While our AReS Libertas ODS6 Server is a single full-fledged ASAM ODS server, there is a growing demand for business APIs, integration of analysis functionality, incorporation of alternative data repositories such as Elastic Search or AWS, or scalability of services via containerization, or other.
Our Plankton approach describes a microservices design for platforms that bring flexibility and performance to ASAM ODS-based Test Data Management systems. The architecture is specifically developed for a distributed test data management system that is accessible by single node entry points.
Products based on the Plankton architecture are the AReS Libertas ODS Platform, the AReS Gateway, the HQL Gateway, and the IIOP Gateway. All gateways allow to scale the system backend from a single node system to a multi-node enterprise system while providing load-balancing and fail-safe features.
Furthermore, additional services can be added to fulfill customized use-cases such as reading from alternative data sources or provide analysis results. The services can be combined with a Plankton Business Gateway being a global enterprise access point for Test Data Management.
The AReS ODS Gateway works similarly to the HQL Gateway. It operates as a standardized gateway to all testing data within an enterprise. Each part of the AReS Gateway runs in a separate process enabling multiple ways to scale the solution. The AReS Gateway natively runs in a Docker and Kubernetes environment.
The IIOP Gateway is a generic bridge component that allows “ASAM ODS 5”-based applications to access ASAM ODS 6 servers transparently. The gateway behaves as a full-fledged ASAM ODS 5 Server towards client applications while representing a regular ASAM ODS 6 client to the ASAM ODS 6 Server.
The HQL Gateway is designed as a scalable single note entry point to enterprise Test Data repositories. All queries from different applications, locations, and for different projects can run through one node while being distributed to a horizontally scalable backend.
Initially, the Plankton EcoSystem provides ASAM ODS microservices that register via Plankton NxRegister classes (e.g. Eureka, Kubernetes Service). Then, the services are accessible via Plankton NxGateway aggregations such as the IIOP Gateway, HQL Gateway, AReS Gateway, or others.
In contradiction to standard microservices, Plankton microservices can run as web services and as OSGi services. This enables horizontal scalability by using the services as a standalone process in physical, virtual, or container-based hosts. Vertical scalability is achieved by using web services within an OSGi engine (for example Felix, Karaf, Equinox).
The example below shows a distribution of web services to standalone applications in high-power computation machines (local system) and multiple clusters and clouds (Kubernetes cluster, and AWS Cloud, for example). Plankton allows any combination of distribution, project setup with various data sources, and scaled microservices. Mostly, the architecture used depends on the project requirements.
Plankton is the Ecosystem that incorporates all services, registries, and gateways. Further information can be found on the AReS Gateway page.
Using platform architectures based on microservices
Microservices are playing an important role in the world of business when flexibility and performance are needed. In comparison to a monolithic application, a microservices architecture such as our Plankton EcoSystem requires a sophisticated planning and development phase. Benefits are:
In combination, our AReS ODS Gateway and AReS Libertas ODS6 Server provide the backbone to any scalable Global Enterprise Test Data Management System.
Scalability and Modularity with Microservices
One of the features and advantages of microservices is one of its characteristics: The independence from multiple standpoints. Microservices are independent of the programming language a client is written in, can be chosen freely. Also, and hypothetically, each microservice could be implemented in a different programming language. Additionally, within a microservices architecture, each microservice is allowed to call other microservices.
At HighQSoft, we are taking advantage of this to scale our backend and modularize our front-end.
Easy Deployments and DevOps with Docker and Kubernetes
When microservices are packaged in a Docker container, rapid deployment of applications is possible. In recent years, the toolchain around Kubernetes and Docker has been developed to support this process.
Kubernetes (K8s) provides a comparatively simple and well-supported deployment of microservices in today's IT environments. Also, K8s offers multiple convenient tools and applications to manage even hundreds of containers or services: Balancing, scaling, and monitoring peak
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