Searching for a reputed systems architect? Microlent can help. Custom software solutions are only as good as their design. Our leading software designing methodologies enable us to build software applications that address the specific needs of our clients.
Searching for a reputed systems architect? Microlent can help. Custom software solutions are only as good as their design.
Unlike request-driven models, event-driven architecture is built around capturing, processing, communicating, and event persistence. As this architecture reduces coupling, it is an exceptional choice for distributed modern application architectures.
The microservice architecture is an exciting variation of the traditional service-based structure, which arranges an application as a combination of services that are coupled loosely. Every service is fully self-contained and responsible for implementing a specific business function as per the pre-defined context.
The database-focused multi-tier structures are not the most practical choice for high-load processes. With a space-based system, the storage and processing tasks are divided between servers with the help of nodes. This helps in eliminating the bulk of the databases to accelerate basic processes.
Our custom software designing solutions help lay a solid foundation for software projects. They improve the quality and performance, avoid code duplicity, reduce costs, and make platforms highly scalable.
Skilful software architects are more focused on the bigger picture of your overall IT infrastructure. Potential bottlenecks are discovered and effectively eliminated to ensure that the corporate vision of a business is effectively implemented across the IT structure.
With software architecture, the code structure of existing solutions is known and visible. Finding anomalies and bugs thus becomes easier. Moreover, with businesses required to adapt to the evolving corporate landscape, it is with reliable software design solutions that such changes can be rapidly implemented into the IT systems.
In the research stage, the focus is on gathering insights to define project goals and understand user needs. This phase involves market analysis, competitor research, and exploration of technologies.
In the problem identification stage, the primary focus is on understanding the challenges and issues faced by users or stakeholders. This involves gathering feedback, conducting surveys, and analyzing data to pinpoint specific pain points that the software aims to address.
In the problem-solving stage, the emphasis shifts towards devising solutions to the identified challenges. This involves brainstorming, designing prototypes, and evaluating potential approaches to address the problems effectively.
In the delivery stage, the focus is on implementing and deploying the developed solutions to end-users. This phase involves coding, testing, and refining the software to ensure it meets quality standards before release.