Kubernetes is the leading container orchestration platform and has developed into the backbone technology for many organizations’ modern applications and infrastructure. As an open source project, “K8s” is also one of the largest success stories to ever emanate from the Cloud Native Computing Foundation (CNCF). In short, Kubernetes has revolutionized the way organizations deploy, manage, and scale applications.
In this digital age, businesses of all sizes rely on technology to store, transmit, and process sensitive data. While the use of digital technology brings many benefits, it also comes with its own set of challenges, and one of the biggest ones is ensuring cybersecurity. The exponential increase in cybercrime has made it essential for companies to prioritize security while working with digital technologies.
To outpace the competition in an era where high-performing, secure digital experiences are expected, business acumen can inform AppSec priorities. Now more than ever, business leaders are racing to build, modernize and deploy business-critical apps on-premises and within distributed, cloud native environments.
When you think of air-gapped security, you imagine a protective distancing that separates your sensitive data from those who would steal it. In practice, the separation is a disconnection from the Internet. If no one can get to your data, no one can steal it. However, air-gapped deployments that are completely disconnected from the Internet are not the case in all instances. It’s true that many clusters are fully air-gapped, particularly in classified government installations.
Cindy works long hours managing a SecOps team at UltraCorp, Inc. Her team’s days are spent triaging alerts, managing incidents, and protecting the company from cyberattacks. The workload is immense, and her team relies on a popular SOAR platform to automate incident response including executing case management workflows that populate cases with relevant event data and enrichment with IOCs from their TIP, as well execute a playbook to block the source of the threat at the endpoint.
As technology professionals, we must consider the evolution of security and its connection to literature, such as George Orwell’s “1984” and Aldous Huxley’s “Brave New World.” The digital threats we face are often unseen, lying dormant until they can be weaponized for both good and evil purposes. Advancements in machine learning and algorithms have revolutionized data analysis, allowing us to observe and analyze behavioral patterns both online and offline.
Metrics are important for a microservices application running on Kubernetes because they provide visibility into the health and performance of the application. This visibility can be used to troubleshoot problems, optimize the application, and ensure that it is meeting its SLAs. Some of the challenges that metrics solve for microservices applications running on Kubernetes include: Calico is the most adopted technology for Kubernetes networking and security.
The newly released Cribl Search 4.2 brings enhancements that ease data management in today’s complex, cloud-centric environments. This update provides comprehensive compatibility with all major cloud providers – Amazon S3, Google Cloud Storage, and Azure Blob Storage. It also ushers in native support for Amazon Security Lake. In this blog post, we’ll examine how new dataset providers enhance the value that Cribl Search delivers, out of the box.
Welcome to the Calico monthly roundup: July edition! From open source news to live events, we have exciting updates to share—let’s get into it!
