The chart follows the alpha price in τ. Each period starts at its opening price and steps through the mechanisms below, in a fixed order, to its closing price: a step that rises pushed the price up, one that falls pushed it down, and its height is how far it moved the price. A thin line carries each close into the next period’s open; it is dashed where the two differ. The faint candle behind each period is the market’s own open, high, low and close, for context.

With many periods on screen (90 days, or hours), the steps would be too thin to read, so the chart draws the price as a line instead and colours each period by the mechanism that moved it most. Hover a period for the full step-by-step breakdown.

Protocol buy: The chain spending excess emission TAO to buy alpha from the pool. A permanent protocol buyback; it pushes the price up.
Root sell: Root-dividend claims sold into the pool; they push the price down.
User buy / sell: Staking into and unstaking from this subnet.
Cross-subnet: Swaps from other subnets routed through this pool.
Residual: What the decomposition cannot attribute to a mechanism. It is always shown, never folded into another part.

Not here, because they do not move the spot price: the per-block TAO injection into the pool, and burns.

All figures are log changes, not simple percentage changes, so the parts add up exactly to the total; on big moves the two differ (a 10% log fall is a 9.5% price fall).

Today so far

2026-11-10 UTC, as of ≈00:43 UTC (block 9,472,303)

Price, today so far: 0.00296 τ
Volume, today so far: 0.07 τ
Market cap incl. burned, today so far: 3.00K τ
TAO in pool, today so far: 2.15K τ
Emission share, today so far: —not available yet

The day isn’t over yet, so these figures keep changing. They are in no daily total, average or rank.

Subnet Configuration

Pool & Mechanism

AMM Pool

Balancer

Mechanism

dTAO

Access

Registration

Open

Neurons

256/256Competitive

Validators

6/6458 open

Economics

Owner Cut

18.00%

Weights

Commit-Reveal

Enabled (v3, 1 epochs)

Liquid Alpha

Enabled

Weights Version

1000

Weights Range

1–65535

Timing

Tempo

360~1.2h

Immunity Period

5,000~16.7h

Activity Cutoff

5,000~16.7h

Market & Economics

Market

Market Cap

1,737.8174 τ

FDV

5,145.8840 τ

TVL

4,301.6690 τ

Lifetime Volume

107.11K τ

Holders

1,183

Owner Locked

239,949.7789 ᚛(40.86% of circulating)Perpetual

14d price

Revenue / Recycle

No recycle

last day

Emissions

<0.01%of network emissions

TAO emitted to this subnet

Sent into its pool each day: its share of network emissions

0.0003 τ/day

0.0003 τ per day

Daily distribution

Alpha paid out each day, valued at the pool price

7,200.0000 ᚛/day

≈ 21.3092 τ·21.3092 τ per day

Miners50.07%

3,605.2268 ᚛ ≈ 10.6701 τ/day

Validators31.93%

2,298.8061 ᚛ ≈ 6.8036 τ/day

Owner18.00%

1,295.9670 ᚛ ≈ 3.8356 τ/day

Stake 1,000 τ here

1,068.7973 ᚛/day≈ 3.1632 τ·3.1632 τ per day

From the validator share, before commission

176.66%staker APY

· 30d avg 176.66% · Stable

90d

Pool emits 1.0000 ᚛/block at 0.00296 τ/᚛. Yield varies with stake weight, pool price, and emission rate.

For Miners

50.07% of emission

Slots

256/256Competitive

Burn Cost

0.1000 τ

Est. per Miner

10.0145 ᚛/epoch≈ 0.0296 τ

Pool / Epoch

180.2613 ᚛≈ 0.5335 τ

For Validators & Stakers

31.93% of emission

Validator Slots

6/6458 open

Est. per Validator

19.1567 ᚛/epoch≈ 0.0567 τ

Registration Activity

Neuron registration trends

This Interval

24h: 0 registrations (0 burn · 0 PoW)

Target / Interval

Slots Available

Competitive

256/256

Neurons

256

Development Activity

verathos-ai/verathosPython

871 contributors3 commits/30dLast commit 26d ago

MIT

Top Contributors

Keplerteron192

Recent Releases

v0.2.345d ago v0.2.262d ago v0.2.163d ago v0.2.066d ago v0.1.4273d ago

What Verathos does

Running large language model inference at scale introduces a fundamental trust gap: callers cannot verify that a remote GPU actually executed the model they requested rather than returning cached or fabricated outputs. This matters for applications where correctness is load-bearing — code generation, reasoning pipelines, or regulated workflows where auditability is required.

Incentivized networks of GPU contributors can address this by binding each inference response to a cryptographic proof of execution. When miners must submit verifiable proofs alongside outputs, and validators independently check those proofs on every sampled request, the economic penalty for cheating makes honest serving the dominant strategy across the entire network.

Subnet 96 implements this by having GPU miners serve OpenAI-compatible inference endpoints backed by vLLM or distributed GGUF mesh pools, generating ZK execution proofs (proof-v2 manifest-based or proof-v3 execution-profile-based) per request.

