
Sign up to save your podcasts
Or
This episode is AI-generated using research-backed documents. It showcases how advanced models interpret and explain key Bittensor developments.
This episode delves into Bittensor Subnet 12 (SN12), known as Compute Horde, which is strategically positioned as a critical infrastructure layer within the Bittensor ecosystem. Its primary mission is to deliver decentralized, scalable, and trusted Graphics Processing Unit (GPU) computing power. Compute Horde aims to serve the computational needs of validators operating across Bittensor's diverse subnets, fostering greater decentralization and reducing reliance on conventional centralized cloud providers.
The subnet seeks to address the often-prohibitive costs and inherent centralization associated with the GPU resources increasingly essential for validators, particularly as consensus mechanisms evolve to demand greater computational capabilities. Compute Horde endeavors to become the principal decentralized source of hardware required for the validation processes of other Bittensor subnets, positioning itself as a foundational element for Bittensor's future scalability, potentially supporting over 1,000 distinct subnets.
To achieve its goals, Compute Horde utilizes an innovative technical architecture, including "executors" for scaling beyond traditional UID limitations, "hardware classes" to enable a market for diverse GPU resources, and robust mechanisms designed to ensure "fair and verified work" from participating miners. It provides access to a distributed network of GPU resources for Bittensor validators. Initial development points towards an association with the GitHub organization 'backend-developers-ltd' and community discussions mention 'Rhef and his team' in connection with the subnet.
If you are interested in understanding how decentralized AI networks are building their foundational infrastructure, how the escalating demand for GPU resources within Bittensor is being addressed, and how Subnet 12 aims to provide a scalable and trusted compute layer for validator operations, this episode is for you.
This episode is AI-generated using research-backed documents. It showcases how advanced models interpret and explain key Bittensor developments.
This episode delves into Bittensor Subnet 12 (SN12), known as Compute Horde, which is strategically positioned as a critical infrastructure layer within the Bittensor ecosystem. Its primary mission is to deliver decentralized, scalable, and trusted Graphics Processing Unit (GPU) computing power. Compute Horde aims to serve the computational needs of validators operating across Bittensor's diverse subnets, fostering greater decentralization and reducing reliance on conventional centralized cloud providers.
The subnet seeks to address the often-prohibitive costs and inherent centralization associated with the GPU resources increasingly essential for validators, particularly as consensus mechanisms evolve to demand greater computational capabilities. Compute Horde endeavors to become the principal decentralized source of hardware required for the validation processes of other Bittensor subnets, positioning itself as a foundational element for Bittensor's future scalability, potentially supporting over 1,000 distinct subnets.
To achieve its goals, Compute Horde utilizes an innovative technical architecture, including "executors" for scaling beyond traditional UID limitations, "hardware classes" to enable a market for diverse GPU resources, and robust mechanisms designed to ensure "fair and verified work" from participating miners. It provides access to a distributed network of GPU resources for Bittensor validators. Initial development points towards an association with the GitHub organization 'backend-developers-ltd' and community discussions mention 'Rhef and his team' in connection with the subnet.
If you are interested in understanding how decentralized AI networks are building their foundational infrastructure, how the escalating demand for GPU resources within Bittensor is being addressed, and how Subnet 12 aims to provide a scalable and trusted compute layer for validator operations, this episode is for you.