Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Privilege escalation in AWS refers to the unauthorized elevation of user privileges within the AWS environment, allowing users to access resources and perform actions beyond their intended level of permissions. This security risk would arise in case the attackers utilize the vulnerabilities or misconfigurations in AWS services, IAM policies, or access controls to take up privileges above the current level.

Many members of the younger generations avoid answering phone calls. On the one hand, this avoidance may be personal, as voice calls can sometimes cause anxiety; however, there is more to these rejections than nervousness. In our ever-evolving world, threat actors are always looking for a new way to manipulate and steal from their victims—and phone calls have become a strange, new frontier for cybercriminal fraud, unlike anything the world has seen before.

Using open-source code exposes organizations to a tremendous amount of risk, yet this point is treated like a dirty little secret that nobody talks about. So, let’s live on the edge and take a minute to talk about the problem. Open-source code is an oddity. Generally, open-source code is often placed in small packets tucked inside massive programs that corporations use to run their most important processes or it is adopted as a whole program and tasked with running some part of a business.

The AWS Snow Family is a service offering designed to assist customers in leveraging Amazon Web Services (AWS) closer to where their data is generated, primarily in sites where internet connection may not be viable. When used, clients can run applications with minimal delay and comply with data storage location requirements. The Snow Family includes Snowball Edge and Snowcone, which are designed for two main purposes: running applications in harsh conditions and moving data from remote places to AWS.

There’s currently a cybersecurity adage with varying verbiage and claimed origins – the point, however, is unmistakable.

For security analysts navigating an increasingly complex threat landscape, the ability to quickly identify and respond to attacks is critical. Security information and event management (SIEM) tools have been integral to helping security teams quickly respond to attacks. Now, in the era of generative AI, Elastic is changing the game by delivering AI-driven security analytics to replace SIEM and modernize the SOC.

The Rolling Stones wanted to protect their space; we, as security practitioners, need to protect ours. Data 'castles' in the cloud are out there, and they're constantly under siege. By drawing inspiration from a band that embodied personal freedom, we can draw some – okay, very stretched - parallels to modern cloud security. Nonetheless, they work. And we all knew this blog was coming. And if you read the blog backward you can hear the name of the latest malware family... Maybe.

Snyk has been a pioneer in AI-powered cybersecurity since the launch of Snyk Code in 2021, with the DeepCode AI engine bringing unmatched accuracy and speed to identifying security issues in the SAST space for the first time. Over the last 3 years, we have seen the rise of AI and LLMs, which Snyk has been at the forefront of with the introduction of new AI-based capabilities, such as DeepCode AI Fix, our vulnerability autofixing feature, or our third-party dependency reachability feature.