Apache Kafka has come a long way since its initial development at LinkedIn in 2010 and its release as an open-source project the following year. Over the past decade, it has grown from a humble messaging bus used to power internal applications into the world's most popular streaming data platform. Its evolution is remarkable, and it has taken the industry by storm, quickly becoming a go-to solution for data streaming and processing.

The world of software is growing more complex, and simultaneously changing faster than ever before. The simple monolithic applications of recent memory are being replaced by horizontal cloud-native applications. It is no surprise that such applications are more complex and can break into infinitely more ways (and ever new ways). They also generate a lot more data to keep track of. The pressure to move fast means software release cycles have shrunk drastically from months to hours, with constant change being the new normal.

Here's a scenario. All your enterprise apps are running fine, as you expected. Maybe your team wasn't impacted by the Microsoft 365 outage a couple of weeks ago. Good for you! But don't let past application performance predict current performance. Instead, choose real-time monitoring to efficiently manage your network and proactively resolve app health issues at any time. That way, the IT operations (ITOps) team has visibility into your entire digital estate and pinpoint services unavailable to end-users.

Are you utilizing Docker to deploy your applications? If so, you're not alone. The use of Docker has skyrocketed in popularity in recent years. While it offers numerous benefits, it also introduces new security risks that need to be addressed. But, why is reducing security incidents so important? Simple - the cost of a security breach can be devastating. From lost customer trust to financial losses, the consequences of a security incident can be severe. That's why it's crucial to take steps to prevent them from occurring in the first place. Enter Docker image security scanners.

If you're here, you know the basic DevSecOps practices like incorporating proper encryption techniques and embracing the principle of least privilege. You may be entering the realm of advanced DevSecOps maturity, where you function as a highly efficient, collaborative team, with developers embracing secure coding and automated security testing best practices.

In the last few weeks, I have had a number of conversations with customers about what we have come to call the Automation Paradox. What happens is that organizations seeking to automate manual processes are so busy, that they cannot find the time to invest in automating in the first place, and so they find themselves frozen - unable to move forward. I took some time to talk to customers who got through this, and found a number of themes that may help you get past this. Blocks are often a state of mind

When a serious incident occurs, time is essential. Streamlining different components of the incident response and management process can help minimize the time it takes to resolve an incident. Proper streamlining also helps reduce downtime, restore functionality, and potentially curtail the overall impact of an incident-not to mention the costs incurred during these events. This article examines several areas of incident management, the potential challenges of manual implementation, and how an automation platform can alleviate these challenges to provide a streamlined incident response process.

Scripted Configuration of the NiCE VMware Management Pack provides a semi-automated means of setting up VMware monitoring administration with the help of approved and tested script functions. The NiCE Development Team has put together a new technical white paper for you to use automated administration easily.