The enterprise data warehouse (EDW) provides access to business data stored in a denormalized structure called a star schema, which makes it easy to analyze, visualize, and forecast essential business metrics. Business intelligence (BI) reporting makes use of the data warehouse for real-time self-service dashboards, custom visualizations, data marts, decision-making reports, and machine learning (ML).

The enterprise data warehouse (EDW) provides access to business data stored in a denormalized structure called a star schema, which makes it easy to analyze, visualize, and forecast essential business metrics. Business intelligence (BI) reporting makes use of the data warehouse for real-time self-service dashboards, custom visualizations, data marts, decision-making reports, and machine learning (ML).

With more than 300,000 customers, a thriving community of 185,000 THWACK® users, frequent SWUG™ events, and some 650,000 developers certified on SolarWinds® products, we have a unique ability to keep our fingers on the pulse of what our clients need to better manage, monitor, and understand their complex environments. We’re reminded every day how these customer interactions collectively serve as a crucial competitive advantage.

If you’re a developer or site reliability engineer, you might have noticed options to use webhooks in your cloud monitoring or automation settings. And if you have a great deal of experience developing APIs, you probably know what a webhook is. For the rest of the world, a webhook (also known as a web callback or an HTTP push API) is a way for an application to provide other applications with information in real time.

Schools and local municipalities have always been vulnerable to cyberattacks, but in recent years, especially since the pandemic's beginning, they have been increasingly more prone to threats. According to a statement by DHS, ransomware attacks " crippled state and local agencies in 2020," calling for a State and Local Cybersecurity Improvement Act to set a baseline for new changes with cybersecurity efforts at the state and local level.

As a long-time database consultant, I’ve fixed more blocking problems in database systems than I can count. Often this blocking has resulted from conflicts between processes needing to read rows while those rows are being modified.

The world of IT has gone through a significant amount of change in the last five to 10 years, and the rate of digital transformation can be challenging for organizations of all sizes. Keeping up with new and evolving capabilities alongside an increasingly distributed talent pool can be tough. That’s why it has always been my goal to keep up with the latest trends and provide the best tools for professionals working in the IT trenches. One of those emerging trends is observability.

As more and more money enters the state and local government budgets from pandemic relief funds like The Coronavirus State and Local Fiscal Recovery Funds (SLFRF) program, the prospect of IT tool sprawl is becoming more prevalent than ever before. While the SLFRF program has presented enormous opportunities for state and local agencies, waste and fraud are almost a given, considering the amount of money being distributed to bolster agency systems.

This article explores the PostgreSQL implementation of the B-Tree (the B stands for Balanced) and hash index data structures. As PostgreSQL grows in popularity as an open-source database system for developers and as a target for migrating from Oracle workloads, understanding how PostgreSQL indexes work is extremely important for database developers and administrators. PostgreSQL has several other types of indexes, such as GIN indexes, GiST indexes, and BRIN indexes.