Microcarvices are slowly becoming the preferred method for creating large, easy to maintain and highly scalable systems thanks to devices such as Docker, CoreOS, Cord, Console, Fleet, Mesos, Rocket and others. Because of the goals today’s competition sets in front of us (flexibility, speed, and so on), microservices are probably the best type of architecture we can implement.
It is a quest to deploy frequently and rapidly,
being fully automated, completing zero-downtime, the ability to rollback, provide continuous reliability throughout the environment, scale seamlessly and failures to self-healing systems Enable to reproduce from.
Before containers became commonplace, microspheres were painful to deploy. They made containers accessible and easy to use for all.
Docker allows you to package an application for software development, code, runtime, system tools, system libraries with all your dependencies in one standardized unit – you can install anything on the server. Encapsulating and separating everything in a container guarantees that the container will always run the same way, regardless of the environment in which it is running.
One can have DevOps Continuous Integration (CI),
Continuous Delivery / Dep Deployment (CD) and Leverage Docker ecosystem that is often and rapidly delivered, fully automated, completing zero-downtime, software products. Have the ability to rollback.I had organized a Meet Up event with hands-on to learn ‘With a Devote – One Steps for Microservices’. It was a huge success in learning and intellectual discussion around Docuter, DevOps and Microservices.
Today every application operates from the cloud.
We can use data from software, service as a platform, infrastructure as a service, and in some portions of data as a service, data as a service is almost everything we have as a utility service. . On the other hand. We are in a transition period, where every new software purchase is exclusively cloud based and there are still a lot of investment in legacy on-premises enterprise applications that will take time to migrate. This transition phase requires the new utility service “Integration Platform as a Service (iPaaS)”.
In today’s hybrid, multi-cloud environments,
modern data integration technology has to be able to handle on-premises and cloud-based applications with equal efficiency and ease. This integration is a bottleneck to achieve the major transition of our entire cloud governance.We are in a time when we talk about big data. It more than doubles every two years. The number of mobile devices and applications producing data is increasing. 20 billion devices are already connected to the Internet and by 2020, the number will increase from 50% to 30 billion connected devices.
This is the era of entrepreneurs and startups.
With the launch of #StartUpIndia #StandUpIndia policies by PM Modi, now India is friendly to start-ups. Not only government policies, even technology made it easy to execute your ideas. The cheap and easy use of technologies made it possible to dream big and execute your idea.Start-ups have a very low success rate and I believe this is what makes this world so exciting. We have started embracing failures, not that we should fail to implement / implement our idea. But we should not be afraid of failures along the way.
How to bring our idea to a successful product / organization?
It all starts with prototyping your idea or creating an MVP (minimum viable product). Either your idea is related to the software world or not, but you need a software system to show your prototype / MVP.
Now you get me where I am going …
Meteor is the framework for you to develop your idea quickly and show it to the world. To use Meteor, you need to know JavaScript, HTML and CSS. These technologies are most commonly used in the IT industry, so it will not be difficult to learn or get developers.
