With the amount of new subnets being added it can be hard to get up to date information across all subnets, so data may be slightly out of date from time to time
With the amount of new subnets being added it can be hard to get up to date information across all subnets, so data may be slightly out of date from time to time
InfiniteHash (Subnet-89) is a novel project that merges Bitcoin proof-of-work mining with Bittensor’s decentralized AI network. In essence, it operates as a Bitcoin mining pool that is integrated into the Bittensor blockchain, using Bittensor’s token economy (TAO and “Alpha” subnet tokens) to incentivize and reward miners in new ways. This subnet allows Bitcoin miners to contribute their hashrate (SHA-256 computing power) to mine BTC blocks, but instead of receiving the typical BTC payouts directly, miners earn “Alpha” tokens on Bittensor proportional to their contributed hash power. All the Bitcoin block rewards mined by InfiniteHash are immediately converted into these subnet tokens and effectively burned (removed from circulation), creating continuous buy-pressure on the token and boosting its value for all holders. In other words, InfiniteHash recycles the value of mined BTC back into its own token economy, which benefits participants by driving up the token’s scarcity and price over time.
What makes InfiniteHash especially unique is that it combines Bitcoin mining with the Lightning Network and Bittensor’s staking mechanics. The project is “subsidized by Bittensor” in the sense that it leverages the TAO token and Bittensor’s consensus to enhance mining rewards. It runs one of the largest Bitcoin Lightning Network nodes in the world, integrating that layer-2 payment network into the subnet’s infrastructure. This means InfiniteHash isn’t just mining Bitcoin – it’s also building out Lightning Network capacity. The long-term vision is to make Bitcoin (via Lightning) the “preferred payment layer for the emerging AI agent economy” on Bittensor. Practically, this could enable AI services and agents running in Bittensor to transact value quickly and cheaply over Bitcoin’s Lightning rails, using the liquidity provided by InfiniteHash’s node. By marrying Bitcoin’s energy-secured value (BTC) with Bittensor’s AI marketplace, InfiniteHash aims to provide a sustainable, decentralized mining model that also serves future AI use-cases.
In summary, InfiniteHash transforms the traditional mining pool concept. It offers Bitcoin miners higher effective rewards than they would get elsewhere by paying them in a Bittensor subnet token that is systematically propped up by buybacks and burns. It also decentralizes mining operations – unlike conventional pools run by single companies, InfiniteHash’s reward logic is enforced on-chain by validators and tokenomics. The project describes itself as a “truly decentralized and more democratic Bitcoin mining pool” that is breaking new ground. Miners retain control of their own hardware and simply point their machines to InfiniteHash’s pool; in return, they get liquid crypto rewards (Alpha/TAO) which they can trade or stake, and they indirectly contribute to strengthening the Bittensor network. Meanwhile, the Bitcoin produced is funneled back to support the token’s value, creating a win-win for both miners and subnet token holders. This integration of Bitcoin’s proof-of-work with Bittensor’s proof-of-intelligence is a pioneering approach – InfiniteHash effectively bridges the gap between the Bitcoin ecosystem and decentralized AI by using one system’s outputs (BTC mining rewards) to fuel another system’s economy.
InfiniteHash (Subnet-89) is a novel project that merges Bitcoin proof-of-work mining with Bittensor’s decentralized AI network. In essence, it operates as a Bitcoin mining pool that is integrated into the Bittensor blockchain, using Bittensor’s token economy (TAO and “Alpha” subnet tokens) to incentivize and reward miners in new ways. This subnet allows Bitcoin miners to contribute their hashrate (SHA-256 computing power) to mine BTC blocks, but instead of receiving the typical BTC payouts directly, miners earn “Alpha” tokens on Bittensor proportional to their contributed hash power. All the Bitcoin block rewards mined by InfiniteHash are immediately converted into these subnet tokens and effectively burned (removed from circulation), creating continuous buy-pressure on the token and boosting its value for all holders. In other words, InfiniteHash recycles the value of mined BTC back into its own token economy, which benefits participants by driving up the token’s scarcity and price over time.
