A SSH session can be interactive or non-interactive. The session starts when a computer or human connects to a node using SSH. SSH sessions can be established using public/private key cryptography or can use short lived SSH Certificates, similar to how Teleport works. Organizations often want to know who is accessing the systems and provide a greater level of control over who and when people are accessing them, which is where Teleport 4.4 comes into play.

From the beginning, Egnyte was architected so that your content would not have to be “boxed in” to any one single environment, but rather can flow seamlessly up, down, side to side across multiple clouds. There are good reasons for this. Sometimes it makes sense for data to be miles away, while other times it needs to be closer to where users actually are (at the edge), or offline altogether.

Putting a website on the internet means exposing that website to hacking attempts, port scans, traffic sniffers and data miners. If you’re lucky, you might get some legitimate traffic as well, but not if someone takes down or defaces your site first. Most of us know to look for the lock icon when we're browsing to make sure a site is secure, but that only scratches the surface of what can be done to protect a web server.

The biggest boon to enterprises is the advent of the concept of data collaboration. Effective collaboration calls for data sharing not only within an enterprise but also amongst different enterprises. This sharing of data at a granular level leads to a situation where everyone has access to all information available in the enterprise without any security.

An SQL injection (also known as SQLi) is a technique for the “injection” of SQL commands by attackers to access and manipulate databases. Using SQL code via user input that a web application (eg, web form) sends to its database server, attackers can gain access to information, which could include sensitive data or personal customer information. SQL injection is a common issue with database-driven websites.

Common Vulnerability Scoring System (CVSS) scores have been viewed as the de facto measure to prioritize vulnerabilities. Vulnerabilities are assigned CVSS scores ranging from one to 10, with 10 being the most severe. However, they were never intended as a means of risk prioritization. If you’ve relied on CVSS scores alone to safeguard your organization, here’s why you’re probably using them incorrectly.

Organizations are increasingly turning to Kubernetes, but they’re having trouble balancing security in the process. In its State of Container and Kubernetes Security Fall 2020 survey, for instance, StackRox found that 91% of respondents were using Kubernetes to orchestrate their containers and that three quarters of organizations were using the open-source container-orchestration system in production.

A skillful black hat hacker can quickly assume control of your digital products with just a few swift modifications to its coding, and as businesses continue to digitize their processes, this risk of penetration will only multiply. The solution is the adoption of secure coding practices. Secure coding is a method of writing software and source code that's shielded from cyber attacks.

The question is indeed a contentious one, never failing to incite heated arguments from all camps. Many ways exist to cut the cake in this regard—WhiteHat Security took a stab at it in a recent edition of its Website Security Statistics Report, where it analyzed statistics around web programming languages and their comparative strengths in security.