Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Open source software (OSS) has driven technological growth for decades due to its collaborative nature and ability to share information rapidly. However, major OSS security vulnerabilities like Log4j, Heartbleed, Shellshock and others have raised concerns about the security and sustainability of similar projects. At the same time, major open source-based companies have changed their OSS licenses, like MongoDB, Elastic (formerly ElasticSearch), Confluent, Redis Labs and most recently, HashiCorp.

Prioritizing the security of your Kubernetes environment is of utmost importance. As organizations increasingly rely on containerization for their applications, the need for robust security measures is ever-growing. But security doesn’t work in isolation; it should seamlessly blend into your workflow. This is where the integration of ARMO Platform with collaboration tools like Microsoft Teams becomes invaluable.

There are many ways to safeguard your information online. Some cybersecurity basics you should already have down include using strong passwords, enabling Multi-Factor Authentication (MFA), regularly updating your software, limiting location sharing, not oversharing on social media, backing up your data and utilizing a VPN. Continue reading to learn more about what it looks like to implement these cybersecurity basics.

Why AWS indeed. This is not one of those start with why posts, but hopefully a peek into the reasons behind our partnership with AWS and what that means for you and how it could benefit you. The beginnings of something great Public cloud is well established, with about 50% of all workloads now running in a public cloud location. We have heard of ”the big three” cloud providers: AWS, Azure, and Google Cloud.

ISO 31000 was specifically developed to help organizations effectively cope with unexpected events while managing risks. Besides mitigating operational risks, ISO 31000 supports increased resilience across all risk management categories, including the most complicated group to manage effectively - digital threats. Whether you’re considering implementing ISO 31000 or you’re not very familiar with this framework, this post provides a comprehensive overview of the standard.

We are excited to announce the launch of the Ekran System SaaS deployment model, providing enhanced flexibility, scalability, and cost efficiency without compromising on quality. Let’s delve into the key benefits of the Ekran System SaaS deployment option.

Build secure cloud-native applications by avoiding the top five security pitfalls we lay out in our Secure Cloud-native Development Series. This blog is the fourth part of the series, and it will teach you why and how to easily enable encryption and save yourself headaches down the road. Here's a new motto: encrypt everything! When securely moving to cloud-native technologies, building encryption in from the start will save us a lot of headaches later.

In a world where ones and zeros are the new battleground, these threats, cyberattacks have become a significant threat to governments worldwide. The United States, with its vast array of government agencies and critical infrastructure, is no exception. Cybersecurity threats that impact the public sector range from state-sponsored attacks to financially motivated hacking groups. In this blog post, we’ll delve into the top 7 cyberattacks on the U.S.

A post-audit cloud security report is a document that provides an overview of the security status of the cloud environment, infrastructure, and applications of a business. It verifies that vulnerabilities and security flaws have been identified and assessed, and offers recommendations to address these security gaps.

Modern enterprise software is typically composed of some custom code and an increasing amount of third-party components, both closed and open source. These third-party components themselves very often get some of their functionality from other third-party components. The totality of all of the vendors and repositories from which these components (and their dependencies) come make up a large part of the software supply chain.