MySQL, a leading open source database for the past few decades, underpins potentially millions of applications, from tiny prototypes to internet-scale e-commerce solutions. The beauty of MySQL is not only its powerful relational database capabilities but also that it can be scaled up as the application grows. Why should you care about MySQL performance? Because MySQL is the backbone of many applications, your application performance will be inherently tied to your MySQL database performance.

Nothing is certain in this world except for death, taxes, and that you will eventually run out of disk space. You may have used our unique predict operator to query logs and forecast future values (we’ve even heard of customers predicting their ingest volume for Sumo Logic log data to better forecast their usage and budget!) — and wanted to do the same with metrics. With the recent general availability of the predict for metrics operator, you can.

The process of building and maintaining modern, cloud-based applications requires a new approach to infrastructure monitoring. Traditionally, engineers would try to isolate a specific infrastructure component causing an issue — and fix it alone, without diving into code. Today, DevOps engineers must understand how application performance is related to their infrastructure. Infrastructure, for DevOps engineers, is an enabler to deploy code.

As an SRE putting out fires all day, it’s nice to get a good night’s sleep. But there are times when that PagerDuty alert goes off in the middle of the night, forcing you to leap into action to fix a high-priority issue. This is where having the best log analytics tool is critical to easily search and query the log data, perform deep-dive troubleshooting and analysis and quickly come to a resolution.

Everything you need to know about creating a log management program Businesses create, collect and have access to more data than ever before. Some of this log data, the record of events that occur in your digital spaces, can help DevOps and security teams assess the performance and reliability of their systems, evaluate weaknesses and troubleshoot any issues that may be occurring.

As a company born in the Amazon Web Services (AWS) cloud, we understand that operating at cloud scale requires balancing security, compliance, and operational safety with your commitment to innovation, speed, and agility. From cost optimization at scale to operational resiliency to application modernization, we know you’re facing various challenges and need reliable solutions.

While many of the popular tools for observability in software are open source, one thing they lack is open design. Most of these solutions, from Nagios to Prometheus, started as a product with an opinionated design, which happened to work well for many people. These became the de facto standards. That position of de facto standard is what every open-source project and every commercial product tries to be.

Logs record digital actions within your IT system to let you know where errors or unauthorized access attempts originated. However, having only a partial log management plan — or lacking one entirely — can leave you with a mess of unstructured data that doesn’t provide the insights you need. Fortunately, following log management best practices can make tracking your digital actions or modifying your current log management plan a straightforward process.