Digital Transformation

With the digital business transformation kicking in, industry structures, and strategic positioning has drastically changed along with the levels of an organization.

Improve Business Outcomes by Using Digital Accelerators

Digital transformation is the integration of digital technology that improves businesses and helps them operate and deliver value to customers. It applies to all aspects of a business resulting in a fundamental shift in how a firm operates and provides value to its customers.

The term “digital transformation” refers to a recent trend/technology in which organizations, people, and processes seek new business models and revenue streams in response to changes in customer expectations of products and services.

Microservice Architecture

Microservice architecture is a software development style in which various components are created and maintained as separate services. Each microservice is designed to be small, handle a single business function, and be deployed separately from the rest of the system.

Importance of Microservice Architecture

Flexible Technology

MSA enables decoupled services written in various languages to coexist peacefully. As a result, you have the freedom to select the best tech stack for each business capability.

Autonomous

When a solution is broken down into smaller, self-contained chunks, globally distributed teams can work more efficiently.

Consistent Delivery

Development speeds up as different teams work on different components, allowing for greater business agility. You can independently add new components, deploy them, and scale them.

Easy Maintenance

Failures can be isolated and a microservice modified without affecting the entire system. When compared to complex monolithic systems, this allows for easier application maintenance.

Microservice Architecture Implementation

  • Decision phase

    Before building an application, the organization must first realign and optimize its operations, and then modernize the legacy app by implementing the microservice architecture.

  • Begin with Small and Grow

    Identify the set of functionalities that can be grouped as a self-contained unit and prioritize the modules for extraction which has complex legacy sets.

  • DevOps and Microservices

    DevOps focuses on independent modules, whereas microservices boost automated continuous integration and delivery pipelines, allowing for incremental releases while reducing manual errors.

  • Monitoring at Every Level

    You can monitor containerized microservices with centralized logging and dashboard by gathering logs from each microservice into a central database using tools like Kibana.

  • Model of Deployment

    Containers in the microservice architecture allow the virtual machine of each microservice to be controlled and multiple microservices to be deployed in a single virtual machine. We can set up container orchestration tools like Kubernetes to automate the deployment of containerized microservices and make it easier to manage all of your different microservices.

  • Interservice Communication and Security

    Using Kubernetes environments, manage service-to-service communication, service discovery, load balancing, circuit breaking, authentication, and other functionalities. Our architects work closely with security experts to ensure that applications built in such decentralized environments are secure.

  • UX/UI Design

    With simple, functional, and appealing designs, we strive to balance business goals and user expectations. These are the results of extensive requirement analysis, in-depth user research, and mockup fine-tuning.

API Management

We assist in making digital assets consumable to internal and external users by developing custom APIs and integrating with third-party applications. We assist businesses in successfully implementing and managing APIs by balancing trade-offs and, in many cases, leveraging existing capabilities to reduce costs.

API Documentation

API documentation is necessary for providing a positive experience for API users, and good documentation increases API adoption. When documentation is in place, onboarding new users is a breeze, and you save time on support. API maintenance and updates are also made much easier with proper documentation.

API Performance

Monitoring APIs entails keeping track of latency, response time, consumption, status codes, and availability, among other things. API performance is directly influenced by response time. Interactions can be slowed and users may abandon the app if response times are too long.

API Security

Good API management prioritizes security and incorporates it into API development. We implement API endpoint security while keeping the security schemes available in the API management platform in mind.

Application Performance Monitoring

Applications are how users interact with your products or services. Apps should maintain high quality and provide a seamless experience to drive customer engagement and revenue.

The powerful application performance monitoring tool from QBrainX allows you to continuously monitor application behavior, identify potential issues, and quickly resolve them before users get affected.

Certain Application performance monitoring products use network traffic to measure app performance, while others rely on server and app metrics. App Dynamics, an application performance monitoring tool, performs code-level profiling and transaction tracing. Such monitoring not only identifies resources that are slowing down the app but also assists in determining why they are slowing down.

QBrainX’s Application Performance Monitoring benefits

QBrainX’s Application Performance Monitoring tool can help you reduce the time it takes to detect and mitigate issues by providing total visibility into the app environment and automating remediation.

  • IT upgrades that are well-planned and budgeted

  • Increased revenue and security for the company

  • Excellent user experience

  • Increased efficiency and productivity

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