Bittensor
Eine Open-Source-Plattform, die maschinelles Lernen im Internet-Maßstab durch dezentrale Teilnetzwerke ermöglicht, die mit dem TAO-Token vergütet werden.
Nutzer100.000–200.000
gestartet2020
Zielgruppe
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Mit dem Bauen beginnenEine Open-Source-Plattform, die maschinelles Lernen im Internet-Maßstab durch dezentrale Teilnetzwerke ermöglicht, die mit dem TAO-Token vergütet werden.
SOC 2 Typ II-zertifiziert · ISO 27001
Bittensor is an open source decentralized platform designed to enable internet-scale machine learning and other digital commodities such as compute power, storage, protein folding, and financial market predictions. It operates through a unique architecture where a single blockchain, called subtensor, coordinates multiple independent subnetworks (subnets). Each subnet focuses on producing a specific type of digital commodity and consists of miners who generate the commodity and validators who evaluate the quality of the miners' output. Participants are rewarded in the native TAO token based on the value of their contributions.
The platform provides a Python-based SDK that allows developers to build and interact with subnets, write incentive mechanisms, and query the blockchain. Bittensor’s architecture separates the blockchain from the subnets, enabling off-chain competitions among subnet miners and validators, with on-chain consensus (Yuma Consensus) determining rewards. This design supports scalability and specialization across diverse AI and compute tasks.
Bittensor targets developers and teams interested in decentralized AI, compute marketplaces, and blockchain-integrated incentive systems. The SDK supports installation on macOS, Linux, and Windows (via WSL 2), with detailed documentation and tutorials available. Developers can create subnets, participate as miners or validators, and stake TAO tokens to support validators. The platform emphasizes open participation, modular subnet creation, and transparent reward distribution, making it suitable for building decentralized AI applications and compute networks.
Centralized AI and compute platforms limit scalability, transparency, and fair incentive distribution for contributors producing digital commodities like machine learning models or compute power. Existing solutions lack a unified decentralized framework that integrates blockchain-based incentives with off-chain AI workloads.
Developers can create independent subnets tailored to specific digital commodities with custom incentive mechanisms.
Supports distinct roles for miners producing digital commodities and validators assessing their quality.
On-chain consensus mechanism that determines TAO token rewards based on subnet performance scores.
Supports installation on macOS, Linux, and Windows (via WSL 2) with detailed setup guides.
Developers build AI subnets where miners contribute machine learning models and validators ensure quality, earning TAO tokens for valuable contributions.
Organizations create subnets to offer compute power or storage as digital commodities, enabling decentralized resource sharing with blockchain-based incentives.
Subnet creators design and deploy tailored incentive schemes to reward specific types of digital commodity production, such as protein folding or financial predictions.
Kostenloses RPC über mehr als 80 Blockchains hinweg. Richten Sie einen Endpunkt in weniger als 30 Sekunden ein.
Explore web3 competitors and apps like Bittensor .
Open Source | |
|---|---|
| Preis (monatlich) | Kostenlos |
| Preis (jährlich) | Kostenlos |
| Nachrichten | k. A. |
| Support | Community-Unterstützung über Discord und GitHub |
| Analytik |
Zuverlässiges RPC, leistungsstarke APIs und absolut kein Ärger.
Bittensor provides comprehensive documentation, tutorials, and community resources to help developers get started with building and participating in decentralized AI subnets. The SDK repository includes installation guides, API references, and testing instructions. The community is active on Discord, and the platform publishes research and network statistics openly.
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