One of the most important pillars of a well-architected framework is security. Thus, it is important to follow these AWS security best practices to prevent unnecessary security situations. So, you’ve got a problem to solve and turned to AWS to build and host your solution. You create your account and now you’re all set up to brew some coffee and sit down at your workstation to architect, code, build, and deploy. Except, you aren’t.
This article is intended to summarize the security services and tools provided by Microsoft for Azure cloud. We will also explore the value add Sysdig can provide when used in conjunction with the default Azure services for security.
Whether you’re learning cloud-native workload protection for the first time or running all your microservice workloads in production, you probably already noticed that cloud-native security is much different from security design used for traditional monolith applications. The dramatic increase in complexity and the evolving threat landscape make cloud and container security even more critical and harder to manage.
During many recent security incidents, we hear a lot of messages about the lack of knowledge of the code dependencies, attacks to the software supply chain, Software Bill of Materials (SBOM), digital signatures, provenance, attestation, etc. The fact is, every time a new vulnerability appears in the landscape, we usually need to spend a lot of time and effort to detect the real impact on the applications and services that are running in our environment.
Blackhat 2022, on its 25th anniversary, took place this week in Las Vegas. The most important event for the infosec community and the best place for security vendors to showcase all their innovations and products in this ever-growing ecosystem. This year, attendees come from 111 different countries. In 2020, Black Hat added the word Cloud to the existing track about Platform Security.
Is cryptojacking draining your resources and exposing your organization to financial and reputation damage risk? The rise in cryptojacking, which is an illegal form of mining cryptocurrency by the unauthorized use of someone’s computing resources, has reached alarming levels. According to the Google Threat Horizon report, 86% of compromised cloud instances in 2021 were used for cryptomining. That paints the picture quite clearly.
Cryptominers are one of the main cloud threats today. Miner attacks are low risk, low effort, and high reward for a financially motivated attacker. Moreover, this kind of malware can pass unnoticed because, with proper evasive techniques, they may not disrupt a company’s business operations. Given all the possible elusive strategies, detecting cryptominers is a complex task, but machine learning could help to develop a robust detection algorithm.
When using DNS in the Cloud, security cannot be forgotten. This article is for cloud architects and security practitioners who would like to learn more about deployment options to DNS security and security best practices for DNS in the Cloud. You will learn DNS best practices for DNS security, and see the advantages of a cloud approach for DNS. The three main requirements for DNS are: In this article, we begin with DNS basics, then move on to the topic of DNS in the Cloud.
