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Bittensor subnet news

Subnet blogs, ecosystem press and community — GitHub lives in its own tab

Network-wideBlog · 2d ago

How Bittensor became my crypto rabbit hole 😂

I’ve reached the point where I barely look at crypto anymore 😂 Funny how things change. A while ago I was checking charts, narratives, altcoins, rotations… basically looking at everything that moved. Now? Bitcoin. And then I somehow fell even deeper down the Bittensor rabbit hole. These days, most of my attention is on TAO and Bittensor subnets. My current subnet allocation is spread across 8 subnets: 🟦 Lium — 17.9% 🟩 Chutes — 16.7% 🟨 GM — 15.2% 🟥 Targon — 13.9% 🟪 Engy — 12.2% 🩵 Green Compute — 10.1% 🩷 Score — 8.0% 🟢 Bitcast — 6.1% I’m not saying these are the winners — that’s exactly why I’m diversified across several instead of betting everything on one. What I find fascinating is that Bittensor makes me think about crypto differently. Instead of just asking: “What token is going to pump?” I’m increasingly asking: “Which networks are actually building something people will pay for?” And with the recent emission changes putting significantly more weight on the stronger subnets, I’m even more interested in watching which projects can actually prove themselves. So I’m curious about the Bittensor crowd: 🔥 Which subnets are YOU most bullish on right now, and WHY? Don’t just drop the ticker. Give me your top 1–3, and tell me what you’re seeing — revenue, product, partnerships, developer activity, demand, emissions, whatever. Convince me. 👇 Let’s see which subnets Reddit thinks could be the future of Bittensor. 🧠⚡ submitted by /u/No-Abbreviations4063 [link] [comments]

r/bittensor_

Network-wideBlog · 2d ago

Part 3: Analyzing Fair-Launch & Proof-of-Work Architecture in the Top 100

When analyzing top cryptocurrencies by market capitalization, networks generally fall into distinct architectural categories based on their consensus models and launch mechanisms. Fair-Launch & Proof-of-Work Networks Examples: Bitcoin (BTC), Kaspa (KAS), Monero (XMR), and Bittensor (TAO) What Makes Them Different: These protocols utilize Proof-of-Work consensus models without pre-allocations, initial coin offerings, or early venture capital rounds. Block rewards are distributed strictly through network participation and mining. How these networks function: Bitcoin functions primarily as a decentralized store of value and baseline network for digital scarcity. Kaspa utilizes a BlockDAG structure to scale Proof-of-Work throughput, enabling higher block frequencies and rapid transaction finality. Monero implements default protocol-level privacy via ring signatures and stealth addresses to conceal transaction metadata. Bittensor applies Proof-of-Work mechanisms to machine learning, creating an open marketplace for decentralized compute and AI subnets. submitted by /u/90Skill10Luck [link] [comments]

Reddit r/CryptoCurrency — Bittensor

Network-wideBlog · 2d ago

Runtime 452 (proposed)

Proposed runtime upgrade to spec 452 (awaiting signatures) CI has submitted its half of the 2-of-2 deployment multisig for this upgrade on finney. It executes once the sudo multisig (triumvirate) produces the second approval. This tag is the exact code being deployed. Sign it Each triumvirate member runs: btcli upgrade sign --url https://github.com/RaoFoundation/subtensor/releases/tag/v452 -w <your-wallet> btcli verifies the call data against the chain (structure, sudo key, on-chain call hash) before submitting, and picks the right approval (first / interior / final) from chain state automatically. Verify it independently (recommended) Build the runtime from this tag with srtool and compare byte-for-byte (see .github/scripts/deploy/README.md for the full recipe): git fetch origin && git checkout v452 # srtool build, then: btcli upgrade check --url https://github.com/RaoFoundation/subtensor/releases/tag/v452 --wasm <path/to/your-build.wasm> Without --wasm, btcli upgrade check --url https://github.com/RaoFoundation/subtensor/releases/tag/v452 still verifies the published artifacts against each other and the chain, but trusts the released wasm; a local srtool build closes that gap. Proposal details spec_version 452 commit da06f033663896ef2fdbbfc3ecc68ca908fba0f5 call hash 0x558653bd532d2600ac61b5c598aee2ee61e498864cfa736e99ecc27fb64c72da deployment timepoint 8951215:15 CI key 5EqaWfYWgPWfXRFaM2hXbATkVGKdEJBznoyEUnVi8aGfN1bA deployment multisig 5CzMP6tiNjKx3YiTbuPebLHZCtuomzTPzEGvG711iemY6u2f wasm sha256 0x05616e9ddf330e4c0f880fff1fb155162b7837bb4171b7ffc779680379eb9d8b

