Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

The latest version of the Network and Information Security Directive (NIS 2) has severe implications for companies that provide services or carry out activities in the European Union (EU). NIS 2’s goal is to establish a higher level of security and cyber resilience for member EU states in 18 essential industry sectors. Violations can lead to substantial fines, legal liability and even criminal sanctions on an individual level.

Cloud security teams are faced with an ever-increasing number of challenges. Attackers are focusing on more cloud-native attacks than ever. Meanwhile, the number of cloud service offerings—and by extension, the number of misconfigurations in them—is only growing. And there is always the risk that a sophisticated adversary could abuse a vulnerability in a cloud service provider to target cloud customers.

With the rise of infrastructure complexity, organizations must improve their strategies to quickly investigate and mitigate unauthorized system access and internal identity threats. Teleport has already highlighted the importance of identity threat detection and response and introduced features to support security incident containment. This article builds on these ideas by presenting additional metrics to detect suspicious employee behavior and options for expanding detection capabilities.

The EU's new NIS 2 Directive raises the bar for cybersecurity, especially for critical infrastructure sectors. But it's not just about technology upgrades – it emphasizes strong leadership involvement in building a cyber-resilient organization.

AT&T reported on July 12 that an internal investigation had revealed that the telecommunication provider had been victimized by a third-party breach,resulting in the compromise of records of calls and texts of nearly all of AT&T’s cellular customers. An AT&T spokesperson confirmed to a news source that the breach resulted from of the data stolen from cloud storage firm Snowflake.

The Trustwave SpiderLabs Threat Intelligence team's ongoing study into how threat actors use Facebook for malicious activity has uncovered a new version of the SYS01 stealer. This stealer is designed to take over Facebook accounts, steal credential information from affected users' browsers, and then leverage legitimate accounts to further the spread of the malware.

AI isn’t what’s going to be the hot topic of the next year; it’s going to be data breaches in the supply chain and the cost that companies face by not reacting quickly to this emerging threat. The cyber attack on Change Healthcare, one of the world’s largest health payment processing companies, illustrates this point. Change Healthcare was a clearing house for 15 billion medical claims annually—accounting for nearly 40% of all claims.

When 11:11 Systems appointed Kaushik Ray as its first Chief Experience Officer (CXO) nearly a year ago, it marked a pivotal moment in the company’s history. The decision reflected a deep commitment to putting customer experience (CX) at the center of its strategy and operations. The goal was clear: delivering exceptional value and customer support at every touchpoint.

AI isn’t what’s going to be the hot topic of the next year; it’s going to be data breaches in the supply chain and the cost that companies face by not reacting quickly to this emerging threat. The cyber attack on Change Healthcare, one of the world’s largest health payment processing companies, illustrates this point. Change Healthcare was a clearing house for 15 billion medical claims annually—accounting for nearly 40% of all claims.

Understanding Zero Trust IoT Zero Trust IoT is a security model that requires every device to verify its identity and security before accessing any network resources. In simpler terms, it means that no device is automatically trusted, regardless of where it is connecting from. This approach helps to prevent unauthorized access and potential security breaches. With Zero Trust IoT, each device must continuously prove its trustworthiness, adding a layer of security to networks and data.