Cybersecurity has always been a significant challenge for businesses, mostly due to the increasing financial and reputational cost of data breaches. As a result, there has been a consistent rise in tactics and technologies used to combat these threats. These methods fulfill the need for better, smarter ways to augment enterprise-level security and minimize mobile security risks.

As companies become more digitized, they must take appropriate steps in their application security processes to ensure data protection. The SolarWinds software supply chain attack, which was delivered to over 18,000 customers via the company’s own software update process, was the result of malicious code deployed in SolarWinds’ Orion network monitoring software.

NIST compliance is mandatory for federal contractors, but there is a lot of confusion around it. Without it, chances of getting those big projects in the government are significantly skewed. So what is NIST compliance exactly?

Since Google first introduced Kubernetes, it’s become one of the most popular DevOps platforms on the market. Unfortunately, increasingly widespread usage has made Kubernetes a growing target for hackers. To illustrate the scale of the problem, a Stackrox report found that over 90% of respondents had experienced some form of security breach in 2020. These breaches were due primarily to poorly-implemented Kubernetes security.

Understanding what to audit in a network can be chaotic and confusing. Building a complete network security checklist is crucial for organizations with computers connected to the internet or to each other. Think of it like an antivirus scan you might run on your computer to find Trojans or malware, except you’re scanning your entire network to find anything that may cripple it.

AWS Policies are a key foundation in good cloud security, but they are often overlooked. In this blog, we take a quick look on some AWS Policies, particularly for Identity and Access Management (IAM), that could become problematic if not properly managed. We'll discuss how they can be used against us to generate attacks like: Ransomware, data exfiltration, credential abuse, and more. Finally, we'll suggest some Open Source tools for cloud policy assessment and pentesting.

SMS-based phishing attacks are nothing new. They’ve been around in one form or another since the technology became mainstream in the mid-90s, and more so since the introduction of smartphones a decade and a half ago. However, in their latest incarnation, AKA Smishing, such attacks are progressively executed on a scale never seen before. In the last couple of months, Cyberint has seen an increase of SMS phishing attacks targeting the customers of retail companies.

In 2020, over 30 new major features were released across the Snyk platform — in Snyk Open Source, Snyk Container, Snyk Infrastructure as Code, and Snyk Code. While both our development and product teams deserve credit for Snyk’s rapid pace of development, our users also play an important role by continuously providing us with their feedback and insight. Our ultimate goal is to help development and security teams be successful in mitigating risk.

This is a story of bringing the pain forward, begging forgiveness, and continuous improvement. In the early days of Manifold — long before we joined Snyk — we were building an independent marketplace for developer services (like databases or transactional email senders). The structure of our code was typical: we had a React frontend app, and a collection of Go microservices talking to a database. A typical structure meant we had typical problems, too.

The CVE-2021-25737 low-level vulnerability has been found in Kubernetes kube-apiserver where an authorized user could redirect pod traffic to private networks on a Node. The kube-apiserver affected are: By exploiting the vulnerability, adversaries could be able to redirect pod traffic even though Kubernetes already prevents creation of Endpoint IPs in the localhost or link-local range.