tensorproxPrice

(SN91)

TensorProx (SN91) is a specialized decentralized cybersecurity subnet operating on the Bittensor network. While many subnets focus on artificial intelligence, SN91 provides Cybersecurity-as-a-Service, specifically functioning as a decentralized Man-in-the-Middle Firewall. Its primary purpose is to protect web infrastructure from high-impact Layer 3 to Layer 7 DDoS attacks by utilizing a distributed network of miners and validators to neutralize threats.

The project is developed by Shugo (Shugo LLC). The name "Shugo" is derived from the Japanese word for "guardian," reflecting the team's core mission to build a decentralized defense layer for the web. They focus on creating a resilient infrastructure where a global network of nodes can collaborate to protect digital assets from sophisticated cyber threats.

In traditional networking, a scrubbing center is a centralized hub where malicious traffic is filtered before reaching a server. TensorProx decentralizes this concept by leveraging a global network of nodes to "clean" traffic. This distributed approach ensures that malicious data packets are identified and removed across multiple points, providing a more robust and scalable defense mechanism than centralized alternatives.

The SN91 token is the specific asset for the TensorProx subnet within the Bittensor Dynamic TAO ecosystem. It is primarily traded on the LBank exchange and specialized decentralized exchanges (DEXs). Mirroring the scarcity model of Bitcoin and Bittensor (TAO), the SN91 token has a maximum supply of 21,000,000.

Miners require a setup typically running Ubuntu 22.04 and Python 3.10. The architecture consists of three main elements: the "King" (the target server being protected), the "Moat" (the miner's filtering node/firewall), and "Traffic Generators" (Tgens). Validators use Tgens to simulate attacks, testing the miner's defensive capabilities. For security, validators use a command whitelist-agent for limited SSH access, ensuring they can only execute pre-approved commands to verify performance without compromising the miner's machine.

Rewards are calculated using a multi-factor performance function that balances throughput, filtering accuracy, and latency. The protocol rewards miners who can handle high volumes of traffic while accurately dropping malicious packets and maintaining low latency for legitimate traffic. Participants can increase their incentive scores and earnings by scaling their bandwidth and maintaining high performance standards during validator-led attack simulations.