This blog post is part 2 of our Monitoring Microsoft Azure Active Directory series. Managing Identity is a big challenge in a cloud environment, especially when users can potentially log in from anywhere. Additionally, users can often use different types of devices to log in and access cloud-hosted resources. Without a central Authentication and Authorization source, it is very difficult to manage who can login to what and who can do what with a cloud resource.

eG Innovations works with Managed Service Providers (MSPs) across the world, who use eG Enterprise to deliver value-added services to improve their customers’ resilience and business outcomes. Many of these service providers choose eG Enterprise for its secure and granular role-based multi-tenancy support. The service provider does not have to configure and maintain one instance of eG Enterprise for each customer.

In the second half of 2021, eG Innovations partnered with the DevOps Institute to conduct an online survey of more than 900+ individuals from Sys Admin, DevOps, SREs, and other IT backgrounds. We asked questions about: Some of the results included: You can download the full survey results here: Cloud Technology Adoption Trends | eG Innovations If surveys and statistics on technology adoption are of interest, we have some other recent ones available, conducted in the last 12 months,.

Thomas Stringer has a couple of great blog posts on how to understand your Azure monitoring costs and also on how to reduce your costs, see Azure Monitor Log Analytics too Expensive? Part 2 – Save Some Money | Thomas Stringer (trstringer.com). In the past I’ve blogged on How to calculate the Azure Monitor and Log Analytics costs associated with AVD (not an easy task!).

This is a multi-part series that covers monitoring Microsoft Azure Active Directory (AD). In this blog post, which is part 1 of the series, you will learn about and understand Microsoft Azure Active Directory (Azure AD) and how it is different from an on-premises Active Directory (AD). As technology keeps evolving, companies increasingly look to technologies like Cloud Computing to expand, modernize and stay competitive, and in doing so companies can expose themselves to risks.

In the summer of 2021, eG Innovations joined forces with the DevOps Institute to run an APM survey to find out how the industry would look in the new normal. The 2021 APM survey was conducted over three months between July and September. Over 900 people from DevOps, SREs, and ITOps backgrounds participated and we got a broad spectrum of responses.

There is no doubt about it that the events of 2020 triggered a huge surge in the use of unified communication products. In the consumer space, everyone and their grandmother became familiar with Zoom; in the enterprise space though, many took advantage of their Microsoft licensing to leverage Teams meetings and calls as a primary communication mechanism. This, in turn, has focused a lot more attention for system administrators on how to monitor Microsoft 365 (O365) and Teams in particular.

Amazon Elastic Compute Cloud (Amazon EC2) is a web service that provides secure, resizable compute capacity in the cloud. It is designed to make web-scale cloud computing easier for developers. Amazon EC2’s simple web service interface allows you to obtain and configure capacity with minimal friction. It provides you with complete control of your computing resources and lets you run on Amazon’s proven computing environment.

Cloud computing service models come in three broad categories: This article outlines the key differences, examples, advantages and disadvantages for each cloud computing service model so you can choose the best option for your application’s needs.

Beyond VMware Horizon, eG Innovations includes purpose-built, fully integrated modules for other VMware technologies and even third-party products likely to be used alongside Horizon. Technologies supported include the Blast Extreme protocol, VMware Unified Access Gateway (UAG), thin clients, and of course, App Volumes. Today, I’ll focus on how to ensure that you can monitor App Volumes both via full insights via App Volumes Manager but also via continuous monitoring of user endpoints.