Compute Horde PriceSN12

What is Compute Horde (SN12)?

Compute Horde (SN12) is a specialised subnet within the Bittensor network designed to supercharge Bittensor with scalable and trusted GPU computing power. The project transforms untrusted GPUs provided by miners into trusted compute resources, enabling validators of other subnets to access large amounts of decentralised computing power cost-effectively. It positions itself as the only compute subnet that validators can trust, with a mission to decrease the Bittensor ecosystem's dependency on centralised services. Compute Horde aims to support Bittensor's scaling beyond current limitations, potentially enabling over 1,000 subnets to operate effectively without relying on centralised cloud services. The project operates on the Bittensor network as Subnet 12, with a mainnet identifier of 12 and a testnet identifier of 174. Its native token, SN12, has a maximum supply of 21,000,000 tokens. The project is actively developing its ecosystem, having surpassed 1,000 GPUs running on the subnet as of June 2024, and continues to expand its hardware class support and integration tools.

Key Specifications & Tokenomics

• Name: Compute Horde
• Ticker / Symbol: SN12
• CMC ID (UCID): 36885
• Category / Tags: AI & Big Data, Bittensor Ecosystem, Bittensor Subnets
• Blockchain / Network: Bittensor network (Subnet 12)
• Mainnet: 12
• Testnet: 174
• Max Supply: 21,000,000 SN12
• Total Supply: 0 SN12
• Circulating Supply: 6.26m
• FDV: $30.83m
• Market Cap: $9.20m
• Liquidity: 2.66m
• Liquidity: 12.57k
• Registration Price: 0
• Official Website: https://computehorde.io/
• GitHub Repository: https://github.com/backend-developers-ltd/ComputeHorde
• Contract / Explorer: taostats.io
• Facilitator URL: facilitator.computehorde.io
• Grafana Dashboard: grafana.bactensor.io

Who created Compute Horde?

Compute Horde is developed by the GitHub organisation backend-developers-ltd. The team lead is referenced as Rhef, who was featured in Episode 35 of the Bittensor Guru podcast discussing Subnet 12 Compute Horde. The project maintains an active presence across multiple community channels, including Discord with a dedicated channel for the subnet, X, and GitHub. The website includes a careers section inviting individuals to join the team to innovate, inspire, and make an impact. Detailed public information about the full team composition and organisational structure is currently limited.

How does Compute Horde work?

Compute Horde operates through a structured data processing flow involving four key roles. The Facilitator serves as the gateway, an internet-facing application that charges users for job submissions and bridges users with the subnet's computational power. Validators act as middlemen, handling user requests and synthetic traffic while ensuring miners are accurately scored based on performance. Miners receive job requests and deploy executors to perform the actual computational work. Executors are virtual machines with a single purpose: to execute jobs efficiently and securely before being retired. The subnet employs mechanisms to ensure miners provide authentic compute work, including executing tasks from validators stake-proportionally, handling organic tasks from other subnets, matching jobs to advertised hardware such as A6000 GPUs, and preventing malicious behaviours like weight-copying. Each miner can spawn multiple executors, removing the 256 miner UID limit and significantly scaling available computing power. The project introduces hardware classes to create a free market for GPU resources, with A6000 currently supported and A100 coming next.

What makes Compute Horde unique and valuable?

Compute Horde distinguishes itself through several innovative mechanisms designed to ensure fair and verified work. It is the first to deploy commit-reveal against weight copiers, where validators post hidden weights and reveal them in the next epoch, making the copying of current weights impossible. Executor Dancing allows miners to randomly move GPUs across multiple UIDs, further reducing the effectiveness of copying old weights. The subnet includes penalties for selective service, incentive-based scoring for completing organic tasks, and hardware-specific synthetic tasks to ensure miners deliver advertised compute power. It also features mechanisms to prevent relay mining and supports small validators by ensuring they are not ignored or have a disproportionate impact. The collateral-based trust system allows validators to require miners to deposit collateral for organic jobs, enabling slashing of dishonest miners. A built-in DDoS shield protects miners from denial-of-service attacks. The Compute Horde SDK enables validators to tap into decentralised GPU resources on demand, reducing validation costs, boosting reliability, and enhancing performance without additional hardware investment.

What is Compute Horde used for?

Compute Horde provides GPU-based compute power for other subnets' validators within the Bittensor network. It enables validators of other subnets to validate cost-effectively by accessing decentralised computing power rather than relying on centralised cloud services. The Compute Horde SDK allows subnet owners and validators to run jobs on the platform, offloading validation tasks to decentralised GPU resources. The project aims to support all GPU types and configurations required by validators across Bittensor subnets, with hardware classes including A6000 currently supported and A100 coming next. It serves as a central hub for heavy computing, hosting, and processing data, with the goal of becoming the go-to decentralised source for hardware needed to validate other subnets. The subnet also provides community-wide contributions including monitoring and debugging tools, governance transparency through Discord bots, DDoS protection, and collateral smart contracts for slashing malicious miners.

How Is the Compute Horde ecosystem developing?

The Compute Horde ecosystem is actively expanding its capabilities and community contributions. As of June 2024, the subnet surpassed 1,000 GPUs running on the network, with the Bittensor Guru podcast noting it was breaking all known limits of subnet design. The project continues to develop its hardware class support, with A6000 currently supported and A100 planned next. The Compute Horde SDK is available to help subnet owners and validators run jobs on the platform, with a Python SDK README providing installation and usage examples. Community-wide contributions include Grafana dashboards for exploring the metagraph, Discord bots for monitoring hyperparameter updates, advanced DDoS protection for miners and validators, and a robust on-chain collateral smart contract. The project states it is the largest investor in Bittensor's core and ecosystem, surpassing all other subnets in commitment and support. Recent media coverage has highlighted Compute Horde's role in coordinating idle GPUs worldwide into a verified, on-chain compute pool.

How to mine Compute Horde?

Mining Compute Horde involves providing GPU computing power to the subnet. Miners receive job requests and deploy executors, which are virtual machines designed to execute jobs efficiently and securely. Each miner can spawn multiple executors, each handling one or more GPUs, removing the traditional 256 miner UID limit and allowing for significant scalability. Miners must match jobs to their advertised hardware, such as ensuring A6000 GPUs are used for tasks requiring them. The subnet employs commit-reveal mechanisms, executor dancing, and hardware-specific synthetic tasks to ensure honest mining and prevent weight-copying. Miners interested in organic jobs can deposit collateral by following the miner guide, which increases reliability and enables slashing of dishonest miners. An optional DDoS shield is available to protect miners from denial-of-service attacks, ensuring stable mining performance. The registration price is 0, and daily revenue is 0.

How to keep your Compute Horde Coin safe?

Keeping Compute Horde tokens safe requires following standard cryptocurrency security practices. Use official wallets and storage solutions compatible with the Bittensor network and Subnet 12 tokens. Always verify contract addresses and official URLs before conducting transactions, using trusted explorers such as taostats.io to confirm token details. Enable two-factor authentication on any exchange accounts and use hardware wallets for long-term storage when possible. Be cautious of phishing attempts and unofficial channels, relying only on the official website and verified community channels for information. The Compute Horde website states it respects user privacy and does not use cookies or track personal data, using privacy-friendly analytics instead. The project maintains ISO 27001 and ISO 27701 certification according to its CoinMarketCap page. Regularly monitor your holdings and stay informed about subnet developments through official governance and monitoring tools.