Mohammad Salari

MCN will be Moduluc's GPU cloud infrastructure that enables users to run high-fidelity software and metaverse applications on the cloud and run them from browser or lightweight desktop applications available for both PC and Mac users.

In this project, I managed backend tasks such as user profile management, database integration, and API design. I implemented cloud-based data pipelines to handle user registrations, authentication and authorization, including GPU node providers and end users. I also worked with AWS Kinesis, AWS Glue, DynamoDB, and S3 to stream and store node provider statistics, helping to identify the best nodes for running high-demand Unreal Engine games through pixel streaming.

AiriA is a premium virtual art gallery. My contribution was developing authentication, authorization and database integration, as well as deployment on AWS.

In this project, I developed the backend, database, and APIs to enable central user registration, authentication, and authorization for different services. Using Node.js and TypeScript for the backend, and PostgreSQL for the database, I deployed the entire system on AWS.

The product will be a marketplace for trading digital collectibles.

I coordinated the project, involved in writing Solana smart contracts using Rust, and contributed to the backend development, including API implementation and blockchain interactions.

EXPOCITI will be an interactive metaverse gaming platform.

I contributed to the backend development and implemented a data pipeline for processing user-generated content within the metaverse platform. The pipeline utilized AWS services such as S3 for media storage, DynamoDB for metadata management, and Lambda for image processing. AWS Glue was employed as a data catalog and transformation tool. The processed and optimized content was then served to user profiles, ready for trading and showcasing.