What makes InfiniteHash especially unique is that it combines Bitcoin mining with the Lightning Network and Bittensor’s staking mechanics. The project is “subsidized by Bittensor” in the sense that it leverages the TAO token and Bittensor’s consensus to enhance mining rewards. It runs one of the largest Bitcoin Lightning Network nodes in the world, integrating that layer-2 payment network into the subnet’s infrastructure. This means InfiniteHash isn’t just mining Bitcoin – it’s also building out Lightning Network capacity. The long-term vision is to make Bitcoin (via Lightning) the “preferred payment layer for the emerging AI agent economy” on Bittensor. Practically, this could enable AI services and agents running in Bittensor to transact value quickly and cheaply over Bitcoin’s Lightning rails, using the liquidity provided by InfiniteHash’s node. By marrying Bitcoin’s energy-secured value (BTC) with Bittensor’s AI marketplace, InfiniteHash aims to provide a sustainable, decentralized mining model that also serves future AI use-cases.
In summary, InfiniteHash transforms the traditional mining pool concept. It offers Bitcoin miners higher effective rewards than they would get elsewhere by paying them in a Bittensor subnet token that is systematically propped up by buybacks and burns. It also decentralizes mining operations – unlike conventional pools run by single companies, InfiniteHash’s reward logic is enforced on-chain by validators and tokenomics. The project describes itself as a “truly decentralized and more democratic Bitcoin mining pool” that is breaking new ground. Miners retain control of their own hardware and simply point their machines to InfiniteHash’s pool; in return, they get liquid crypto rewards (Alpha/TAO) which they can trade or stake, and they indirectly contribute to strengthening the Bittensor network. Meanwhile, the Bitcoin produced is funneled back to support the token’s value, creating a win-win for both miners and subnet token holders. This integration of Bitcoin’s proof-of-work with Bittensor’s proof-of-intelligence is a pioneering approach – InfiniteHash effectively bridges the gap between the Bitcoin ecosystem and decentralized AI by using one system’s outputs (BTC mining rewards) to fuel another system’s economy.
From a technical standpoint, InfiniteHash is built as a Bittensor subnet (network ID 89) that introduces custom logic to handle Bitcoin mining contributions. The “product” consists of several integrated components working together:
Bitcoin Mining Pool Integration: InfiniteHash has partnered with a mining pool backend (using Luxor Technologies’ infrastructure) to collect hashrate from miners. Participants point their ASIC Bitcoin miners to a Stratum server URL (stratum+tcp://btc.global.luxor.tech:700), with a special worker username format that includes their Bittensor wallet hotkey. For example, a miner configures their worker name as infinite.<HOTKEY>.<workerID>, which ties their hash contributions to their Bittensor identity. This setup allows InfiniteHash’s system to track how much work each miner does (via their hotkey) and link it to the subnet’s reward mechanism. Essentially, Luxor’s pool finds Bitcoin blocks using the combined hashpower of InfiniteHash’s miners, and those BTC rewards flow into InfiniteHash’s economic logic rather than directly to miners.
Bittensor Subnet & Alpha Token: On the Bittensor side, InfiniteHash operates with a native subnet token often referred to as “Alpha.” When miners contribute hashpower, validators in Subnet-89 verify and score their contributions using Bittensor’s consensus mechanisms. Miners are then minted Alpha tokens proportional to their share of work. The innovative twist is that 100% of the actual Bitcoin earned by the pool is converted into Alpha tokens (via buybacks on the market) and then burned (permanently removed). This buyback-and-burn mechanism means the project uses the BTC revenue to continuously purchase its own subnet tokens (creating demand) and destroy them (reducing supply), thereby increasing the value of remaining tokens for all participants. In addition, a portion of the BTC may also be converted into Bittensor’s main token (TAO) and added as stake in the subnet, further boosting the subnet’s valuation. The tokenomics design is centered around an “un-unstakeable” wallet called “The Chef”, which is a TAO wallet that can stake TAO into Subnet-89’s consensus but can never withdraw it. Funds in The Chef wallet (sourced from the mining operation) are locked as permanent stake, continuously increasing the backing of the subnet and enhancing token value in the subnet’s liquidity pool for the long run.
