Azure Active Directory (Azure AD) is Microsoft’s multi-tenant, cloud-based Identity and Access Management (IAM) service. It takes care of authentication and authorization of user and application identities.

I recently had a wonderful opportunity to contribute to the Computer Weekly Developer Network (CWDN) ultimate series on “Infrastructure as Code” that collected articles and overviews from vendors and experts operating in the IaC space to form a formidable reference on all aspects of IaC. My contributions were to offer some insight into our architecture that has been designed to monitor infrastructure that has been deployed as code automatically and without tedious manual configuration.

The majority of monitoring and management solutions used in enterprises provide their customers with APIs (Application Programming Interfaces) and a CLI to facilitate DevOps type workflows. With IaC (Infrastructure as Code) becoming de facto and ubiquitous, decent APIs have long been a must have on product evaluation checklists; there are of course a few exceptions – namely products aimed only at SMB (Small and Medium Business), immature startups, or freeware.

This is another customer blog highlighting common customer scenarios that we typically see while working with large enterprise customers. There are many use cases in regard to a typical Citrix Digital Workspace environment where the endpoint is managed by a different team, outsourced to an external organization, or even unmanaged when employees work from home on a non-corporate device.

Small thoughtful, beautifully packed gifts are the best – just like our UI features Sometimes it is the small things that infuriate IT users the most – those tiny annoyances in a GUI that make you use some annoying and clunky workaround several times a day. Our eG Enterprise product management team understands this, and as our customers know, we are always willing to consider even small feature changes to improve usability.

Organizations in all verticals and sizes are deploying digital workspaces to offer secure, remote access to employees and partners – in many cases, across a wide area of networks. Citrix workspace technologies are the most popular form of digital workspaces. In this blog, we discuss what is Citrix monitoring, why it is important, and what tools you need to monitor Citrix infrastructures effectively to ensure optimal digital employee experience (DEX).

Source: APM in the new normal, survey by eG Innovations and DevOps Institute Cloud adoption is increasing at a rapid pace. The eG Innovations & DevOps Institute APM survey indicates that 88% of organizations are using at least one form of cloud technology. Organizations move to the cloud for agility – they can deploy and have applications running in the cloud in minutes. Cloud computing also offers options for high availability, automated backups, and such.

In this blog post, I follow on from my previous blog on AWS CloudWatch Part 1 of 2 to explore how you can go beyond basic agentless CloudWatch monitoring by deploying the CloudWatch agent and some of the key information and planning you need to do this. I’ll also cover how eG Enterprise offers out-of-the-box functionality to avoid complex JSON scripting or tooling to implement monitoring.

For many, the world of Java is shrouded in mystery and endeavor. One such endeavor is garbage collection. There is many a viewpoint on garbage collection – whether it is good or bad, when is it needed, how often should it run, how to tune garbage collection operation, how to know when it is not operating as expected, and so on. In this educational post, we will try to clear the air on Java garbage collection and make it easy for developers and administrators to deal with it.

A thread, in the context of Java, is the path followed when executing a program. All Java programs have at least one thread, known as the main thread, which is created by the Java Virtual Machine (JVM) at the program’s start, when the main() method is invoked with the main thread. In Java, creating a thread is accomplished by implementing an interface and extending a class. Every Java thread is created and controlled by the java.lang.Thread class.