btip-105

According to ChainCatcher news and the official Twitter announcement, the BTFS technology community has declared that three key proposals, BTIP-103, BTIP-104, and BTIP-105, have completed community review and are now entering the final implementation phase. This upgrade will significantly enhance network collaboration efficiency, storage convenience, and cross-environment compatibility, marking a new milestone for the BTFS distributed storage ecosystem.

ChainCatcher news, according to official sources, the BTFS technical community is currently conducting a final review of the BTIP-105 proposal.The proposal innovatively introduces a proxy node transmission architecture and a dedicated upload routing mechanism: the client sends file data to the proxy node, which efficiently forwards it to the designated storage service provider (SP).This design can effectively solve transmission bottlenecks in network-constrained and NAT traversal environments, significantly improving the success rate of file uploads and transmission stability, and will bring breakthrough improvements to the accessibility of distributed storage networks.

According to ChainCatcher's message and the official announcement, the BTIP-105 proposal has now entered the community review stage. This proposal innovatively introduces a proxy-based architectural model and a dedicated upload routing mechanism, which will significantly enhance the reliability and cross-network accessibility of the file upload system, particularly providing groundbreaking solutions for enterprise NAT traversal and firewall-restricted environments. The implementation of this proposal will advance the evolution of distributed storage networks and create the next generation of high-performance storage infrastructure.

ChainCatcher News, Launching Innovative Proxy Upload Solution According to official news, the distributed storage network BTFS under the TRON ecosystem has officially released the BTIP-105 technical proposal today, innovatively introducing a file upload mode based on proxy nodes and a dedicated routing mechanism.This solution effectively addresses the upload challenges in network-restricted environments through a three-tier transmission architecture of "Client → Proxy Node → Storage Provider (SP)", significantly enhancing the accessibility and reliability of file transfers.This technological upgrade will particularly improve user experience in complex network environments such as NAT, bringing greater adaptability to the BTFS network and significantly enhancing the reliability of file storage in the TRON ecosystem. The proposal has currently entered the technical verification stage, and global developers are invited to participate in discussions through GitHub to collaboratively refine this innovative solution.