Stablecoin onchain analytics is the practice of tracking stablecoin supply, mints, burns, transfers, and cross-chain movements using blockchain data. As of early 2026, stablecoin total supply across all chains sits at approximately $310 billion, with monthly transfer volume in the trillions. Treasury teams, issuers, fintech onramps, and traders all consume some form of stablecoin analytics. This guide covers the data sources, the core metrics, the tooling, and the tracking-specific challenges.
​

For background on what stablecoins are and how they work, see our stablecoin primer and stablecoin categories explained.
​

Stablecoin analytics has four data layers, each built on the previous one.
​

Supply. The total stablecoins in circulation, by issuer (Circle, Tether, Sky, PayPal, etc.) and by chain (Ethereum, Tron, Solana, Base, etc.). Supply is the headline metric most reports cite. As of early 2026, USDT leads at ~$185B, USDC at ~$75B, USDS+DAI combined at ~$8B per DeFiLlama Stablecoins.
​

Mints and burns. Issuance and redemption events. Each issuer publishes mints to a treasury contract; users redeem against the issuer. Mint/burn data shows net issuance — whether stablecoin supply is growing or shrinking.
​

Transfers. Onchain stablecoin transfer events. Aggregated, these show total stablecoin throughput. Artemis publishes daily transfer volume crossing $100B+ on heavy days.
​

Cross-chain flows. Stablecoins moving between chains via bridges and burn-mint protocols. Circle's CCTP, Tether's TON bridge, LayerZero OFTs, and others. Cross-chain stablecoin flows have grown to a substantial fraction of total transfer volume — a stablecoin's apparent "supply" on one chain depends on cross-chain net flows.
​

Five sources together cover the analytics surface.
​

Circle publishes monthly attestations of USDC reserves. Tether publishes quarterly attestations. Paxos, PayPal, Sky, and others publish similar reports. These are the offchain ground truth for backing assets.
​

Each issuer's contract publishes mint and burn events. USDC's Ethereum contract, USDT's Ethereum contract, etc. Querying mint/burn events from these contracts gives a real-time view of issuance.
​

DeFiLlama Stablecoins aggregates supply across chains and issuers. Free, public, well-maintained. The most cited single source for cross-issuer comparisons.
​

Artemis publishes stablecoin supply, transfer volume, active addresses, and chain breakdowns. Pricing as of 2026: free tier, Pro at $588/year per Artemis pricing.
​

For custom queries, Dune Analytics and Allium expose decoded stablecoin tables. Both publish per-issuer transfer events that can be joined with chain, time, and amount filters.
​

Six metrics together describe the state of a stablecoin or the stablecoin market.
​

Total supply. The headline. Circle reports ~$60B USDC; Tether reports ~$155B USDT. The number includes all chains where the stablecoin lives — for a multi-chain stablecoin, supply on each chain plus cross-chain liquidity sums to total.
​

Net mint rate. Mints minus burns over a window (daily, weekly). Positive = supply growing, negative = shrinking. A meaningful indicator of demand: when traders convert dollars to stablecoins, net mint rises.
​

Active addresses. Distinct addresses that sent or received the stablecoin in the period. Artemis publishes daily active stablecoin addresses crossing 18M+ in early 2026.
​

Transfer volume. Sum of all stablecoin transfers, USD-denominated. Includes both end-user transfers and CEX/DEX intermediary transfers.
​

Cross-chain net flow. For multi-chain stablecoins, the net flow from one chain to another. CCTP-attested USDC moves are explicit; OFT-based moves require stitching across LayerZero events. Net flow shows where stablecoin liquidity is migrating.
​

Concentration ratio. The fraction of total supply held by the top N addresses. Most stablecoins are concentrated — the top 100 addresses often hold 50%+ of supply, mostly exchanges and issuer treasuries.
​

The hardest part of stablecoin analytics. Stablecoins exist on many chains; supply is fungible across them via bridges and burn-mint protocols.
​

