PolySaaS Architecture

PolySaaS Architecture has a solid foundation built on the following principles:

  • Service Oriented

    • Microservices

    • Message-Oriented Middleware

  • Data Driven

    • Change behavior by changing data

    • Low or No Code

  • Loosely Coupled

  • Separation of Concerns

  • Multi-Tenant

  • Google Cloud Platform

    • BigQuery

    • Docker on Kubernetes

    • PubSub

    • Cloud Storage

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The finished building’s structure is analogous to a house’s flexible framework and strong base. Envision constructing a house that allows you to expand, rearrange rooms, or alter walls with ease, all without demolishing the structure. It’s built to scale, so it can easily accommodate more users, features, or data as your demands increase. Like rearranging a room’s furnishings instead of tearing down and starting over, this allows your firm to adapt and grow swiftly. Upgrading has never been easier, with no crashes or huge rewrites.

Key Features

  • Atomic services for distributed microservices
  • Orchestration driven by events
  • Apps and AI as equals
  • Automatic scalability and repair
  • Safe, encrypted information transfers

What is it?

ViewControllers, Middleware, Atomic Services, and Model Services form the backbone of PolySaaS’s microservices architecture. In order to keep things separate, these are ALL only loosely connected. Every time a request enters the system, the middleware evaluates it for security flaws and uses dynamic orchestration to determine the best way to execute it depending on the request’s type, path, and data.

Why it matters?

The foundation of the PolySaaS system is provided by this architecture, which enables the adaptation of the data and logic of the connected SaaS apps to be tailored to the requirements of each tenant, as well as the combination of Bundled and External SaaS applications that is used.

How it works

Every time a user does something like click on a link or fill out a form, the PolySaaS middleware can pick it up and then one or more Atomic Services can process it before sending it on its way to the proper Application. Atomic Services have the ability to transfer certain request data to other applications, including customer record sync, address update, or billing information. You don’t have to worry about anything other than the data coming in and going out of these tiny, easy-to-develop Atoic Services.

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Examples

We’ve already talked about how important it is to keep customer info in sync. It only takes one change to make them all new. But from the point of view of process improvement, you may have reports of more mistakes happening in a certain process. Six Sigma can be used to gather data from the process and store it in Big Query so that it can be analyzed and used to find places where things could be better. You can change the process on the fly by replacing the Offending Atomic Service or just adding steps before and after the service that did the wrong thing.If you add an Atomic Service at a certain point in the process, you can do this without any system downtime. You can also limit testing to a certain situation without any system downtime.