Lowering the Cost of Connectivity

This blog provides an overview of our upcoming webinar, Lowering the Cost of Connectivity: Increasing the ROI of Cloud Applications. Trustgrid’s Chief Product Officer, Joe Gleinser, will guide participants through the problems, solutions and implementation process of secure cloud to on-premise connectivity and its cost-saving implications. The cloud is changing IT infrastructure, allowing application providers

The 4 Biggest Misconceptions About MPLS

Everyday we speak with companies looking for ways to improve the cost and performance of their application’s connectivity. When the topic of MPLS comes up, there is a predictable groan of resigned disappointment. No one is coming to its defense. How can a technology that is so widely used, be so uniformly disliked?  Normally, technologies

Is a Data Mesh Secure?

A Data Mesh creates a layer of connectivity that abstracts away the complexities of connecting, managing and supporting an application’s access to remote data. It is used to stitch together data held across multiple environments. The premise of a data mesh is that it uses software to connect environments no matter where it lives, or

How a Data Mesh Works

Our customers always come to us with a problem…  “I want to get data from the factory floor to my cloud application” “My customer wants to run my application on-premise, but we don’t deploy our applications onsite.” “My data is scattered across multiple data centers and I can’t replicate it centrally” I could go on

The Tale of the Tape

In boxing, the tale of the tape is a term that refers to the measurements taken before a fight begins. It is used to ‘size up’ the competitors by things like their weight, reach and height. While not an exact science, these stats give viewers a sense of who may be dominant in a fight.

What is a Data Mesh?

A service mesh is a software infrastructure that facilitates communications between microservices. It is used to control how different parts of an application integrate with each other. This prevents monolithic application architecture by allowing applications to be broken down to a collection of services that can be built, maintained and improved independent of the others.