SWARM (Subnet 124) is Bittensor's open benchmark for autonomous drone flight, training AI pilots with a depth camera instead of GPS or maps. Its model, SOTAPilot, hit a 95.34% success rate across six procedural worlds, then flew on real hardware via the open-source Langostino drone.
Katana is a native Bittensor workspace from the Ninja SN66 team. Researchers, miners, and validators get one persistent environment wired to Chutes, Targon, Lium, and more.
What is Lium (SN51)? Explore how Bittensor’s decentralized GPU marketplace is solving AI compute shortages with affordable GPU rentals, real revenue growth, and scalable infrastructure.
Manako is building AI Vision Agents powered by Bittensor’s Score Subnet 44 to help enterprises turn security cameras into real-time operational intelligence systems.
An AI agent built a Bittensor subnet in 48 hours using decentralized inference from Chutes. It pays 100% of emissions to whoever builds the best compressed 35B AI model. The winner's model is free at chat.arbos.life. Agents are already running businesses on Bittensor.
Oro is a decentralized AI agent evaluation network on Bittensor Subnet 15. Miners submit Python shopping agents, independent validators score them against ShoppingBench, and a two-phase race system with a reasoning judge allocates emissions to the best-performing agent daily.
As AI agents proliferate, they need infrastructure that enables them to transact freely, access services, and persist what they produce. Hippius, Subnet 75 on Bittensor, is the decentralized, verifiable storage layer that lets agents retain outputs, reuse work, and build compounding workflows.
Hyperscalers will absorb 100M GPUs by 2028. What's left for everyone else? ComputeHorde is coordinating idle GPUs worldwide into a verified, on-chain compute pool, and paying contributors in TAO. ComputeHorde (SN12) is decentralized compute for the masses.
RedTeam (SN61) is building a real-time cybersecurity market on Bittensor, where miners compete to generate continuous, machine-speed defense for enterprise systems.
YouTube creators are mining TAO by making videos on Bitcast (SN93). Pick a brand brief, film the video, publish it. AI verifies you hit the brief. On-chain validators pay you in alpha tokens based on real watch time from YouTube's own API. No agencies. No fake metrics. Live now.
Vidaio, built on Bittensor Subnet 85, uses AI video compression and upscaling to reduce cloud storage costs by up to 80%, challenging AWS-style video infrastructure.
Chutes (Subnet 64) is Bittensor's #1 inference subnet. This investor's guide breaks down its structural cost advantages, revenue flywheel, and bull case.
Bittensor's subnets are running some of the most complex and consequential machine learning challenges in the world. The friction keeping the best ML talent from working on them has never been ability. It's been blockchain overhead. The Subnet Mining Hub removes it entirely.
Traditional payment systems weren't designed for machines. Handshake58, backed by Bitstarter's community funding, is building payment infrastructure purpose-built for autonomous AI.
180,000 developers endorsed OpenClaw. Then security researchers found 1,800 leaked API keys, not from hacks, but because builders had nowhere to run AI agents reliably. Basilica (SN39) fixes this: verified GPU compute that slashes collateral for failures, pays in TAO, no credit cards required.
AI agents are already mining TAO on Bittensor subnets, optimizing emissions across multiple subnets around the clock. This guide explains how agentic mining works, what payback timelines can look like, and how to set it up safely in 2026.
