Microservices represent a transformative paradigm in software architecture, revolutionizing the way applications are developed and deployed. In this approach, applications are broken down into smaller, loosely coupled services that can be independently developed, deployed, and scaled. Microservices enable teams to work on specific functionalities, fostering agility and innovation. With granular services communicating via APIs, applications become more modular, resilient, and scalable. Leading companies adopt microservices to accelerate development cycles, improve fault tolerance, and enhance user experiences. By embracing microservices, organizations gain the flexibility to adapt rapidly to changing requirements, while optimizing resource utilization and ensuring seamless application evolution.
Almost every organization today utilizes internal applications to maximize efficiency, coordinate between teams, and increase effectiveness. Part of the reason that modern businesses are so competitive is thanks to this use of technology and applications. Of course, using applications isn’t the hard part of the equation. The difficulty is in maintaining the supporting equipment, retraining staff to use leverage the… Continue readingWhat is Kubernetes?
Legacy systems are obsolete computing software applications or hardware that is still in use. However, their worn-out technology does not permit the systems to cooperate with the latest and modern systems. In addition, these systems may affiliate with terminology or processes that are no longer appropriate to present-day contexts or content. Many businesses and organizations use legacy systems to fulfill… Continue readingHow to Cut Legacy Systems into MicroServices
Domain-driven design facilitates the use of microservices for applications. The benefits of deploying microservices for applications are numerous. But how to design microservices that are best suited for your applications? Domain-driven design is most helpful in this regard. Domain-driven design is a practical approach towards object-oriented software development. Here is how it’s done. Unlock the future of intelligent applications with… Continue readingBest Practices in Domain Driven Design for Microservices
The application development industry saw a mass adoption of microservices. This lead to certain risks, but the security testing lagged behind and could not keep up with the pace of the microservices affectation to address the vulnerabilities it posed the developers. The engineers and architects have to solve the security issues of the microservices at the software development life cycle… Continue readingMicroservices Software Security Best Practices
An architecture review board (ARB) is a governance body that ensures IT endeavors align with the entity’s objectives. The microservices architecture review board can help in the attainment of the following. The architecture review board bears responsibility for approving, recommending and validating solutions for the business that fulfill defined criteria. All decisions and outcomes are recorded to support decision making… Continue readingHow to Setup a Microservices Architecture Review Board
Software needs to be scaled as a business grows. However, as software grows in size and complexity, it becomes more complicated to scale and develop as the business grows. Ensuing legacy systems may be optimized for better performance using best practices for the strangler application. Innovation, development, and reinvention are essential for a thriving business. Scaling and building existing software… Continue readingBest Practices in Strangler Pattern to Refractor Legacy Systems
A decoupled Service-Oriented Architecture is the blueprint for a microservices architecture. So microservices applications are designed and developed as a collection of loosely coupled services with private databases each per service. But then you may use different SQL or NoSQL databases for each service as per the kind of data you store and process within each service. That means you… Continue readingHow to Leverage Event-Driven Architecture for Microservices with AWS
Identify Logical Components In any IT system, three main components deal with information and data. Data objects represent logical constructs that show the data in use. Data actions refer to those commands which apply to multiple data objects to execute a task. The job to perform is the function that users want to fulfill as part of their organizational role.… Continue readingHow to unify under a Single Enterprise Microservices Architecture
Database per Microservice After organizations switch from monolithic systems to smaller microservices, they still choose to go along with a big central database. Although this method provides advantages in the short term, it will prove to be problematic in the long term. That’s because microservices have a close relation with the database layer. Thus, the purpose of creating microservices will… Continue readingMicroservice Architecture Best Practices and Patterns