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The latest News and Information on Cloud monitoring, security and related technologies.

How can you create a schedule for your UAT environment?

This video demonstrates the workload optimization feature within a Turbo360. This feature allows users to schedule automatic resizing or turning off resources in Azure to minimize costs. The video shows how to set up a schedule to manage resources, such as App service plans, Cosmos DB, Data Factory Pipelines, Logic Apps, SQL databases, and VMs, and how to configure notifications and cost savings.
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Security & AI Considerations in IT Monitoring Focusing on Microsoft SCOM & Azure Monitor SCOM MI

This whitepaper explores the pivotal roles of security and artificial intelligence (AI) in advancing IT monitoring capabilities, with a specific focus on Microsoft SCOM (System Center Operations Manager) and Azure Monitor SCOM Managed Instance (MI). It highlights how security measures safeguard monitoring data integrity and confidentiality while AI enhances predictive analytics, anomaly detection, and automated responses.

Your Data Your Cloud: Cribl Stream Managed Worker Groups in Microsoft Azure

One of our most commonly asked questions is when we will support Worker Groups in Azure. We’ve heard you loud and clear; some exciting news will make your data management much more straightforward. We’re introducing a Cribl-managed Cribl Stream data plane, also known as Worker Groups, in Microsoft Azure. These Worker Groups are oil to your engine—essential for data operations, handling everything from shaping and transforming to enriching and processing your data.

Amazon EBS Optimization: A Guide To Maximizing EBS Efficiency

The Amazon Elastic Block Store (EBS) service should provide high-performance block storage for Amazon EC2 instances. Yet, without careful management, Amazon EBS can become inefficient, leading to performance bottlenecks and cost overruns. For example, EBS volumes persist even after an EC2 instance has been terminated. The unused EBS volumes continue to incur costs.

Kentik Bytes - Identifying Idle Cloud Resources

Phil Gervasi introduces a method for identifying idle resources in AWS using the Kentik platform. By selecting dimensions such as Logging Status, Observing VPC ID, and Observing Region, users can filter the data to determine if a resource is actually doing anything from a network perspective. “No Data” messages indicate resources with no network activity, and a more specific filter can be created based on this message to isolate idle resources. By adjusting the time frame and observing bits per second, users can determine how long resources have been idle.

Kentik Bytes - Cloud Network Performance Metrics

Phil Gervasi introduces a quick and easy way to see network performance metrics among multiple cloud instances. Synthetic tests can be deployed in multiple public clouds to test for loss, latency, and jitter among public cloud instances, such as between AWS and Azure. Phil demonstrates the ability to adjust the time range and shows inbound and outbound traffic, average latency, packet loss, and jitter. A spike in any of these metrics would trigger an alert tied to the ticketing system. He also shows the ability to click into the path view between cloud instances to see a hop-by-hop breakdown.

Top 11 Cloud Observability Tools To Use In 2024

Cloud observability tools offer visibility into your cloud infrastructure. They collect data from various sources to help you understand your applications’ performance. The tools enable you to monitor, optimize, and troubleshoot your cloud environment. In this guide, we’ll share why cloud observability is important and the best tools to consider.