THIS IS DRAFT AND NOT TO BE USED AT THIS TIME. This is in DEVELOPMENT.
What is Edge X Foundry and why use it?
Edge X Foundry is the future. Edge X Foundry is a versatile, flexible, open source Cloud software with plug and play architecture to enable you to utilize the variety of components already created and to customize or create your own components as you need them.
Edge X Foundry
- Is the software that communicates between the physical IoT devices and sensors, with Enterprise data storage, enterprise analytics, and intelligence engines
- Collects data from “south side” devices and sensors
- Provides a small amount of intelligence or analytics (rule engines, CEP, limited machine learning) at the edge to provide early edge)detection and warning capability
- Transforms and packages data for “north side” Enterprise systems and services
- Is a microservice-based architecture that enables third parties (partners, vendors, customers, and so forth) to provide, replace, or augment their own solutions within the stack
At this time, Edge X Foundry is not alone connecting to the Internet of Things (IoT). Why use Edge X Foundry instead of something else, and what are the advantages?
- Flexibility: Edge X Foundry is polyglottic enabling Developers to develop components in any software language and not be limited to only one language, such as Java. Other software connecting to IoT is not as flexible and requires Developers to use specific programming languages.
- Usability: Edge X Foundry provides the Software Development Kit (SDK) to provide scaffolding to get you started.
- Reliability: Edge X Foundry is supported by Dell, a recognized large, stable, experienced, reliable presence in the world, and in high tech industries. Other software do not have the support of large, experienced worldwide, high tech industry leaders.
Architectural Tenets
Edge X Foundry has the following attributes:
- Hardware independent (Intel, Arm, and so forth)
- OS independent (Windows, Linux, *nix, and so forth)
- Flexible deployment models (virtualization, containerization, local, cloud, and so forth)
- Microservices everywhere for everything--independently developed, deployed, updated modules of the gateway software and reduction of single points of failure
- Productivity over technology--select your programming language (polyglottic), select your framework
- Best practices solutions, and supports the ecosystem (any microservice can be replaced by a better service or one that better supports a particular use case)