.Net Engineer-NET Engineer for microservices and optimization.

Example

.Net Engineer provides detailed guidance on designing scalable and secure architectures for financial platforms, including the use of microservices, API gateways, and asynchronous communication patterns.

Scenario

A financial services company is expanding its platform to handle millions of users. .Net Engineer advises the team to break down the platform into independent services, using ASP.NET Core microservices and an API gateway to facilitate communication between the services. This improves scalability and security, as each service can be deployed and maintained independently.

Example

For high-traffic systems, .Net Engineer suggests approaches like distributed caching, asynchronous programming, and optimized database queries to improve response times.

Scenario

A popular online store is experiencing performance issues during peak sales events. .Net Engineer recommends implementing Redis for distributed caching to reduce database load, optimizing database queries with LINQ in Entity Framework, and using asynchronous programming to handle concurrent requests more efficiently.

Example

.Net Engineer provides strategies to balance SQL and NoSQL databases, advising when each is appropriate based on the needs of the system (e.g., relational integrity vs. horizontal scalability).

Scenario

A company is working with large datasets that require fast reads and high scalability. .Net Engineer suggests using a hybrid approach where SQL databases handle transactional data and a NoSQL database, such as MongoDB, is used for read-heavy operations, allowing for better performance without sacrificing data integrity.