Operations | Monitoring | ITSM | DevOps | Cloud

Advancing Observability Maturity: Core Benefits

One of the major trends in software development in the last decade has been “shifting left” responsibilities that have traditionally been under operation’s domain to earlier in the software development life cycle (SDLC). It first came in the form of DevOps where a lot of the software engineering best practices were introduced to the deploy, operate, monitor phases. Such examples include continuous integration and continuous deployment (CI/CD) and Infrastructure as Code (IaC).

Why Love A Status Page: IT Transparency & Trust

In our interconnected world of technology, where we work tirelessly even on this Valentine’s Day, the reliance of our businesses on digital platforms and services has never been greater. Amidst this, the efficiency and efficacy of large organizations depend on openness and transparency from their IT systems and the professionals managing them. One of the unsung heroes in this realm is the often-overlooked status page.

Sentry .NET SDK 4.0 improvements for .NET 8

As we celebrate the 10th anniversary of Sentry’s support for the.NET ecosystem with over 150 million downloads, we’re excited to announce Sentry.NET 4.0! Building on top of.NET 8.0, this major release includes many exciting new features, including support for Profiling, Metrics, AOT and trimming, native crash reporting, Spotlight, and better.NET MAUI support. Version 4 of the SDK is now available!

Building Large-Scale User Behavior Analytics: Data Validation and Model Monitoring

As the demands of our customers continue to rise, Splunk User Behavior Analytics (UBA) V5.3 now boasts an increased ingesting rate up to 160K EPS from Splunk Enterprise to a 20-node large deployment. This scalability improvement facilitates support for 750K user accounts, 1 million devices, and 64 data sources.

Apply network management protocols to your organization for better results

To address this issue, first understand that, in the digitization we are experiencing, there are multiple resources and devices that coexist in the same network and that require a set of rules, formats, policies and standards to be able to recognize each other, exchange data and, if possible, identify if there is a problem to communicate, regardless of the difference in design, hardware or infrastructure, using the same language to send and receive information.