Validators subscribe to Bittensor block headers, dispatch signed canary requests indistinguishable from organic traffic, verify proofs cryptographically, and set network weights proportional to throughput, latency, and verified correctness. Users access the network through a standard OpenAI-compatible API at api.verathos.ai, paying with TAO or USDC.

Auto-generated from the GitHub repository and may not reflect the latest changes.

About

active

Verathos (Subnet 96) is a Bittensor subnet that provides verified LLM inference with zero-knowledge proof verification. Miners serve qualified language model endpoints (via vLLM or distributed GGUF mesh pools) and earn emissions based on throughput, latency, model utility, and cryptographic proof correctness. Validators run canary tests indistinguishable from real traffic, verify ZK proofs or TEE attestations, score miners on multiple dimensions, and set Bittensor weights accordingly.

The subnet supports both single-GPU vLLM deployments and multi-machine GGUF mesh coordinators, with an OpenAI-compatible API layer for end users.

How it works

Verathos operates as a two-role subnet on Bittensor. Miners register model endpoints (vLLM single-GPU or GGUF mesh pools) on an EVM MinerRegistry smart contract, serve OpenAI-compatible inference with ZK proof generation, and renew 24-hour leases via heartbeat. Validators subscribe to Bittensor block headers, discover active miners from the MinerRegistry each epoch, dispatch signed canary requests indistinguishable from organic traffic, verify ZK proofs (proof-v2 manifest-based or proof-v3 execution-profile-based) or TEE attestations, collect signed receipts, score entries using EMA, and set Bittensor weights.

A shared-state file enables a co-located proxy/gateway to route organic user traffic to scored miners. Mesh coordinators manage multi-GPU GGUF deployments and publish signed verification snapshots that validators pin per-epoch for proof binding. Capacity audits use deterministic beacon-driven cohort selection to stress-test GPU availability claims.

Incentive mechanism

Validators dispatch canary tests (small low-context and full-context) to miners each epoch (~72 min). Each test measures TTFT, tokens per second, and optionally verifies ZK proofs (proof-v2 or proof-v3) or TEE attestations. Scores are computed per miner-model entry using: base model utility (active parameters, context length, quantization), demand bonus (organic traffic demand for that model), peer median adjustments for TTFT and throughput, and proof verification pass/fail.

An EMA (exponential moving average) smooths scores across epochs. Miners on probation (proof failures, obligation misses) have their EMA halved or zeroed. Capacity audits (hot-capacity windows) further verify miners can sustain calibrated GPU workloads under timing constraints.

Emission is distributed via model-bucket weights that account for logical model families and mesh vs. vLLM runtime lanes. Blacklisted miners are zeroed. The subnet owner burns a configurable fraction of emissions.

The sections above were auto-generated from the GitHub repository and may not reflect the latest changes. View repository (github.com, opens in a new tab, external site)

On-Chain Identitysigned on-chain by subnet owner

᚛

Verathos

Feather · Ogham letter

Verified AI inference and training subnet.

Owner: 5CGq1…pw7X
Hotkey: 5GpKX…Mz8c
Owner Cut: 18.00%
Contact: [email protected]

Registered: 8 months ago(Mar 7, 2026)
Block: 7,692,872
Slot history: Every subnet in SN96
Neurons: 256/256
Tempo: 360 blocks

Website

URL: https://verathos.ai/ (verathos.ai, opens in a new tab, external site)
Status: Up200
TLS: Valid
Title: Verathos Decide
Checked: 2026-11-09 04:03 UTC

Domain registered after this subnet started · Mar 10, 2026

Changes (4)

2026-11-04 04:02 UTCUp200Verathos Decide
2026-11-03 04:05 UTCDown
2026-10-16 04:04 UTCUp200Verathos Decide
2026-10-13 08:01 UTCUp200Verathos — Verified Intelligence for Everyone

Subnet History

Emissions started 2026-04-25 07:35 UTC

Block 8,044,242Extrinsic

SubnetIdentitySet 2026-03-30 13:42 UTC

Block 7,859,013Extrinsic

Subnet registered 2026-03-07 11:19 UTC

Block 7,692,872Extrinsic

SubnetIdentitySet 2026-03-07 11:19 UTC

Block 7,692,872Extrinsic

Subnet dissolved 2026-03-07 11:19 UTC

Block 7,692,872Extrinsic

Recent Activity

FirstEmissionBlockNumberSet Block 8,044,242 Extrinsic2026-04-25 07:35 UTC
SubnetIdentitySet Block 7,859,013 Extrinsic2026-03-30 13:42 UTC
NetworkAdded Block 7,692,872 Extrinsic2026-03-07 11:19 UTC
SubnetIdentitySet Block 7,692,872 Extrinsic2026-03-07 11:19 UTC
NetworkRemoved Block 7,692,872 Extrinsic2026-03-07 11:19 UTC

This information was auto-extracted from the GitHub repository and may be incomplete or out of date. Always refer to the subnet's GitHub repository (github.com, opens in a new tab, external site) for the latest instructions.