Lightning Network Node: InfiniteHash runs a highly fortified Lightning Network node with very large capacity (reportedly one of the world’s largest by BTC locked). This Lightning node is integrated with the mining operation – for example, the BTC that is mined could be funneled through the Lightning node for faster distribution or used to provide liquidity for Lightning payment channels. By maintaining a top-tier Lightning node, InfiniteHash is essentially building out Bitcoin’s layer-2 infrastructure alongside the mining pool. This has immediate benefits (routing fees, high liquidity for transactions) and future potential: the Lightning node can serve as the payments backbone for AI agents and services that might use Bitcoin microtransactions for data or model access. In the current build, miners are not required to interact with Lightning directly to get paid (they receive Alpha/TAO on-chain), but Phase 2 will encourage miners to also run Lightning channels: the subnet plans to reward miners not just for raw hashpower but also for the quality of their Lightning node operations. This means aspects like channel uptime, liquidity, and routing success might be measured (creating a “UID curve” ranking) so that miners who contribute to a robust Lightning network get extra token rewards on top of their base mining rewards.
Infrastructure & Application Layer: The InfiniteHash platform includes a web-based dashboard and API for transparency. The official site (infinitehash.xyz) provides real-time pool metrics and statistics – such as total hashpower, BTC mined, token supply/burn data, etc. (as indicated by the “Pool Metrics” link). There is also documentation (Mining Guide, API Reference) and resources for miners to get started, reflecting that the build is not just a backend but also a community-facing product. On the backend, the project’s code (open-sourced on GitHub) is a combination of Python and Docker-based microservices orchestrating the subnet. For instance, the team has scripts for deploying validator nodes, monitoring via Prometheus, and managing the web app. InfiniteHash’s architecture ties together physical mining hardware, a cloud backend (pool server + database), Bittensor’s blockchain, and the Lightning Network. In summary, the product is a hybrid crypto system: part mining pool, part DeFi-like token system, and part Lightning Node operation – all working in concert to create a new kind of decentralized mining economy.
From a technical standpoint, InfiniteHash is built as a Bittensor subnet (network ID 89) that introduces custom logic to handle Bitcoin mining contributions. The “product” consists of several integrated components working together:
Bitcoin Mining Pool Integration: InfiniteHash has partnered with a mining pool backend (using Luxor Technologies’ infrastructure) to collect hashrate from miners. Participants point their ASIC Bitcoin miners to a Stratum server URL (stratum+tcp://btc.global.luxor.tech:700), with a special worker username format that includes their Bittensor wallet hotkey. For example, a miner configures their worker name as infinite.<HOTKEY>.<workerID>, which ties their hash contributions to their Bittensor identity. This setup allows InfiniteHash’s system to track how much work each miner does (via their hotkey) and link it to the subnet’s reward mechanism. Essentially, Luxor’s pool finds Bitcoin blocks using the combined hashpower of InfiniteHash’s miners, and those BTC rewards flow into InfiniteHash’s economic logic rather than directly to miners.
Bittensor Subnet & Alpha Token: On the Bittensor side, InfiniteHash operates with a native subnet token often referred to as “Alpha.” When miners contribute hashpower, validators in Subnet-89 verify and score their contributions using Bittensor’s consensus mechanisms. Miners are then minted Alpha tokens proportional to their share of work. The innovative twist is that 100% of the actual Bitcoin earned by the pool is converted into Alpha tokens (via buybacks on the market) and then burned (permanently removed). This buyback-and-burn mechanism means the project uses the BTC revenue to continuously purchase its own subnet tokens (creating demand) and destroy them (reducing supply), thereby increasing the value of remaining tokens for all participants. In addition, a portion of the BTC may also be converted into Bittensor’s main token (TAO) and added as stake in the subnet, further boosting the subnet’s valuation. The tokenomics design is centered around an “un-unstakeable” wallet called “The Chef”, which is a TAO wallet that can stake TAO into Subnet-89’s consensus but can never withdraw it. Funds in The Chef wallet (sourced from the mining operation) are locked as permanent stake, continuously increasing the backing of the subnet and enhancing token value in the subnet’s liquidity pool for the long run.
