Bittensor (TAO)

@TAO_Planet_ @markjeffrey @gordonfrayne @JesusMartinez doing a great job!

Most people holding $TAO have never opened the Bittensor docs. That is a mistake, because the docs describe a different network than the one Crypto Twitter argues about. I read them so you do not have to. Five things inside that change how you see this chain: 1. Bittensor has MEV protection at the protocol level. An encrypted mempool called MEV Shield hides transactions until they are finalised, so bots cannot front-run your stakes or trades. Most L1S still treat this as an unsolved problem. 2. TAO has halvings, like Bitcoin. Emissions cut in half at supply milestones on the road to the 21 million cap. The first one is not a theory. It is a documented mechanism with math you can verify yourself. 3. Your wallet has two keys for a reason. The coldkey holds your TAO and never touches daily operations. The hotkey handles staking and mining. If you are staking with your coldkey exposed on a connected machine, you are doing it wrong, and the docs say so plainly. 4. Registering a subnet burns TAO. Subnet cr

Everyone worried about AI faking things. Nobody noticed a tool the genetics field trusted for a decade was already doing it, quietly inflating DNA accuracy scores through a loophole no one caught. An open crypto network found it in weeks. Here is why that matters to you. Your DNA test is only as honest as the tool that reads it, and for ten years one of those tools was cheating, because labs grade their own work. A $TAO subnet caught it by doing the one thing science forgot how to do: let strangers check each other. That is what Minos actually is. Not a token. A trust machine for the most important data you own. The seven-genome problem I posted about is not a small flaw. It is the cracked foundation under personalised medicine, and this is the first thing rebuilding it in the open. 7,000 scientists heard the proof in November. Some of you will wish you understood this today.

Billion-dollar AI labs spent months and hundreds of millions to hit this number. A crowd of anonymous strangers matched it in 45 days for under $1 million. Here is the story, because it explains what $TAO actually is better than any price chart. SWE-bench is the benchmark for AI coding agents. It measures how many real GitHub problems an agent can actually fix. The best centralised labs treat a high score here as a billion-dollar achievement. Then a Bittensor subnet called Ridges hit 80% on it. Not a company. An open competition where anyone on Earth can read the top agent's code, improve one weak line, and if their version wins, they take the entire prize for that round. Over $10,000 a day, paid directly, no interview, no boss, no permission. That single design is the whole thesis. The founder of Bittensor calls it an incentive computer. Bitcoin pays people to produce hashes. Bittensor pays people to produce anything you can measure and score. Coding agents. Trained models. Drug molecules. We

$TAO about to break upwards Send it https://t.co/HMkxsRVIys

My Top 10 TAO YouTube Creators 👇 If you’re deep into $TAO, these are the channels I’d seriously recommend following: 1) Hash Rate Podcast w/ @markjeffrey — one of the best interviewers of subnet founders in the entire Bittensor ecosystem. 2) @gordonfrayne — great TAO interviews + very solid Bittensor content overall. 3) @TAOTemplar — Bittensor OG. Always worth watching his valuable insights. You should definitely subscribe to him. 4) @ShizzyUnchained — entertaining, transparent guy. Currently running the 10 TAO → 100 TAO challenge! 5) Trend Setter Capital w/ @RadoTsc — documenting his Bittensor journey + practical mining tutorials. Great content overall. 6) Revenue Search w/ @SiamKidd & @MarkCreaser — two DSV fund founders. Great and honest interviews with subnet owners. 7) @JesusMartinez — relatively new voice in TAO community, but really good at explaining the complexity of Bittensor in a simple way. 8) @TAO_dot_com — very deep into technical conversations about Bittensor. 9) The TAO Pod

In @const_reborn own words: “Bittensor will be run by agents. They will feed the mining, resist the exploits, manage the fleets, build the subnets and consume the commodities.” 404—GEN is one of the clearest examples of where this is going. Most AI-made games today are easier to build in 2D because 2D assets are simpler for agents to work with, but 3D is much harder. A normal 3D mesh is like a finished object. An agent can see it and use it, but it cannot easily understand how it was built or how to change it. What agents need is code that generates 3D geometry. That is why 404 created the procedural asset competition, where an agent can read the spec, write Three.js code, submit the asset, and compete openly on Subnet 17. This is the third major 3D representation 404 has pushed toward Large Spatial Models (LSMs). With this, agents can participate directly in mining the subnet, writing code, submitting assets, and competing autonomously and openly. We are not only building infrastructure for agent-cr