounted for 12% of total cyber incidents in 2022, up from only 2% in 2021.  When examining smart mobility applications and services, Upstream's threat intelligence team reported that black-hat actors were found to be behind 53% of incidents, indicating malicious intent as the driving force of the majority of API-related attacks. The impact of these in

As threats grow and attack surfaces get more complex, companies continue to struggle with the multitude of tools they utilize to handle endpoint security and management. This can leave gaps in an enterprise's ability to identify devices that are accessing the network and in ensuring that those devices are compliant with security policies. These gaps are often seen in outdated spreadsheets that are used to track and manage asset inventory, configurations, vulnerabilities, and more. Ultimately, this increases organizational risk while stifling efficiency and productivity. That's why unified security and endpoint management has gained ground, as noted in  Gartner's Hype Cycle for Endpoint Security, 2022 . As part of the market's need to gain a clearer, real-time picture of their devices and security posture, Syxsense launched its Enterprise platform last year to address the three key elements of endpoint management and security: vulnerabilities, patch, and compliance. Ac

Compromising the browser is a high-return target for adversaries. Browser extensions, which are small software modules that are added to the browser and can enhance browsing experiences, have become a popular browser attack vector. This is because they are widely adopted among users and can easily turn malicious through developer actions or attacks on legitimate extensions. Recent incidents like  DataSpii  and the  Nigelthorn  malware attack have exposed the extent of damage that malicious extensions can inflict. In both cases, users innocently installed extensions that compromised their privacy and security. The underlying issue lies in the permissions granted to extensions. These permissions, often excessive and lacking granularity, allow attackers to exploit them. What can organizations do to protect themselves from the risks of browser extensions without barring them from use altogether (an act that would be nearly impossible to enforce)?  A new report by LayerX, "Unveiling the