Hardware Requirements

Miner

GPURequired

GPU ModelNVIDIA RTX 4090

VRAM24 GB

RAM32 GB (64 GB rec.)

Storage100 GB

CPU Cores4

OSUbuntu 22.04

Networkdownload 100 Mbps, upload 100 Mbps

Validator

GPUNot required

RAM16 GB (32 GB rec.)

Storage50 GB

CPU Cores4

OSUbuntu 22.04

Networkdownload 100 Mbps, upload 100 Mbps

Not yet verified: Notes

Machine-extracted from the subnet's repository docs; may be wrong or out of date. Check the repository before buying or renting hardware. Open the repository (github.com, opens in a new tab, external site) · Extracted 26 Oct 2026

Miner Setup

One-command installer that sets up the serving environment, installs the qualified runtime and prebuilt proof components

curl -fsSL https://verathos.ai/install.sh | bash

Manual alternative: clone the repository and run the miner setup script(optional)

git clone https://github.com/verathos-ai/verathos.git && cd verathos && bash scripts/setup_miner.sh

Run the interactive guided wizard to configure wallet, registration, EVM funding, HTTPS, PM2, and config

verathos setup

Create a new Bittensor wallet for mining

btcli wallet create --wallet.name miner

btcli subnet register --wallet.name miner --netuid 96 --subtensor.network finney

Show your EVM address and SS58 mirror for funding

python scripts/show_evm_info.py --wallet miner --hotkey default

Transfer a small amount of TAO to fund EVM address for gas fees

btcli wallet transfer --dest <SS58_MIRROR> --amount 0.1 --subtensor.network finney

Start the miner with auto model selection; EVM registration is automatic on startup

python -m neurons.miner --wallet miner --hotkey default --model-id auto --netuid 96 --subtensor-network finney --endpoint https://YOUR-PUBLIC-IP

Set up HTTPS with nginx and self-signed certificate (required on mainnet)

bash scripts/setup_https.sh

Start mining via PM2 for production deployment with auto-restart(optional)

verathos start

Validator Setup

One-command validator installer

curl -fsSL https://verathos.ai/install.sh | bash -s -- --validator

Manual alternative: clone repository and run the validator setup script(optional)

git clone https://github.com/verathos-ai/verathos.git && cd verathos && bash scripts/setup_validator.sh

Run the interactive guided wizard for validator configuration

verathos setup validator

Create a new Bittensor wallet for validating

btcli wallet create --wallet.name validator

btcli subnet register --wallet.name validator --netuid 96 --subtensor.network finney

Show EVM address for optional funding (enables on-chain reportOffline votes)(optional)

python scripts/show_evm_info.py --wallet validator --hotkey default

Fund EVM address (optional but recommended for reportOffline participation)(optional)

btcli wallet transfer --dest <SS58_MIRROR> --amount 0.05 --subtensor.network finney

Set HuggingFace token to avoid rate limits when downloading tokenizers for proof verification(optional)

export HF_TOKEN="hf_..."

Start the validator; EVM registration is automatic on startup

python -m neurons.validator --wallet validator --hotkey default --netuid 96 --subtensor-network finney

Start validating via PM2 for production deployment(optional)

verathos start validator

No hardware? Back this subnet by staking instead New to mining? Start with the setup guide Validator setup guide

Day (UTC)

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2026-09-20

0.06%

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2026-09-17

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2026-09-15

0.11%

2026-09-14

0.13%

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2026-09-12

0.14%

2026-09-11

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2026-09-10

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2026-09-09

0.20%

2026-09-08

0.26%

2026-09-07

0.17%

2026-09-06

0.12%

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0.13%

2026-09-04

0.11%

2026-09-03

0.12%

2026-09-02

0.11%

2026-09-01

0.08%

2026-08-31

0.07%

2026-08-30

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2026-08-29

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2026-08-27

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2026-08-25

0.12%

2026-08-24

0.13%

2026-08-23

0.13%

2026-08-22

0.14%

2026-08-21

0.15%

2026-08-20

0.16%

2026-08-19

0.18%

2026-08-18

0.18%

2026-08-17

0.16%

2026-08-16

0.15%

2026-08-15

0.15%

2026-08-14

0.16%

2026-08-13

0.16%

2026-08-12

0.17%

What moved the price

Overview

Today so far

Subnet Configuration

Market & Economics

For Miners

For Validators & Stakers

Registration Activity

Development Activity

What Verathos does

About

Website

Subnet History

Recent Activity

Participate

Hardware Requirements

Miner Setup

Validator Setup

What moved the price

Today so far

Subnet Configuration

Market & Economics

For Miners

For Validators & Stakers

What Verathos does

About

Website

Subnet History

Hardware Requirements

Miner Setup

Validator Setup