Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Due to the growing acceptance of distance learning, digital courses, and most recently, the COVID-19 epidemic, online education has seen a significant increase. Online student identity verification has become more popular as a quick and secure method of verifying student IDs and a cost-effective approach to onboarding new students and employees. The rapidly disappearing manual and paper-based student verification procedures are neither scalable nor practical for educational institutions.

Kroll analysts have identified new tactics used by threat actors associated with the AvosLocker ransomware. Critical vulnerabilities have been exploited within Veeam Backup and Replication, which may be an attempt to hide activity from detection technologies. The proxy tool “Chisel” has been identified, which can encrypt traffic through a victim’s firewall and could be used as a further evasion technique.

The healthcare industry has been a favored target for cybercriminals for many years. In the first half of 2022 alone, 324 attacks against healthcare organizations have been reported. Attackers have primarily focused on large hospitals in years past, but there has been a sudden switch to smaller healthcare companies and specialty clinics. There seems to be a clear trend in attacks against the healthcare industry, and that trend includes targeting smaller healthcare companies and clinics.

As the years go by, technology continues to evolve, and as we rely more and more on smart devices and the online space, there becomes greater risks of cyberattacks. If you work as a cybersecurity professional, then you are fighting the good fight, but it isn’t always easy. The job is unpredictable, and it requires odd hours and constant vigilance.

In 1974, the United States Congress created the Nuclear Regulatory Commission (NRC) in order to protect the health of citizens and the environment while at the same time ensuring that radioactive materials were used in a safe manner for civilian purposes.

Investigating the origin of activity in cloud-native infrastructure—and understanding which activity is a potential threat—can be a challenging, time-consuming task for organizations. Cloud environments are complex by nature, comprising thousands of ephemeral, interconnected resources that generate large volumes of alerts, logs, metrics, and other data at any given time.

In a previous post, we discussed how alert overload can cripple security teams and prevent them from effectively detecting and responding to threats. In this post, we explore how no-code automation can help reduce the burden of alerts while providing the visibility and connectivity your organization requires. It's critical to have robust security solutions that not only help you detect but also block serious attacks before they cause any damage.

Despite years of effort encouraging a DevSecOps approach, development and security teams tend to remain divided. For example, according to 2020 research, 65% of security professionals reported that their companies had successfully shifted security left. Good, right? But the same research also shows that almost a third of people believe the security team is primarily responsible for security — despite shifting left.

The Kubernetes community is ready for the last release of 2022—version 1.26. Since its beginning, Kubernetes has been a place of constant change and improvement. The platform evolves and matures with every new API change and bug fix. In this release, there are 38 tracked enhancements in addition to a large number of bug fixes. In this article, we will focus on some highlighted enhancements, important deprecations, and removals so that you can be confident before upgrading your clusters.

"People tell you who they are, but we ignore it, because we want them to be who we want them to be.” - Don Draper Earlier this year we announced some security enhancements to how we handle submissions to Splunkbase. The simple statement is we are making things faster/cheaper/better where Splunkbase security is concerned. Faster in that it takes less time for a developer to get an app into our platform. Cheaper in that it’s more automated.