VMware is best known for developing software packages that support virtualization. Using the company’s solutions, your business can adopt a multi-cloud environment. It also works to modernize applications and support security initiatives. You can even create an anywhere workspace for your team. One of the products that will help you accomplish these things is known as vSphere. vSphere is a suite of products. This means you can download and use components of the suite individually.

The goal of authentication is to confirm that the person attempting to access a resource is actually who they say they are. As you can imagine, there are many different ways to handle authentication, and some of the most popular methods include multi-factor authentication (MFA) and Single Sign On (SSO). However, these methods just skim the surface of the underlying technical complications. In order to implement an authentication method, a business must first establish an authentication protocol.

Computer science is crucial to our lives today, and programming languages play a fundamental role. These languages act as a programmer’s toolbox. However, choosing a language can be challenging, especially when deciding between the two most popular options. These options include Java and Python. Java and Python are widely used as general-purpose programming languages for desktop and web applications. There are many similarities when comparing the two, but there are also significant differences.

So you’ve just been tasked with creating a Terraform Provider (or maybe upgrading an existing one). As you do your research to prepare for the project, you slowly begin to realize, “well this looks like I’ll just be developing a Terraform specific wrapper for a client of my API.” It’s not particularly difficult, but it seems tedious. Is there a better way to build this? Maybe something that can be modular and automated? A way that’s actually stimulating to implement?

K-12 and higher education institutions experienced massive changes in 2020 with the shift to online learning. New challenges arose, such as an increase in cybersecurity threats, students and staff requiring 24/7 access to their computers, and the need to update and improve infrastructure and applications IT infrastructure monitoring allows K-12 and higher education institutions to face common technology challenges both reactively and proactively.

State and local governments require a high level of performance and reliability for the millions of people accessing their web applications every day. The talent shortage and lack of resources to train their staff on how to use new technologies prevents them from drawing valuable insights from modern IT environments. IT infrastructure monitoring allows state and local governments to stay ahead of technology trends and face common challenges with intelligence and transparency.

LogicMonitor is a Software-as-a-Service (SaaS-based) technology infrastructure performance monitoring platform. This blog breaks down how LogicMonitor’s SaaS platform works from two different perspectives- architectural building blocks and data lifecycle in the LogicMonitor platform.

Virteva is a multi-award winning ServiceNow Elite Sales and Services Partner that helps organizations create and maintain a competitive advantage through innovative workflow design, white glove support and technology that enhances effectiveness and resilience in a rapidly changing landscape of work. Virteva has over 2,500 implementations and 20+ years of Enterprise Service Management experience.

Life before containerization was a sore spot for developers. The satisfaction of writing code was constantly overshadowed by the frustration of attempting to force code into production. For many, deployments meant hours of reconfiguring libraries and dependencies for each environment. It was a tedious process prone to error, and it led to a lot of rework. Today, developers can deploy code using new technology such as cloud computing, containers, and container orchestration.

Software companies face more challenges than ever before to keep pace in an ever-evolving industry that requires innovation and reliability. The pressure to adapt to fast-moving and sophisticated technologies can easily create silos amongst teams and a lack of visibility within organizations. With legacy technology stacks and systems now in the rearview mirror, the focus of large-scale software development has shifted to ensuring standardization and distributed computing in a growingly serverless world.