Cloud native applications
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Today's topic to discuss is all about cloud native applications so I would like yo delve into its details.
Cloud native applications are designed for thriving in cloud, that may give leverage to its scalability, flexibility, and effectiveness of costs. These applications are built for taking benefit of cloud computing benefit which may enable organizations for making fast innovation, reducing costs, and improving experience of customers.
Characteristics of cloud native applications
Microservices Architecture
Cloud native applications are built most significantly by using microservice in which each service is self-contained unit that permit for independent scaling, deploying and maintaining.
Containerization
Containers package applications and dependencies may be used for ensuring consistency across environments and simplification of deployment.
Serverless computing
Cloud native applications mostly use serverless computing like AWS Lambda, Azure Functions etc for reducing management of infrastructure and costs.
DevOps and Continuous Integration/Continuous Deployments
It's major characteristic is automation and continuous delivery which can be useful for enabling a quick iteration, testing, and deploying.
API Based
Cloud native applications may show their reliance at APIs for making a strong interaction between services and external integrations.
Scalability and Elasticity
Cloud native applications are designed for scaling in a horizontal and vertical manner which may adapt for modifying workloads.
Benefits of Cloud-Native Applications
Increased Agility
This is fastest deployment and iteration which is major benefit which we may achieve through these apps and these are useful for enabling organizations for responding in a rapid way for changing conditions of market.
Improved Scalability
Cloud native applications are able for improving scalability because it may easily be used for handling unusual spikes in supply or demand conditions.
Reduced Costs
One of the major benefit is reducing in costs so you need to pay as you go pricing and reduction of managing infrastructure for minimizing costs.
Enhanced Resilience
It may also provide more resilience in which distributed architecture and automated failover may be used for enabling high level of availability.
Better Customer Experience
Cloud native applications may be used for providing real time updates, efficient performance and personal experiences.
Challenges and Considerations
Complexity
Management of different services and less independency can be risky.
Security
Cloud native applications may need various safety measures.
Data Consistency
Give surety of data consistency in multiple services may be difficult.
Vendor Lock in
Dependency in particular cloud providers may restrict flexibility.
Real world examples of cloud native applications
Netflix
Microservices dependent architecture may be used for enabling seamless scalability.
Uber
This is a serverless computing and API-based service that may be used for facilitation of quick growth.
Airbnb
Cloud native architecture may be used for supporting scalable and real time booking.
Conclusion
Cloud native applications may be used for offering unparallel,scalable, flexible, and resilient behavior. By embracement of microservices, containerization, serverless computing etc different organizations may grow in a faster way, reducing expenses and delivering exceptional experiences of customers. But this is really important to address involved risks and considerations which may be useful to adopt best practices and designing of principles for ensuring successful cloud native application developments with time.
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