Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

There is one area of technology that requires the fastest possible response time, where every second has potentially enormous implications – security. Coralogix fits the security use cases elegantly for a simple reason. It’s very, very fast. Coralogix alarms fire faster than any of our competitors. When benchmarking our closest competition, whose alarms responded in around 2-4 minutes, we left them behind with a median trigger time of 10 seconds across log alerts.

Managing software projects is often like trying to solve a puzzle when some of the pieces are missing. That’s where GitLab issue templates come in. Issue reports don’t have to be riddles anymore because with GitLab issue templates, all of your reports will be clear and complete. It’s all about getting it right the first time! These templates are like your time savers. They reduce the back-and-forth of issues, allowing you to focus on fixing the issue rather than trying to comprehend it.

Supply chain attack is a kind of cyberattack which targets the network that is made up of suppliers, vendors, contractors and other business partners that organizations rely on to provide goods and services. As opposed to directly attacking a target organization’s systems or infrastructure, attackers use supply chain vulnerabilities to gain unauthorized access or compromise the integrity of products or services.

In recent years, Infrastructure as Code (IaC) has emerged as a game-changer for managing IT operations. By enabling teams to define and manage infrastructure using codes, IaC offers numerous benefits, such as increased agility, scalability, and consistency. However, along with the advantages, some unique security challenges also arise that must be addressed promptly. Here in the blog, we’ll explore the best practices to maintain the integrity and reliability of the Infrastructure.

Detecting malware in container environments can be a major challenge due to the rapid development of malicious code, the proliferation of insecure container images, and the multilayered complexity of container stacks. Staying ahead of attackers means tracking the constant evolution of malware and rooting out threats in your codebase at the expense of considerable compute.

Cloud environments are susceptible to a wide variety of cyberattacks, making them difficult to secure. Some cyberattacks are easier to detect than others, so a priority in cloud security is having adequate detection and response systems in place to mitigate them. Unauthorized cryptomining has become a prevalent threat in recent years, especially in cloud environments where it can be harder to detect.

In this episode of The Future of Security Operations podcast, I'm joined by Andrew Santell. Andrew is an experienced security leader who worked for the U.S. Navy for over a decade before moving into the private sector. In 2021, he founded the Security Operations program at Netflix, and recently, he joined edge cloud platform Fastly, where he is the Director of Security Operations and Cyber Defense.

Designing a blockchain-based product requires extensive planning in order to deliver a compelling set of features with the best possible user experience. Every aspect of the product matters – from the user interface to the backend logic in the codebase. However, important security and compliance vectors tend to slip through the cracks. This blog post aims to offer a new perspective on enhancing your blockchain product’s design and architecture by incorporating some key elements.

Time is a luxury your SOC can’t afford to waste. To keep your SOC efficient and effective, real-time analytics are crucial. Modern security data platforms give your team this ability by not indexing data on ingest, which ensures that security data is available for immediate analysis and allows your SOC to react swiftly to threats. Here are some of the other reasons why real-time analytics help keep your organization secure.

Intelligence is now considered essential to the process of identifying, understanding and acting upon threats. According to the “Global Perspectives on Threat Intelligence” study conducted by Mandiant, 96% of decision-makers interviewed for the research believe that it is important to understand which cyber threat actors could be targeting their organisation. Consequently, threat Intelligence should be fully integrated into the internal mechanisms linked to threat detection and response.