Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Last week we announced the broadest policy library and toolset for Kubernetes, Terraform and CloudFormation. This work is part of our effort to support platform engineering and cloud infrastructure teams with policy guardrails, as they work to support hundreds (or thousands) of developers. But what does this exactly mean for Kubernetes users? Today we’ll cover the Styra DAS features and policies that are now at your fingertips for those managing Kubernetes clusters.

In recent years, security professionals have seen a rise in unauthorized access over devices, the spread of malware, and system corruption. And while finding the root cause, most of the answers concluded with downloading and installing malicious files. When anyone downloads an infected file and doesn’t check its authenticity, the possibility of getting attacked increases. Whether it’s a personal system or an organizational device, you must check the file.

A couple months ago, we received a request from one of our enterprise financial clients looking to build their internal data lake capabilities. The client wanted to know more about security best practices related to the AWS data lake management tool, AWS Lake Formation, and asked our team for help. One of our principal security consultants specializing in cloud got to work, preparing an overview of critical security considerations when architecting a data lake system.

Scanning for vulnerabilities is a best practice and a must-have step in your application lifecycle to prevent security attacks. It is also important where this step is performed, but why? Let’s dig into the details of vulnerability scanning with Sysdig.

It should come as no surprise to anyone who has lived through the last three years that the way we work has changed drastically. The onset of the COVID-19 pandemic forced organizations to figure out how to better enable their employees to work from home securely and easily. The result was an acceleration of trends that were already underway. Work is now hybrid, and adaptability and flexibility continue to be key requirements for organizations working to secure a distributed hybrid workforce.

In today's hyper-connected world, most of us now take care of our daily tasks with the help of digital tools, which includes online banking. Whether we're reviewing our account balances, transferring money, applying for payment cards, or simply paying our bills, banking has become more digital, and requires financial firms to adapt to this new world of transacting business. This adaptation has seen EU-based financial firms adopting and relying more heavily on cloud services.

In today's digital age, a business website is essential for success. Not only does it provide potential customers with information about your products or services, but it also allows you to connect and engage with them directly. However, simply having a website is not enough. To ensure that your site is effective and safe, you need to make sure that it has all the necessary security features. In this article, we will discuss twelve security features that every business website must have.

The microservice architecture involves breaking the application into small interconnected services, each performing a specific task. This breakdown enables developers to work on individual services without affecting the rest of the application, leading to more agility and easier scaling. These services communicate through APIs and, as the number of services within an application increases, developers may introduce a microservice service mesh to control all the service-to-service communication.