Best Way to Plan Great Software Product Architecture Custom Software Development Company

14 Mar

Experts like Mark Richards, Boston-based software architect, and others are of the opinion that there are five primary ways to plan great software product architecture.

In this article, the discussion will be on those top five architectures that the custom software development companies can use for their software development services.

In the discussion about the architectures, references will be made to their strengths along with optimal use cases. It is important to mention that to be the best web development company one can utilize multiple patterns in a single system so that each section of code can be optimized with the best architecture.

As software Design Company here are the five best ways to plan great software product architecture.

1. Layered (n-tier) architecture

This is one of the most common approaches in software development services for product architecture and is built around the database. Since in businesses many applications inherently lend themselves to storing information in tables many well-known software frameworks like Java EE, Express, and Drupal were built with this structure.

As a result, the applications built automatically come out in a layered architecture. The code is arranged in such a way that the data enters the top layer and reaches down, which is generally the database. Each of these layers has a specific task, like evaluating the data so that it is consistent or reformatting them so that the values stay stable.

Advantages of layered architecture enable separation of concerns thus each layer can focus on its role, thereby making it:

• Maintainable

• Testable

• Easy to assign separate roles

• Easy to update and enhance layers separately

Best used for:

• Applications that are new and needs to be built quickly

• Business or enterprise applications that require mirroring the traditional IT structures

• A team of developers with a lack of experience in other architectures

• Applications that need rigorous standards in maintainability and testability

2. Event-driven architecture

There are several programs that spend time waiting for something to happen, i.e. sometimes the data requires processing sometimes not. In such scenarios, event-driven architecture is helpful as it is built on a central unit that accepts data. This data is then delegated to separate modules for handling.

This handoff generates the ‘event’ and it is then delegated to the type of code that has been assigned to it. In JavaScript programming, a web page has written small modules that react to events. Many best web development companies with the help of browser enable the right codes to see the right events orchestrate the inputs.

Advantages:

• Can adapt to a chaotic and complex environment

• Easy to scale

• Can be extended easily with new types when they appear

Best used for:

• An asynchronous system with asynchronous data flow

• Application in which single data blocks intermingle with specific modules

• Interfaces are being used

3. Microkernel architecture

There are several custom software development company dependent on applications that utilize the core set of operations, which are used multiple times in various patterns depending on the data and the task at hand. For example Eclipse the popular development tool will open files, annotate and edit them and then start the background processor.

Eclipse does all these with Java code and then when a button is pushed it will compile the code and run it. In a microkernel, the basic routines of a file are displayed as well as edited.

Advantages:

• Solutions are available to push some basic tasks

• Different business units can write plug-ins for various kinds of claims

Best used for:

• A wide variety of people can use the tools

• Applications that have a clear bifurcation between basic routines and higher order rules

• Applications that have core routines, which are fixed set and have a set of rules that are dynamic and require a frequent update.

4. Microservices architecture

The concept of microservice architecture is based on the fact that a design is developed so that the developers can avoid having a program that is monolithic, inflexible, and hard to change. Microservice architecture is about creating multiple tiny programs instead of a single big one.

Read the blog- Quality standard for software development

These tiny programs are created every time a new feature needs to be added to the main program. The best example of such architecture is the Netflix in which ratings, favourites, account information are all provided separately as smaller websites but under one service.

Advantages:

• Different tasks can be separated easily

• Different amount of processing can be offered for various tasks

• Applications have the ability to scale up and down as per the demand

Best used for:

• Websites that have small components

• Well-defined boundaries of corporate data centers

• Web applications and new businesses that are developing rapidly

• Development teams which are across the globe

5. Space-based architecture

The space-based architecture is designed so that it can evade the functional collapse that occurs due to high load. It can achieve this by splitting the storage and processing unit between several servers. The data is spread across the nodes. The term space-based is also referred to as tuple space in which there is a cut up to partition the work amid the nodes.

Advantages:

• Jobs become faster by storing the information in RAM

• Simplification of the basic task by spreading out the storage with processing

Best used for:

• Social networks

• Applications having high volume data flow

• Low volume data can get lost within the bigger flow.

These are the best way to plan a great software product architecture depending on the service one is providing. As a software design company one can use a mixture of two or more software architecture services.

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