Microservices Based Development
Microservices-based development is an architectural approach to building software applications as a collection of small, independent services. These services communicate with each other over a network, and each service is responsible for a specific business functionality.
Microservices-based development is an architectural approach to building software applications as a collection of small, independent services. These services communicate with each other over a network, and each service is responsible for a specific business functionality.
Our microservices development approach focuses on creating loosely coupled, independently deployable services that communicate through well-defined APIs. We implement containerization strategies, service discovery mechanisms, distributed logging and monitoring, and automated deployment pipelines. This architecture enables organizations to scale individual components, improve system resilience, and accelerate development cycles while maintaining code quality and system reliability.
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+91-8882177521Why To Choose Microservices?
Microservices are used to build applications as a collection of small, independent services that can be developed, deployed, and scaled separately. This architecture improves flexibility, fault isolation, and team productivity. It enables faster innovation and easier maintenance compared to traditional monolithic systems.
Scalability
Dynamic Talent pool
Resilience and Robustness:
Seamless Integration
Fast Deployment
Types of App We Develop
We develop scalable enterprise applications that handle high user loads efficiently using microservices. This architecture is ideal for e-commerce platforms, fintech solutions, and IoT systems that require flexibility and reliability
01E-commerce
Product Catalog (Data Microservice): The product catalog service handles large datasets, such as product details, pricing, and availability. It interacts with databases to manage and update product information, ensuring fast and efficient product search and retrieval for customers.
Shopping Cart (Stateful Microservice): The shopping cart service retains user-specific data during a shopping session. It tracks added products, quantities, and user preferences, allowing customers to resume their shopping experience without losing their selections between sessions or device switches.
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03Healthcare
Patient Records (Data Microservice): This service manages patient data, including medical history, diagnoses, and treatments. It ensures secure and efficient storage, retrieval, and updating of patient records, allowing healthcare providers to access essential information quickly and accurately.
Appointment Scheduling (Stateful Microservice): The appointment scheduling service manages session-based interactions, storing user appointments, reminders, and cancellations. It ensures patients and healthcare providers can access and modify data in real-time, ensuring smooth operations and reducing scheduling conflicts.
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04Finance
Account Management (Stateful Microservice): Account management services store and track user financial data, including account balances, transaction history, and personal details. It ensures real-time updates, secure storage, and easy retrieval of account information for users and financial institutions.
Fraud Detection (Stateless Microservice): Fraud detection services analyze financial transactions for suspicious activity. Stateless microservices process large amounts of transaction data without storing session information, enabling quick detection and alerting of potential fraud without impacting other system operations.
Contact Us Today05Education
Student Information System (Data Microservice): This microservice stores and manages data related to students, including personal details, enrollment, and grades. It allows educational institutions to easily track student progress and provide up-to-date academic information in a centralized, scalable system.
Course Management (Stateful Microservice): Course management services store data related to course content, assignments, and grades. They maintain session information, allowing students to track their progress, view assignments, and submit work, all while ensuring personalized interactions with course materials.
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06Government
Citizen Services Portal (Stateless Microservice): This microservice offers public access to various government services and information. By remaining stateless, it ensures users can easily access portals for services like documentation, permits, and public records, without session dependency or resource consumption.
License and Permitting (Stateful Microservice): License and permitting services manage applications and approvals. Stateful microservices track session data, ensuring users’ information, documents, and requests are securely stored and updated as they progress through the licensing and permitting process.
Contact Us Today07Manufacturing
Inventory Management (Data Microservice): This service manages inventory levels, orders, and shipments. It stores data related to products, quantities, and supplier information, enabling real-time inventory tracking and updates to ensure optimal stock levels and smooth warehouse operations.
Production Planning (Stateful Microservice): This service tracks the scheduling of manufacturing runs, including resource allocation and timeframes. Maintaining session data ensures accurate tracking of production processes, enabling manufacturers to adapt quickly to changes in demand or resource availability.
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Types Of Microservices?
Microservices can be categorized into different types based on their characteristics and responsibilities. Understanding these types helps in designing effective microservices architectures that align with your business requirements. Each type serves a specific purpose and has distinct advantages, allowing you to build systems that are both flexible and maintainable.
Stateless Microservices
These services don't maintain any session state between requests, making them easily scalable and resilient.
Stateful Microservices
These services maintain a session state, which can be useful for certain functionalities but requires careful management to ensure data consistency.
Data Microservices
These services are responsible for data access and persistence, often interacting with databases or other data stores.
Message-Oriented Microservices
These services communicate asynchronously using message queues, enabling loose coupling and improved scalability.
Suite of Microservices
Empowering businesses with innovative, tailored solutions across diverse domains. From development and cloud adoption to data analytics and mobile development, we deliver results that drive growth and efficiency.
Microservices Consulting
Our comprehensive microservices consulting services provide complete support for the development of scalable and efficient microservices applications to meet your long-term business objectives. Our "what, how, and when" approach can offer you a competitive advantage.
Microservices Design
Our architectural approach to designing software systems involves breaking down complex applications into small, independent, and modular services. Each module is then designed and deployed independently of the others, making way for increased flexibility and scalability.
Microservices Architecture Development
Our microservices architecture solutions feature designing and building small, independent, and loosely coupled services that can communicate through APIs. We are a microservices architecture development company that can enhance your business agility and scalability, thus, enabling you to quickly adapt to changing business needs.
