FAQ

1. How Does Multiple Network Serve AI?

Speed and Stability for AI Training and Inference:

High Bandwidth and Low Latency: Multiple Network utilizes P2P and SD-WAN technology to aggregate bandwidth from distributed nodes, enabling fast data transfer for AI training and inference. This accelerates data access and processing for AI models.
Stability Assurance: SD-WAN's dynamic routing ensures optimal paths during network interruptions or high traffic, maintaining stable data flow and minimizing transmission disruptions.
Cross-Region Data Synchronization: Facilitates the rapid synchronization of distributed datasets globally, reducing training and inference times—essential for real-time AI applications such as search engine queries.

Privacy and Security:

Anonymous Communication: The P2P Network ensures user privacy by anonymizing participants during data transmission.
Encrypted Transfer: End-to-end encryption protects sensitive data during transmission, essential for handling confidential information.
Secure Data Exchange: Maintains high-security standards for API calls and data exchanges, safeguarding against cyberattacks and data breaches.

Decentralized Architecture:

Multiple Network’s distributed nodes enhance resilience against attacks and eliminate single points of failure.

Support for the DeAI Ecosystem:

Its decentralized model promotes equitable sharing of data, models, and computational power within the DeAI ecosystem, empowering global collaboration.

Privacy Computing:

By integrating privacy computing technologies like federated learning, Multiple Network enables secure and collaborative AI training and inference without centralizing sensitive data.

Rapid Ecosystem Growth:

TON’s thriving ecosystem leverages Telegram’s vast user base and developer community, accelerating user adoption and traffic growth.

Seamless Integration with Telegram:

Direct integration with Telegram allows Multiple Network to utilize bot functions and community management, reducing user education costs and increasing participation.

High Performance at Low Cost:

TON’s sharding and efficient blockchain design enable scalable transaction processing with quick confirmations and low fees—ideal for high-frequency AI interactions.

Developer-Friendly Tools:

TON offers robust development tools, documentation, and APIs, allowing Multiple Network to accelerate application building while reducing costs.

Decentralization and Security:

Built on TON’s decentralized network, it ensures high security, stability, and long-term growth.

Global Reach and Collaboration:

TON’s global user base and incentives for collaboration provide an ideal environment for Multiple Network to scale internationally, attracting developers, investors, and users.

MultiSeed Testnet (Phase 1):

Testnet Progress:

Active in 127 countries with over 25,000 nodes, including 34.38K relay nodes and 93161 Pbps of available bandwidth.

MultiGrow Testnet (Phase 2):

Hardware Requirements:

A modern computer or server with at least:
- 8 GB RAM
- Multi-core processor
- 100 GB of free storage
- Stable internet connection with 10 Mbps minimum bandwidth

Software Requirements:

Compatible with Windows 10 or later, macOS 10.15 or later, or a recent Linux distribution.
A major web browser (e.g., Chrome, Firefox, Safari, or Edge) and any specific software dependencies outlined by Multiple Network.

Node Operation:

Both parties must download and install the node client app for file transfer features.
Cumulative node runtime is calculated while the app runs in the background. This can be tracked by logging into your wallet on the official website.

Multiple Miniapp:

Built on TON blockchain, the Miniapp allows users to engage in social and promotional tasks, boosting user involvement.
Current Users: ~100,000 active participants, with a planned version 2.0 focused on expanding "Multiple" and "AI" functionalities.

Key Functions:

Last updated 21 days ago