#Bittensor $TAO #decentralizedAI
Claims and Cross Check.
1. SN2 â @omron_ai â âWorldâs best SSL for AI.â
What it is: A zkâML / proofâofâinference subnet (cryptographic receipts that a specified model really ran on given inputs), not âselfâsupervised learning (SSL).â Docs, code and diagrams confirm a ZK proof flow between miners and validators.
Evidence for âworldâs bestâ: Thereâs no neutral benchmark comparing Omronâs prover/verifier throughput, latency or costs vs leading zkâML stacks (EZKL, RISC Zero, Modulus, Orion). Thirdâparty zkâML benchmarks show massive variance across frameworks, but donât include Omron yet.
What to publish: Endâtoâend proof time, gas/CPU cost, and verification time on standard nets (ResNetâ18, tinyâBERT) vs EZKL/RISCâZero; reproducible harness traces. Also clarify modelâauthenticity guarantees (proof binds to model hash?) and adversarial cases (quantization drift, nonâdeterminism).
2. SN3 â
@tplr_ai â âWorldâs best distributed decentralized preâtraining.â
What it is: A distributed training subnet that already finished a ~1.2Bâparameter run over 20k cycles with ~200 GPUs; roadmap to 8Bâ70B. Preliminary benchmark deltas vs AdamW are published.
Evidence for âworldâs bestâ: We have proof it trains at scale; we donât have SOTA wins against centralized runs or public lossâcurves at 8B/70B.
What to publish: Full training cards (data tokens, optimizer, LR schedule, wallâclock, hardware mix), eval on HELM/MMLU/ARCâC/HellaSwag for Templarâ8B; scaling laws vs baselines; reproducible shards checkpoints.
3. SN4, SN51, SN64 â
@TargonCompute /
@lium_io /
@chutes_ai â âWorldâs cheapest compute / inference / AI deployment.â
What they are: The compute trifecta (serverless inference & rentable GPU capacity). Code, docs, and public orgs exist; Targon emphasizes secure/CC execution; Lium exposes a renter UI; Chutes ships API keys on BitTensor auth. Investor analysis claims $20M ARR combined after monetization switchâon.
What to publish: A public price/perf dashboard: $/1M tokens for Llamaâ3.1â8B/70B at fixed latency SLOs, $/GPUâhour by SKU (A100/H100/L40S), coldâstart p95, and egress. Put it sideâbyâside with Vertex/SageMaker quotes and Runpod on a fixed workload.
4. SN13 â
@Data_SN13 Universe (Macrocosmos) â âWorldâs largest decentralized data scraper.â
What it is: A subnet focused on web/social scraping & distribution (e.g., Gravity/MCP), positioned as Bittensorâs âdata layer.â
Evidence for âlargestâ: Strong outward momentum, but no audited totals (docs/pages/day, unique domains, total tokens) vs decentralized peers (Common Crawlâstyle mirrors, onâchain data nets).
What to publish: Live counters (unique URLs/day, avg delay from publishâingest, cost/post), provenance metrics, and dedup/robots compliance reports.
5. SN17 â 404âGen â âWorldâs largest collection and generator of 3D models.â
What it is: A 3D generation subnet that released a 21.5Mâasset open dataset; a 20kâasset slice is on Hugging Face; claim is it exceeds ObjaverseâXL (10M ).
Evidence for âlargestâ: Plausible. ObjaverseâXL is ~10M; 404âGen reports 21.5M. Multiple thirdâparty writeâups repeat the size claim, though peerâreviewed auditing is thin.
What to publish: Independent audit of unique meshes (hashâbased dedup), license metadata coverage, basic quality metrics (mesh watertightness, triangle count distributions) and alignment with Unity/Blender import success rates.
6. SN18 â
@zeussubnet & SN57 â Gaia â âWorldâs most accurate weather forecasting.â
What they are: Decentralized ML weather/geophysical subnets. Zeus has analyses on 2âm temperature & precipitation using ERA5 and mixtureâofâexperts; Gaia targets geomagnetic Dst and soil moisture (Sentinelâ2/SMAP inputs).
Evidence for âmost accurateâ: Internal PDFs show encouraging results, but the global bar is ECMWF/HRES (and now AIFS). Thereâs no headâtoâhead, stationâverified leaderboard (RMSE/CRPS) across horizons and regions.
What to publish: A public forecastâverification portal vs ECMWF/GFS/ICON with RMSE, MAE, ACC, CRPS by lead time (0â120h), by variable (2âm T, 10âm wind, precip), and by WMO station setâplus PIT calibration plots. For Gaiaâs Dst/soil moisture: agreed scoring windows and comparisons to published baselines.
6. SN32 â
@ai_detection â âWorldâs best AI text detector.â
What it is: An AIâgenerated text detector with published benchmarks (RAID, GRID, CUDRT). Their March 2025 report shows SOTAâlevel RAID numbers at 5% FPR.
Evidence for âbestâ: Contested but strong. RAID is the right benchmark; however, the live RAID leaderboard and other detectors (e.g., Desklib) also claim top spots at times. The task is adversarial and volatile; external media warn detection is brittle in the wild.
What to publish: A live, signed submission to RAID/CUDRT with versioned model hashes; falseâpositive studies on student essays & bilingual corpora; robustness to paraphrase/homoglyph attacks; and calibrated thresholds per use case (education, journalism, moderation).
