In the first post of our three-part Amazon Redshift series, we covered what Redshift is and how it works. For the second installment, we’ll discuss how Amazon Redshift queries are analyzed and monitored. Before we go deep into gauging query performance on Redshift, let’s take a quick refresher on what Amazon Redshift is and what it does.
You don't need to be a cybersecurity expert to know that ransomware attacks have become one of today's greatest IT security threats. From WannaCry to the attack against the city of Atlanta, major ransomware exploits have become so commonplace in the last few years that they may seem impossible to avoid. Fortunately, preventing ransomware is far from impossible. Let's take a look at a few strategies you can put in place to mitigate your risk of becoming part of the next ransomware statistic.
Now that we understand what machine data is available to us, how do we get to this data? The good news is that Kubernetes makes most of this data readily available, you just need the right tool to gather and view it. The solution we will discuss here heavily utilizes open source tools for collection and data enrichment because of their deep integrations and overwhelming community support.
What a pleasure it was to see many of our customers at our Illuminate user conference, September 11-12. We had record attendance from customers, influencers, and partners. Our time was packed with keynotes, customer presentations (35 customer breakout sessions), certifications, sharing best practices, and time networking and having fun together.
Everything old is new again–that’s a universal law! In our industry, we have talked about Service Level Agreements (SLAs) for a long time. At Sumo, we are proud to continue to be the only Machine Data Analytics Platform as a Service that commits to a query performance SLA.
Virtually every organization is a victim of cybercrime today. As the threat landscape evolves and proliferates, it’s necessary to prioritize the protection of data, customers’ privacy and brand reputation. Security directors must be prepared and equipped with the necessary tools to detect security events and address them accordingly at all times.
Serverless computing is the latest, greatest thing in the technology world. Although the serverless concept has been around in one form or another for more than a decade, the introduction of serverless platforms from major cloud providers—starting with AWS Lambda in 2014—has brought serverless mainstream for the first time.
Kubernetes has several key differences that push the limits of traditional application monitoring. Due to the distributed ephemeral nature of Kubernetes, most existing solutions fail to give the visibility we might expect, resulting in longer resolution times. Looking at these potential pitfalls can help guide us as we take a fresh look at Kubernetes management and monitoring.
Kubernetes, commonly called K8s, is an open-source container management system developed by Google. Containers and tools like Kubernetes enable automation of many aspects of application deployment, which provides tremendous benefits to businesses. K8s is just as vulnerable to attacks and cybercrime as traditional environments, in both public and private clouds. In this blog post, we’ve compiled everything you need to know to make sure your Kubernetes environment is safe.
Serverless computing is becoming more popular as organizations look for new ways to deploy their applications in the cloud. With higher levels of abstraction, easier maintenance, a focus on high performance, and ephemeral workloads, serverless computing solutions like Lambda are finding a permanent place in the mix of cloud infrastructure options.
