Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

In order to make policy decisions we commonly need to know the identity of the caller. Traditionally this has often been done by providing a user or client identifier along with the request, and using that identifier to look up further information like user details or permissions from a remote data source. While this model works fairly well for many applications, it scales poorly in distributed systems such as microservice environments.

Docker is totalling up to over 50 billion downloads of container images. With millions of applications available on Docker Hub, container-based applications are popular and make an easy way to consume and publish applications. That being said, the naive way of building your own Docker Node.js web applications may come with many security risks. So, how do we make security an essential part of Docker for Node.js developers?

User authentication – the process of ensuring only authorized users have access to controlled data and functionality – is the fundamental cornerstone of web and application security.

What is a microservice? Should you be using microservices? How are microservices related to containers and Kubernetes? If these things keep coming up in your day-to-day and you need an overview in 10 minutes, this blog post is for you. Fundamentally, a microservice is just a computer program which runs on a server or a virtual computing instance and responds to network requests.

Is your system 100% ready to face the severest cyber-attack and mitigate the risk of a possible data breach? If you are unsure about your cyber-safety structure, then it’s time to upgrade it. Otherwise, you could be at risk of lengthy legal battles that result in hefty fines. Beyond that, the cost in terms of reputational loss could be catastrophic if not handled meticulously by professionals within a reasonable time.

Chris Moxham, Ph.D., is the Chief Scientific Officer at Fulcrum Therapeutics, an innovative biotech addressing the causes of genetically defined disease. By developing treatments that address the root cause of disease, Fulcrum goes a step further than creating therapies that just manage symptoms and develops treatments that alter the genetic expression of disease, enabling life-changing outcomes.

In the digital age, organizations and the missions and business processes they support rely on information technology and information systems to achieve their mission and business objectives. Not only is technology used to efficiently enable businesses to carry out operational activities, but it is also the backbone for the United States’ critical infrastructure.

The North American Electric Reliability Corporation Critical Infrastructure Protection (NERC CIP) Standards are a cybersecurity compliance framework designed to protect utility organizations. Adhering to these guidelines is essential—falling short will leave your environment vulnerable to malicious actors and can result in some hefty fines.