In April 2021, THOMAS made a major breakthrough in contract code planning and blockchain underlying technology construction, marking a key step for the project in the field of digital social entertainment. The achievement of this achievement will lay a solid foundation for the future development of the THOMAS platform, providing users with a safer, more private and more efficient digital social experience.



The technical architecture of the THOMAS platform integrates edge computing, polygonal network underlying logic and encrypted social entertainment to provide a secure, private and efficient digital social experience. The following are the main technical components of the THOMAS platform:
 
1) Edge Computing:
Overview: Edge computing is a distributed computing model that pushes computing tasks and data processing to devices at the edge of the network for execution to reduce latency and dependence on central servers.
Application scenarios: In the THOMAS platform, edge computing can be used to achieve real-time social data processing and content interaction, improving the platform's response speed and user experience.



2) Polygon Network:
Overview: Polygon Network is a scalable, low-cost, high-speed Ethereum sidechain solution that provides higher performance and throughput for blockchain applications.
Application scenarios: The THOMAS platform can use the polygon network as the underlying infrastructure to achieve efficient data exchange and transaction confirmation, improving the throughput and performance of the platform.
3) Encrypted Social Entertainment:
Overview: Encrypted social entertainment is a technical means that applies encryption technology to social entertainment scenarios to protect user data and communication privacy.
Application scenarios: The THOMAS platform ensures the security of user information and assets through encryption technology, including user identity verification, encrypted communication and secure payment.
4) Integration plan:
Integration of marginal computing and polygonal networks: The THOMAS platform achieves rapid processing and exchange of data by combining marginal computing and polygonal networks, improving the performance and response speed of the platform.
Integration of Polygon Network and encrypted social entertainment: Polygon Network provides efficient underlying support for encrypted social entertainment, ensuring the security of user data and communications, while providing high-speed and low-cost transaction confirmation.
Through the above technical architecture, the THOMAS platform will provide users with a safe, private and efficient digital social entertainment experience, helping users enjoy social fun in the digital era.
 
THOMAS's major breakthrough is the result of the wisdom and hard work of the team, as well as the support and assistance of its partners. We look forward to witnessing the development of THOMAS with global users and exploring the new future of digital social entertainment together!