Operations | Monitoring | ITSM | DevOps | Cloud

There’s a big difference between the MySQL database powering your internet of things (IoT) lightbulb and the one powering your website. There’s a chasm between the SQL Server Express database in your lightly used application’s VM and the monster multi-region SQL cluster you have running on Microsoft Azure. This kind of database diversity is everywhere today. But what are the differences between these databases, and how can administrators justify database spend?

First, thanks for indulging the clickbait title joke. Serialization is the unsung hero of harmonizing network and application relations and deserves the occasional, snarky callout. Moreover, identifying how the unique mix of network clients in your environment consume your carefully manicured infrastructure is critical for managing network cost. Because today, a rapidly expanding, diverse pile of new technologies all assume the network is a magic grid, no tuning required.

You’ve solved database performance monitoring and documentation. Unfortunately, now you get lost between them.

Magisk is a very sophisticated systemless rooting technique that can bypass Google's SafetyNet attestation and allow apps like Google Pay, many banking apps, and even Fortnite and Pokémon Go games to be installed on a rooted Android device. Rooting an Android device is popular to allow the user to customize and tweak their device by allowing the installation of third-party apps and tools, removavl of bloatware, and speed up the processor and network.

Ivanti User Workspace Manager (UWM) 2021.1 is a major release focused on quality, stability and several feature enhancements. As of version 2021.1, Application Control offers a native user interface inside the AC console. This interface presents an aggregated view of events captured from all managed endpoints. The events are filtered and categorized on a per-feature basis and can be seamlessly translated into policy actions via drag-and-drop functionality.

At Catchpoint, I work as a Solutions Engineer. Being on the sales side, one of the applications I use a lot is Salesforce, the CRM platform used at Catchpoint and thousands of other organizations. You don’t have to take my word for it. Here is Catchpoint’s endpoint monitoring data showing I speak the truth!

I have recently seen quite a few articles and talks covering why organizations are aiming at implementing a developer platform to help speed up the adoption of microservices within their organizations but before we get started on discussing what a developer platform is, the developer experience and productivity on Kubernetes, and how different teams are working through it, let’s define some common ground.

Today’s software is incredibly complicated and creates tons of data. Metrics, logs, and traces are generated constantly by hundreds of services for even simple applications. Every transaction can generate on the order of kilobytes of metadata about the transaction — and multiplying that to account for even a small amount of concurrency can create a few megabytes a second (or ~300GB/day) of data that needs to be captured and analyzed for later use.

There are few areas of networking so problematic, and at the same time so fixable, as network congestion. Understanding the common causes network congestion causes can help you detect them, fix them, and keep them from cropping up again. Network congestion is generally seen by the end-user as “network slow down”, or response times on our computer not being up to par.

It's one thing to detect a cyber attack. It's another to know what the attackers are trying to do, which tactics they are using, and what their next move is likely to be. Without that additional information, it's difficult to defend effectively against an attack. You can't reliably stop an attack if you are unable to put yourself in the mindset of the attackers. This is why threat intelligence plays a critical role in modern cybersecurity operations.