Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

The Successes and Failures of Audit Credential Validation

In any system, it’s important to know who is trying to gain access, whether successful or not. This is especially important when trying to keep something secure, like a network or confidential data. Ensure ‘Audit Credential Validation’ is set to ‘Success and Failure' keeps track of attempts to access a system, whether successful or not, using specific credentials, such as a username and password, and logs it.

What Makes Containers Vulnerable?

When looking for sensitive information and other valuable assets, attackers rarely access their target directly. Instead, they find vulnerabilities in other components and use them to weave through the system and escalate privileges where they can. Because containers add a layer of complexity to already large and complex applications, the attack surface is increased, giving threat actors more to work with.

What it takes to do Cloud Detection & Response

A guest post by James Berthoty the founder of Latio Tech. The shift to cloud has meant an explosion in cloud security-related acronyms – so many that it can be difficult to know what you currently have versus what’s missing or available. First we bought CSPMs (Cloud Security Posture Management), then CWPPs (Cloud Workload Protection Platforms), then CNAPPs (Cloud Native Application Protection Platform), then CDRs (Cloud Detection Response), and now KDRs (Kubernetes Detection Response).

Ad Hoc Distributed Queries - SQL Server

An ad-hoc query is an unscheduled data inquiry, typically created in response to questions that cannot be addressed using predetermined or predefined datasets. Ad hoc distributed queries utilize the OPENROWSET(Transact-SQL) and OPENDATASOURCE(Transact-SQL) functions for establishing connections with remote data sources employing OLE DB. It’s advisable to employ OPENROWSET and OPENDATASOURCE solely for referencing OLE DB data sources that are accessed on an occasional basis.

Server Hardening Steps and Guide to Secure Your Server

Server hardening is a process that secures, essentially “hardening” a server infrastructure reducing the attack surface, which encompasses all potential entry points that unauthorized attackers could exploit. The objective is to enhance protection, minimize vulnerability and improve security posture. Achieving security and compliance requires implementing server hardening as an essential prerequisite. Server hardening is a proactive process that involves.

Understanding AI Package Hallucination: The latest dependency security threat

In this video, we explore AI package Hallucination. This threat is a result of AI generation tools hallucinating open-source packages or libraries that don't exist. In this video, we explore why this happens and show a demo of ChatGPT creating multiple packages that don't exist. We also explain why this is a prominent threat and how malicious hackers could harness this new vulnerability for evil. It is the next evolution of Typo Squatting.

How to choose the Best Node.js Docker Image

Today we walk through the best options for your Node.js Docker Image, how to avoid common pitfalls and mistakes, and the best ways to strengthen the security of your projects effectively. ⏲️ Chapters ⏲️ ⚒️ About Snyk ⚒️ Snyk helps you find and fix vulnerabilities in your code, open-source dependencies, containers, infrastructure-as-code, software pipelines, IDEs, and more! Move fast, stay secure.