Expert Needed for Website Optimization and Stateless Architecture Transition for Scalability Enhancement**
Budget: $250 – $750 USD
We are in search of an experienced website optimization specialist with a strong background in transitioning applications to a stateless architecture. Our current website is configured as a web garden with 6 work processors, successfully handling significant loads. However, we're encountering challenges with user session management due to the application not being fully stateless. We require assistance in resolving this issue and ensuring our website can efficiently handle at least 200 concurrent connections without performance degradation. The application is built on .NET Core 6.0. Further details will be provided to the selected candidate.
**Core Responsibilities:**
- Assess the current server configuration and application architecture.
- Recommend and implement strategies for transitioning the application to a stateless model, with a focus on best practices for session management.
- Optimize server configuration to improve scalability and performance, aiming specifically to support at least 200 concurrent connections.
- Conduct load testing and performance testing to confirm enhancements.
- Provide detailed documentation and guidelines on the changes made and how to effectively manage the system moving forward.
**Required Qualifications:**
- Proven experience in website and server optimization for high performance.
- Expertise in stateless architecture and session management for large-scale applications.
- Experience working with web gardens and a deep understanding of associated challenges.
- Capability to perform load and performance testing, with a knack for interpreting results to make meaningful improvements.
- Strong communication and documentation skills.
**Application Information:**
Please submit your proposal, including a brief overview of your relevant experience, related projects you've worked on, and your proposed approach to tackling this challenge. Also, include an estimated timeline and cost for this project. The application is developed in .NET Core 6.0, and further insights will be shared with the winning bidder. Check the application at [http://103.190.29.70/venus](http://103.190.29.70/venus).
We are eager to collaborate with a professional who can help us enhance our website's performance and scalability, ensuring a smooth user experience under heavy loads.
**Core Responsibilities:**
- Assess the current server configuration and application architecture.
- Recommend and implement strategies for transitioning the application to a stateless model, with a focus on best practices for session management.
- Optimize server configuration to improve scalability and performance, aiming specifically to support at least 200 concurrent connections.
- Conduct load testing and performance testing to confirm enhancements.
- Provide detailed documentation and guidelines on the changes made and how to effectively manage the system moving forward.
**Required Qualifications:**
- Proven experience in website and server optimization for high performance.
- Expertise in stateless architecture and session management for large-scale applications.
- Experience working with web gardens and a deep understanding of associated challenges.
- Capability to perform load and performance testing, with a knack for interpreting results to make meaningful improvements.
- Strong communication and documentation skills.
**Application Information:**
Please submit your proposal, including a brief overview of your relevant experience, related projects you've worked on, and your proposed approach to tackling this challenge. Also, include an estimated timeline and cost for this project. The application is developed in .NET Core 6.0, and further insights will be shared with the winning bidder. Check the application at [http://103.190.29.70/venus](http://103.190.29.70/venus).
We are eager to collaborate with a professional who can help us enhance our website's performance and scalability, ensuring a smooth user experience under heavy loads.