Subtensor GitHub

Network-wideBlog · 3d ago

TurnNet is alive!

🚨 TURNNET TOKENOMICS MATRIX UPGRADE: GENESIS BOOST UNLOCKED 🚨 Operators, let's establish the network reward parameters cleanly. We are officially cementing the Genesis Multiplier framework directly into the TNET supply-side token economics matrix. 1️⃣ PERMANENT TOKEN ACCUMULATION: Every single decimal fraction of $TNET you farm on your live browser terminal dashboard right now is code-locked to your node identity row. It maps 1:1 straight to our official mainnet token deployment. You keep everything. Zero network wipes. 2️⃣ LIFETIME MULTIPLIER BADGE: Because you are the first members inside the matrix, your node tracking logs are being upgraded to a permanent 3x Genesis Multiplier. For the entire lifecycle of the TurnNet Protocol, your bandwidth routing loops will yield 300% higher token output velocity compared to any standard retail node joining post-launch. We do not dilute the early adopters. We reward the foundation. This 3x lifetime multiplier is strictly hard-capped to the first 100 entries on our live Supabase waitlist spreadsheet. Once Row 100 hits the cloud table cells, the multiplier vault slams shut permanently. Go to our pinned tweet on X, quote-tweet it, and tell your circle to secure a slot before the data lines fill up. 👉 Lock in your 3x slot: turnnet.vercel.app submitted by /u/TurnNetProtocol [link] [comments]

r/bittensor_

Network-wideBlog · 3d ago

Root Reborn is live: validators can now pick their own basket, and this changes how you stake

Before, staking on root paid you interest automatically, in TAO, reinvested into your stake on its own. You did nothing. Now, the validator reinvests your interest into a basket of alphas, the tokens of each subnet. To get your money back, you press a button: the claim. In the Novelty Research episode, Const, the cofounder, presented this as one of Bittensor's first consumer facing products: teams competing for yield, where each validator becomes a manager, and anyone can subscribe to the basket they judge best. Each validator can choose by itself which subnets your interest goes into, and in what amount. Before, every manager bought the same average market portfolio. Now, each one builds its own portfolio. That is basket selection. a validator must spread across at least sixteen subnets, the one sixteenth cap. No single bet. What to look at NAV : the basket's value. Not the validator's size: a large stake can carry a small basket, because the basket only receives reinvested interest. TWR : the basket's performance since creation. The number to compare managers. The gaps are tiny today, decisive in a few weeks. Weights : the real signal. Empty: not chosen yet. Equal: set without sorting. Differentiated: active selection, the strongest signal. Redeemed : what people withdrew. A jump means a big claim, someone selling a basket. Sold as a block into small illiquid subnets, it can crush their price. Kraken's basket was worth 2,427 TAO. A big staker hit claim, it fell to 580 TAO, and the price of its main subnets dropped about 20%. Not a fundamental problem: a structural capacity. A big staker can dump a whole basket at once, and it crushes small illiquid subnets. That is the risk to watch. A subset of validators already set their selection. Six validators have set in total. The biggest, Yuma, TAO.com, Kraken, still watch: we are at the beginning, not a massive shift. You can browse every validator's basket and performance on taostats.io/validators. Yield depends on the

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