Lightning Network Node: InfiniteHash runs a highly fortified Lightning Network node with very large capacity (reportedly one of the world’s largest by BTC locked). This Lightning node is integrated with the mining operation – for example, the BTC that is mined could be funneled through the Lightning node for faster distribution or used to provide liquidity for Lightning payment channels. By maintaining a top-tier Lightning node, InfiniteHash is essentially building out Bitcoin’s layer-2 infrastructure alongside the mining pool. This has immediate benefits (routing fees, high liquidity for transactions) and future potential: the Lightning node can serve as the payments backbone for AI agents and services that might use Bitcoin microtransactions for data or model access. In the current build, miners are not required to interact with Lightning directly to get paid (they receive Alpha/TAO on-chain), but Phase 2 will encourage miners to also run Lightning channels: the subnet plans to reward miners not just for raw hashpower but also for the quality of their Lightning node operations. This means aspects like channel uptime, liquidity, and routing success might be measured (creating a “UID curve” ranking) so that miners who contribute to a robust Lightning network get extra token rewards on top of their base mining rewards.
Infrastructure & Application Layer: The InfiniteHash platform includes a web-based dashboard and API for transparency. The official site (infinitehash.xyz) provides real-time pool metrics and statistics – such as total hashpower, BTC mined, token supply/burn data, etc. (as indicated by the “Pool Metrics” link). There is also documentation (Mining Guide, API Reference) and resources for miners to get started, reflecting that the build is not just a backend but also a community-facing product. On the backend, the project’s code (open-sourced on GitHub) is a combination of Python and Docker-based microservices orchestrating the subnet. For instance, the team has scripts for deploying validator nodes, monitoring via Prometheus, and managing the web app. InfiniteHash’s architecture ties together physical mining hardware, a cloud backend (pool server + database), Bittensor’s blockchain, and the Lightning Network. In summary, the product is a hybrid crypto system: part mining pool, part DeFi-like token system, and part Lightning Node operation – all working in concert to create a new kind of decentralized mining economy.
InfiniteHash (Subnet-89) is developed and operated by a team known as Backend Developers Ltd.. This is a seasoned development group in the Bittensor ecosystem that has experience launching and managing subnets. (Notably, Backend Developers Ltd also created ComputeHorde (Subnet-12), a subnet focused on decentralized computing power, which launched on mainnet in early 2024.) The InfiniteHash team combines expertise from both the Bitcoin mining industry and the Bittensor AI/blockchain community. For example, community members have noted that “Rhef” – a respected Bittensor contributor known for his work on earlier subnets – is part of the InfiniteHash project team. This blend of talent ensures that the project is grounded in mining know-how (ASIC operation, pool management) as well as Bittensor-specific knowledge (dynamic TAO economics, validator scoring).
The team maintains an active development repository on GitHub (under the user backend-developers-ltd), where the code for the subnet’s validators, website, and automation scripts is available. They engage with the community via social channels – an official Twitter/X account (@InfiniteHash89) provides updates, and a Discord server is available for miners and TAO holders to ask questions or get support. Because InfiniteHash represents a convergence of two domains (Bitcoin and Bittensor AI), the team has been transparent in explaining how it works through blog posts and documentation on their site. The “About” page and blog articles (e.g. “Update: Bitcoin and Subnet Metrics”) answer FAQs such as “How is this different from traditional mining pools?” and “What makes the economics sustainable?”. They emphasize that InfiniteHash’s model is fundamentally different from a traditional mining pool – the team’s economic design (buybacks, The Chef wallet, etc.) is what underpins that sustainability.
In terms of organization, Backend Developers Ltd. suggests a formal company structure, possibly registered in a jurisdiction. While individual team member names are not widely public, the leadership seems to include veteran Bittensor developers and crypto engineers who understand both blockchain development and Lightning Network operations. The team’s credibility is further bolstered by community trust – being behind multiple subnets and referred to as “Bittensor legends” in some circles. Overall, InfiniteHash’s team is considered highly capable, with a track record of delivering infrastructure-heavy projects in the decentralized AI space.