Microservices Integration
Our proficient team of microservices consultants effectively constructs and manages microservices by integrating APIs, thereby enhancing the flexibility and agility of microservices application architecture, databases, and legacy applications.
Microservices Testing
Our proficient QA engineers specialize in developing a testing pipeline that enables the deployment of multiple services simultaneously. Our microservices architecture consulting aims to verify the workflow of the entire process by leveraging DevOps best practices.
Microservices Deployment
Our microservices deployment process follows a comprehensive approach that includes deployment automation, containerization, continuous integration and delivery, and efficient scaling in order to ensure effective and managed deployment.
Which Microservice is
for your business?
Choosing the right type of microservice is crucial for the success of your application. Here's a breakdown of factors to consider when making this decision:
Understand Your Business Needs First
Analyze Its Service Characteristics
Consider Scalability and Resilience Needs
Evaluate Team Structure and Expertise
Evaluate Team Structure and Expertise
Evaluate Team Structure and Expertise
Engagement Models
We offer flexible engagement models tailored to your business needs.
Software Outsourcing: Entrust your entire development project to our team. We handle everything while you focus on your core business.
Staff Augmentation: Expand your in-house team with our talented engineers. Scale quickly and access niche expertise.
Requirements Phase
- Sign NDA beforehand
- Collecting requirements
- Doing gap analysis
- Project estimation
- Contract signing
Development Phase
- Iterative development
- Bi-weekly sprints
- Flexibility for business
- Use Kanban boards
- Follow agile practices
App Delivery Phase
- Rigorous testing
- Manual & Automation
- Field Testing
- Test for performance
- Deploy application
Post-Delivery Support
- Ensure no downtimes
- No production bugs
- 24x7 monitoring
- AMC services on-demand
- Training for users
Requirements Phase
- Aimed at collecting requirements in detail
- Doing gap analysis
- Team finalization according to need
- Contract signing
- Dedicated teams allocated
Development Phase
- Teams managed by client
- Iterative development cycles
- Bi-weekly sprints
- Get constant feedback
- Implement feedback
Delivery Phase
- Managed by client
- Rigorous testing
- Manual and Automation
- Test performance of the product
- Deploy on preferred infrastructure
Microservices Development Phase
The microservices development lifecycle is an iterative process that guides the development, deployment, and maintenance of individual microservices within a larger application. It emphasizes agility, flexibility, and continuous improvement. Here's a breakdown of the key stages:
Design
- Define business functionality for microservice.
- Design API endpoints and data formats.
- Select appropriate technologies and frameworks.
- Break down complex functionalities into services.
- Ensure modular, scalable, and maintainable design.
Development
- Implement code based on design specifications.
- Conduct unit tests for component validation.
- Perform regular code reviews for quality.
- Collaborate to ensure correct implementation.
- Identify issues early to improve stability.
Deployment
- Containerize microservice with dependencies
- Implement CI/CD pipelines for automation.
- Set up infrastructure, including servers and databases.
- Automate deployment to dev, testing, and production.
- Ensure consistency and faster deployment cycles.
Testing
- Conduct integration testing for service interactions.
- Perform end-to-end testing for application flow.
- Conduct performance testing for traffic handling.
- Ensure scalability and resilience under load.
- Improve service reliability and user experience.
Monitoring and Maintenance
- Collect logs and metrics for performance tracking.
- Scale resources to meet demand fluctuations.
- Regularly update and enhance with bug fixes.
- Introduce new features to improve functionality.
- Ensure efficiency & responsiveness throughout lifecycle.
Retirement
- Plan service deprecation and inform stakeholders.
- Migrate necessary data to other services.
- Safely shut down the service and remove it.
- Maintain proper records for future reference.
- Ensure smooth transition without disrupting architecture.
Technology Stack We Expertise In
We consider ourselves architects of Innovation who have mastered diverse technology stacks to bring your custom software vision to life. We hand-pick the perfect tools for your project, from cutting-edge front-end frameworks to robust backend technologies. Whether it's harnessing the power of AI, building scalable microservices, or crafting seamless mobile experiences, we ensure your software is not just functional but future-proof.
Brainstack Technologies works as a technology partner who understands the intricacies of your business and the power of the right tech stack.
Related Blogs
Explore our collection of related blog posts covering microservices architecture, best practices, and implementation strategies. Our experts share valuable insights about microservices design patterns, deployment strategies, monitoring approaches, and migration techniques to help you successfully adopt and implement microservices in your organization.
Microservices Development
Microservices development is a software architecture style that structures applications as a collection of loosely coupled services. This guide will provide key insights into microservices architecture, best practices, challenges, and trends in building and scaling microservices-based applications.
Frequently Asked Questions
Get answers to common questions about custom software development, microservices architecture, and our development approach. Learn how we can help transform your business with tailored software solutions.
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02Social Media
User Profiles (Data Microservice): This microservice manages user profiles, storing data such as usernames, passwords, preferences, and social interactions. It interacts with databases to retrieve and update profile information, enabling personalized user experiences across the social media platform.
Messaging (Stateful Microservice): Messaging microservices handle real-time communication between users, storing conversation history and session data. They ensure that users can continue ongoing conversations by maintaining session information, providing seamless interaction as users switch between devices.
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