7. SN33 â
@ReadyAI_ â âWorldâs best decentralized text data cleaning/labeling.â
What it is: A structuredâdata/annotation subnet using LLMs to replace parts of human labeling pipelines. Public material compares itself conceptually to Scale AI.
Evidence for âbestâ: No audited cost/quality comparisons vs commercial LLMâlabeling stacks.
What to publish: Benchmarked quality (Krippendorffâs α, task F1) and cost/1k labels across NER, sentiment, multiâlabel topicsâagainst Scale AI/Labelbox/Mechanical Turk with blinded human adjudication.
8. SN34 â
@bitmind â âWorldâs best deepfake detection.â
What it is: An adversarial detectorâgenerator subnet (GAS) for deepfakes. Active repo and explainer content exist.
Evidence for âbestâ: Needs standardized evaluation on FaceForensics , DFDC, DeeperForensics with crossâmodel generalization and adversarial evasion.
What to publish: ROCâAUC/EER by generator family (latent diffusion, faceâswap), robustness to compression & frame rate, and live redâteam reports.
9. SN44 â âWorldâs best decentralized computer vision.â
What it is: A decentralized video CV stack (starting with soccer), with live tasks and a public site/repo.
Evidence for âbestâ: Great to see leaderboards, but no COCO/AVA/TrackingNet style numbers; sportsâspecific tasks are hard to compare.
What to publish: mAP for detection/pose, MOTA/MOTP for tracking, event detection F1, and cost/videoâminute vs centralized pipelines.
10. SN50 â
@SynthdataCo â âWorldâs best price path projection forecasting.â
What it is: Probabilistic crypto priceâpath simulation (distributions, not point forecasts) with MonteâCarlo style ensembles and open whitepaper/code.
Evidence for âbestâ: promising framing. The right way to judge this is CRPS, calibration (PIT), and tail risk capture, not directional accuracy. Community analyses praise the methodology, but we still need neutral backtests.
What to publish: Rolling CRPS vs implied vols and naive baselines; calibration curves; PnL of riskâmanaged strategies that only read the distribution (no oracle peeking).
11. SN56 â
@gradients_ai â âWorldâs cheapest 1âclick AutoML.â
What it is: A competitive fineâtuning platform (text/image; Instruct/DPO/GRPO) with v1.0 and claims of $100â$500 runs vs â$10k â on bigâcloud.
Evidence for âcheapestâ: Cloud prices vary; public docs donât show matched case studies vs Vertex/SageMaker for the same dataset/model/SLO.
What to publish: A basket of open fineâtune jobs (e.g., Llamaâ3â8B FAQ bot, 5â20k examples): quality deltas, wallâclock, and fully loaded cost vs Vertex/SageMaker open infra.
12. SN62 â
@ridges_ai â âWorldâs best openâsource coding assistant.â
What it is: A codeâagent subnet targeting CI regression/codeâgen; roadmap promises SWEâBench style benchmarks and a public API/leaderboard.
Evidence for âbestâ: Todayâs gold standards are SWEâbench Verified and now SWEâbench Pro; we need applesâtoâapples scores.
What to publish: Endâtoâend SWEâbench Verified results (solveârate, time, humanâintervention), patch acceptance in real repos, and diffs signed by miners.
13. SN68 â
@metanova_labs â âWorldâs best novel drug discovery AI.â
What it is: A drugâdiscovery subnet with evolving NOVA protocol papers (adversarial, modelâagnostic search).
Evidence for âbestâ: Researchâstage. No prospective wetâlab validations or blinded external challenge wins are public.
What to publish: Prospective hitâfinding on public targets (DUDâE/LITâPCBA) with docking selectivity; ADMET predictions vs pharma baselines; even a small wetâlab validation would be huge.
14. SN75 â
@hippius_subnet â âWorldâs cheapest cloud storage.â
What it is: A storage subnet launched in March 2025 with community hub and docs.
Evidence for âcheapestâ: Needs $/GBâmonth, durability, egress, and retrieval latency compared to S3, Cloudflare R2, Storj, Filecoin.
What to publish: A pricing & durability SLA: $/GBâmo, 11ânines target, multiâregion replication, and public chaos tests (corruption, partial loss).
15. SN85 â
@vidaio_ â âWorldâs cheapest video compression & upscaling AI.â
What it is: A video processing subnet with an active site and repo/media explaining upscaling/compression services.
Evidence for âcheapestâ: We need VMAF/SSIM/PSNR vs Topaz/DaVinci cost/minute at fixed output specs (1080pâ4k, p95 latency).
What to publish: Full benchmark suite: input qualities, GPU class, throughput, and cost curves; ablation on temporal consistency.
16. SN93 â
@Bitcast_network â âWorldâs largest decentralized video generation agency.â
What it is: A UGC mining subnet where creators publish to briefs (YouTube, X) and validators score via OAuthâd analytics; onâchain economics are tracked (dTAO/Alpha).
Evidence for âlargestâ: Architecture and token flows are clear; âlargest agencyâ needs counts of active creators, videos/month, and aggregated watchâtime vs any other decentralized UGC marketplace.
What to publish: Transparency board: active miners, briefs filled, views/watchâhours verified per cycle, payout dispersion, and antiâsybil/trafficâquality stats.