InfiniteHash (Subnet-89) is developed and operated by a team known as Backend Developers Ltd.. This is a seasoned development group in the Bittensor ecosystem that has experience launching and managing subnets. (Notably, Backend Developers Ltd also created ComputeHorde (Subnet-12), a subnet focused on decentralized computing power, which launched on mainnet in early 2024.) The InfiniteHash team combines expertise from both the Bitcoin mining industry and the Bittensor AI/blockchain community. For example, community members have noted that “Rhef” – a respected Bittensor contributor known for his work on earlier subnets – is part of the InfiniteHash project team. This blend of talent ensures that the project is grounded in mining know-how (ASIC operation, pool management) as well as Bittensor-specific knowledge (dynamic TAO economics, validator scoring).
The team maintains an active development repository on GitHub (under the user backend-developers-ltd), where the code for the subnet’s validators, website, and automation scripts is available. They engage with the community via social channels – an official Twitter/X account (@InfiniteHash89) provides updates, and a Discord server is available for miners and TAO holders to ask questions or get support. Because InfiniteHash represents a convergence of two domains (Bitcoin and Bittensor AI), the team has been transparent in explaining how it works through blog posts and documentation on their site. The “About” page and blog articles (e.g. “Update: Bitcoin and Subnet Metrics”) answer FAQs such as “How is this different from traditional mining pools?” and “What makes the economics sustainable?”. They emphasize that InfiniteHash’s model is fundamentally different from a traditional mining pool – the team’s economic design (buybacks, The Chef wallet, etc.) is what underpins that sustainability.
In terms of organization, Backend Developers Ltd. suggests a formal company structure, possibly registered in a jurisdiction. While individual team member names are not widely public, the leadership seems to include veteran Bittensor developers and crypto engineers who understand both blockchain development and Lightning Network operations. The team’s credibility is further bolstered by community trust – being behind multiple subnets and referred to as “Bittensor legends” in some circles. Overall, InfiniteHash’s team is considered highly capable, with a track record of delivering infrastructure-heavy projects in the decentralized AI space.
InfiniteHash’s roadmap can be divided into phases and future milestones that align with its economic rollout and technical enhancements:
Launch & Phase 1 – Market Discovery (Q2 2025): InfiniteHash went live on April 9, 2025. In this initial phase, the goal was to bootstrap the mining pool and discover a sustainable conversion rate between hashpower and the Alpha token. The subnet began attracting Bitcoin miners, and implemented its core buyback burn cycle on a daily basis (i.e. converting each day’s mined BTC into tokens and burning them) to steadily drive up the token’s price floor. Phase 1 focuses on observing the market dynamics: as miners join, the “hashrate-to-Alpha” exchange rate is determined by open market trading of Alpha and TAO. Early on, the team reported initiating daily BTC buybacks to ensure continuous support for the token. The result of Phase 1 is a discovery of how much hashpower the token economy can robustly support – i.e., finding the equilibrium where miners are satisfied (profitable) and the token economy remains healthy.
Phase 2 – Sustainable Economics Adjustments (Planned Q3–Q4 2025): Once the initial market rates are known, InfiniteHash will introduce mechanisms to lock in long-term sustainability. One key feature will be a minimum hashrate threshold for base rewards. This means miners will need to contribute at least a certain amount of hashpower to receive full rewards – preventing scenarios where an extremely high number of tiny contributions dilute the system (and eliminating any incentive to “overcommit” negligible hash just to farm tokens). Additionally, the project will set an Alpha-denominated hashprice (payout rate) that is designed to exceed the normal BTC hashprice available from traditional pools (after pool fees). In effect, InfiniteHash plans to always offer slightly better mining profitability than the open Bitcoin market, using its TAO subsidies and tokenomics to attract and retain miners. This will be adjusted routinely to stay competitive. Another major upgrade in Phase 2 is the Lightning Node competition: miners will be encouraged (or required) to run Lightning Network nodes alongside their ASICs, and compete on Lightning connectivity/throughput quality for extra rewards. InfiniteHash’s validators will measure certain performance metrics of miners’ Lightning nodes (such as reliability or channel liquidity) – this will create a UID score curve that awards incremental bonus Alpha to miners who contribute not just hashpower but also valuable Lightning network capacity. By the end of Phase 2, InfiniteHash’s economy should be on a stable footing, with efficient hash distribution and a robust Lightning-backed reward system.
