Operations | Monitoring | ITSM | DevOps | Cloud

Colleges and universities face immense IT challenges. The end user base is regularly overturning with students coming and going. And residential students are just part of the problem. Increasingly, schools support extensive distance learning, which only gained ground thanks to COVID. Now that remote work and distance learning are the new mandates, there are even more difficult challenges for Higher Education IT to deal with.

Many organizations use Kubernetes to orchestrate their containerized applications. But because Kubernetes is complex, application developers may take some time to ramp up on the intricacies of monitoring a Kubernetes environment. This means that teams often need to create internal documentation and offer hands-on training to bridge the knowledge gap.

Application teams must understand what their customer experience is like. This is true not only from a general perspective (in terms of usability and responsiveness) but also on a day-to-day, minute-by-minute basis. In particular, when you work with distributed systems, errors are inevitable. Site traffic fluctuates throughout the day, and any one of a system’s dependencies could also encounter an issue at any time.

The pandemic accelerated digital transformation in the business world by forcing companies to double down on areas in which they’d already begun investing. The mass move to video conferencing solutions in industries such as healthcare and education are two examples. In other industries, companies were only able to survive by jumping into completely new areas: brick-and-mortar retailers diving feet-first into e-commerce after lockdowns and health concerns kept shoppers indoors, for example.

Machine learning has infiltrated the world of security tooling over the last five years. That’s part of a broader shift in the overall software market, where seemingly every product is claiming to have some level of machine learning. You almost have to if you want your product to be considered a modern software solution. This is particularly true in the security industry, where snake oil salesmen are very pervasive and vendors typically aren’t asked to vigorously defend their claims.

In Part 1 of this series, we talked about the origins of observability and why you need it. In this blog (Part 2), we will cover exactly what observability is, what it isn’t, and how to get started. Before we can dive into how to approach observability, let’s get one thing clear: You can’t buy a one-size-fits-all observability solution.

These days technology is essential for businesses as their clients only want the best technology. Moreover, competition is high and having the best technology is significant for running daily operations successfully. Therefore, when an organization is equipped with a lot of assets in order to keep them maintained. In the market, there are several technologies available for effective asset management such as Barcode, QR Code, RFID, GPS, BLE, NFC, IoT, etc.

The partnership between Nobl9 and SolarWinds® Pingdom® is the bridge between business and technology everyone’s been waiting for.

Service virtualization is not new. In fact, the concept and technology were established 20 years ago. At its core, service virtualization offers the ability to simulate behavior, data, and performance characteristics of applications and services. Through service virtualization, teams can ensure they have an on-demand environment to support their testing needs.

Redis is an open-sourced, BSD 3 licensed, highly efficient in-memory data store that can be easily used as a distributed, in-memory key-value store, cache, or message broker. It is known for being extremely fast, reliable, and supporting a wide variety of data structures, making it a very versatile tool widely adopted across the industry. Redis was architectured with speed in mind and is designed in a way that it keeps all the data in memory.