Future Plans – AI Integration and Expansion: Looking beyond the immediate mining economics, InfiniteHash’s roadmap aligns with Bittensor’s broader vision of AI services transacting via crypto. With a large Lightning Network infrastructure in place, InfiniteHash is positioned to enable Bitcoin microtransactions for AI agents in the Bittensor network. A future milestone is to integrate InfiniteHash’s Lightning node with Bittensor’s AI marketplace, so that AI models or data services on Bittensor could seamlessly use Bitcoin (sats over Lightning) for payments. This could involve building APIs or platforms where, for example, an AI content generator (another subnet) uses InfiniteHash’s Lightning liquidity to charge users in BTC for content, paying miners or validators via Lightning channels. While specific details are to be determined, the team explicitly views InfiniteHash as “the foundation for Bitcoin to become the preferred payment layer for the emerging AI agent economy.”In practical terms, after Phase 2 the team will likely explore partnerships or technical bridges between Bittensor subnets and the Lightning Network – effectively making InfiniteHash a bridge between the TAO economy and the Bitcoin economy.
Ongoing Development: The roadmap also includes continuous improvements such as refining the validation algorithms, expanding the pool’s capacity (onboarding more miners and perhaps more pool server regions globally), and governance upgrades. Because InfiniteHash operates within Bittensor, it can potentially adopt dTAO governance features as they evolve – meaning Alpha token holders (or delegated TAO stakers) could have a say in parameters like fee rates or threshold settings in the future. The team has shown a commitment to transparency, so we can expect periodic blog updates on milestone achievements (for example, when the first Lightning-based bonus rewards are paid out, or when “The Chef” wallet accumulates a significant TAO stake). In summary, InfiniteHash’s forward roadmap is about scaling up and interconnecting with AI applications: after proving the economic model works, the ultimate goal is to plug this Bitcoin-powered subnet into the wider world of AI services, using Bitcoin’s network to facilitate a new wave of decentralized AI commerce.
InfiniteHash’s roadmap can be divided into phases and future milestones that align with its economic rollout and technical enhancements:
Launch & Phase 1 – Market Discovery (Q2 2025): InfiniteHash went live on April 9, 2025. In this initial phase, the goal was to bootstrap the mining pool and discover a sustainable conversion rate between hashpower and the Alpha token. The subnet began attracting Bitcoin miners, and implemented its core buyback burn cycle on a daily basis (i.e. converting each day’s mined BTC into tokens and burning them) to steadily drive up the token’s price floor. Phase 1 focuses on observing the market dynamics: as miners join, the “hashrate-to-Alpha” exchange rate is determined by open market trading of Alpha and TAO. Early on, the team reported initiating daily BTC buybacks to ensure continuous support for the token. The result of Phase 1 is a discovery of how much hashpower the token economy can robustly support – i.e., finding the equilibrium where miners are satisfied (profitable) and the token economy remains healthy.
Phase 2 – Sustainable Economics Adjustments (Planned Q3–Q4 2025): Once the initial market rates are known, InfiniteHash will introduce mechanisms to lock in long-term sustainability. One key feature will be a minimum hashrate threshold for base rewards. This means miners will need to contribute at least a certain amount of hashpower to receive full rewards – preventing scenarios where an extremely high number of tiny contributions dilute the system (and eliminating any incentive to “overcommit” negligible hash just to farm tokens). Additionally, the project will set an Alpha-denominated hashprice (payout rate) that is designed to exceed the normal BTC hashprice available from traditional pools (after pool fees). In effect, InfiniteHash plans to always offer slightly better mining profitability than the open Bitcoin market, using its TAO subsidies and tokenomics to attract and retain miners. This will be adjusted routinely to stay competitive. Another major upgrade in Phase 2 is the Lightning Node competition: miners will be encouraged (or required) to run Lightning Network nodes alongside their ASICs, and compete on Lightning connectivity/throughput quality for extra rewards. InfiniteHash’s validators will measure certain performance metrics of miners’ Lightning nodes (such as reliability or channel liquidity) – this will create a UID score curve that awards incremental bonus Alpha to miners who contribute not just hashpower but also valuable Lightning network capacity. By the end of Phase 2, InfiniteHash’s economy should be on a stable footing, with efficient hash distribution and a robust Lightning-backed reward system.
Future Plans – AI Integration and Expansion: Looking beyond the immediate mining economics, InfiniteHash’s roadmap aligns with Bittensor’s broader vision of AI services transacting via crypto. With a large Lightning Network infrastructure in place, InfiniteHash is positioned to enable Bitcoin microtransactions for AI agents in the Bittensor network. A future milestone is to integrate InfiniteHash’s Lightning node with Bittensor’s AI marketplace, so that AI models or data services on Bittensor could seamlessly use Bitcoin (sats over Lightning) for payments. This could involve building APIs or platforms where, for example, an AI content generator (another subnet) uses InfiniteHash’s Lightning liquidity to charge users in BTC for content, paying miners or validators via Lightning channels. While specific details are to be determined, the team explicitly views InfiniteHash as “the foundation for Bitcoin to become the preferred payment layer for the emerging AI agent economy.”In practical terms, after Phase 2 the team will likely explore partnerships or technical bridges between Bittensor subnets and the Lightning Network – effectively making InfiniteHash a bridge between the TAO economy and the Bitcoin economy.
Ongoing Development: The roadmap also includes continuous improvements such as refining the validation algorithms, expanding the pool’s capacity (onboarding more miners and perhaps more pool server regions globally), and governance upgrades. Because InfiniteHash operates within Bittensor, it can potentially adopt dTAO governance features as they evolve – meaning Alpha token holders (or delegated TAO stakers) could have a say in parameters like fee rates or threshold settings in the future. The team has shown a commitment to transparency, so we can expect periodic blog updates on milestone achievements (for example, when the first Lightning-based bonus rewards are paid out, or when “The Chef” wallet accumulates a significant TAO stake). In summary, InfiniteHash’s forward roadmap is about scaling up and interconnecting with AI applications: after proving the economic model works, the ultimate goal is to plug this Bitcoin-powered subnet into the wider world of AI services, using Bitcoin’s network to facilitate a new wave of decentralized AI commerce.
Daily Buyback Update — Subnet 89 on #Bittensor
⛏️ Revenue from mining $BTC is converted into $TAO and used to buy back Alpha on Subnet 89.
📊 Oct 15 2025 Buyback:
➡️ 22.94 TAO ≈ $10,217.44
Total to Date = 2,041.90 TAO
🔁 BTC → TAO → Alpha, supporting our holders every day
Daily Buyback Update — Subnet 89 on #Bittensor
⛏️ Revenue from mining $BTC is converted into $TAO and used to buy back Alpha on Subnet 89.
📊 Oct 10 2025 Buyback:
➡️ 10.58 TAO ≈ $3,942.10
Total to Date = 1,981.75 TAO
🔁 BTC → TAO → Alpha, supporting our holders every day
Daily Buyback Update — Subnet 89 on #Bittensor
⛏️ Revenue from mining $BTC is converted into $TAO and used to buy back Alpha on Subnet 89.
📊 Oct 09 2025 Buyback:
➡️ 27.52 TAO ≈ $8,923.18
Total to Date = 1,971.17 TAO
🔁 BTC → TAO → Alpha, supporting our holders every day
Daily Buyback Update — Subnet 89 on #Bittensor
⛏️ Revenue from mining $BTC is converted into $TAO and used to buy back Alpha on Subnet 89.
📊 Oct 07 2025 Buyback:
➡️ 11.75 TAO ≈ $4,053.28
Total to Date = 1,943.65 TAO
🔁 BTC → TAO → Alpha, supporting our holders every day
Daily Buyback Update — Subnet 89 on #Bittensor
⛏️ Revenue from mining $BTC is converted into $TAO and used to buy back Alpha on Subnet 89.
📊 Oct 06 2025 Buyback:
➡️ 12.70 TAO ≈ $4,161.99
Total to Date = 1,931.90 TAO
🔁 BTC → TAO → Alpha, supporting our holders every day
Daily Buyback Update — Subnet 89 on #Bittensor
⛏️ Revenue from mining $BTC is converted into $TAO and used to buy back Alpha on Subnet 89.
📊 Oct 04 2025 Buyback:
➡️ 13.02 TAO ≈ $4,124.34
Total to Date = 1,919.20 TAO
🔁 BTC → TAO → Alpha, supporting our holders every day