Three movement patterns to track:
​

Burn-mint via CCTP. Circle's Cross-Chain Transfer Protocol burns USDC on the origin chain, attests the burn, and mints on the destination. Both events are onchain and stitchable. CCTP volume reached tens of billions monthly by 2026.
​

Lock-and-mint bridges. Older bridges (Stargate, Hop, Across) lock the source token and mint a wrapped version on the destination. The wrapped version is a separate asset — "USDC.e" on Avalanche is different from native USDC. Tracking requires matching wrapped variants to canonical issuance.
​

Issuer multi-deployment. Tether issues USDT natively on Tron, Ethereum, Solana, TON, and others — each is independently issued. Cross-chain "transfers" of USDT are usually really CEX-mediated swaps, not bridge moves. Aggregate USDT supply is the sum of native deployments.
​

Allium publishes explicit cross-chain transfer tables that stitch CCTP and major bridges. For more on cross-chain mechanics, see our crypto bridging guide.
​

Stablecoin treasuries — DAO treasuries, corporate stablecoin holdings, fintech float — use onchain analytics for two things.
​

Reconciliation. Daily reconcile onchain balances against the offchain ledger. Discrepancies surface within minutes if a transfer goes unrecorded. Allium's warehouse model fits this — onchain balance tables join with internal treasury accounts.
​

Counterparty monitoring. Watch large stablecoin holders (other treasuries, CEX deposits, market makers) for activity patterns that affect the team's own positioning. Nansen's Smart Stablecoin Holder labels surface this.
​

For convertibility — moving USD to USDT or between stablecoins — see our USD-to-USDT conversion guide.
​

Three places where stablecoin analytics commonly mislead.
​

Wrapped vs native. "USDC supply on Avalanche" can mean (a) native USDC issued by Circle on Avalanche, or (b) USDC.e — Avalanche-native wrapped USDC bridged from Ethereum. The two are not interchangeable. DeFiLlama and Artemis distinguish them; many other sources don't.
​

Issuer-only mint events. Counting mints from the issuer contract gives net issuance — but doesn't include CEX-mediated stablecoin creation (e.g., a CEX takes USD, issues "USDT" credit on its books, settles with the user later). The onchain mint number is a lower bound on user-side stablecoin demand.
​

Round-trip transfer inflation. Transfer volume includes self-transfers and CEX intermediary moves. A user buying ETH on Coinbase with USDC may produce three transfers (user→CEX, CEX→DEX, DEX→user) for one economic event. Headline transfer volume overstates economic transfer volume.
​

The cadence of stablecoin monitoring depends on the use case.
​

Real-time (sub-second to seconds). Trading desks, market makers, and high-frequency monitoring tools need sub-second latency. Allium Datastreams is the standard option here, with 1-3 second latency from chain finality. Custom indexers (Goldsky, Subsquid) can reach similar latency.
​

Near-real-time (1-10 minutes). Trading research, alert systems, and operational dashboards. Most warehouse products land in this range — Dune (5-10 min on free tier), Allium batch (2-10 min), Allium Explorer.
​

Hourly. The standard cadence for aggregator products. DeFiLlama Stablecoins and Artemis update roughly hourly. Sufficient for most reporting and research.
​

Daily. The cadence for treasury reconciliation, monthly reporting, and audit-grade reports. Daily snapshots are easier to compare across periods than higher-frequency feeds.
​

Most teams need only one cadence. Picking the highest-cadence option "to be safe" is a common mistake — real-time data carries higher cost, more noise, and requires more infrastructure to consume. Start at the lowest cadence that solves the problem.
​

Most teams that need stablecoin analytics beyond what aggregators publish build a custom dashboard. The components:
​

Data sources. Pick one warehouse (Dune for SQL flexibility, Allium for production) and one aggregator (DeFiLlama for free reference). The warehouse provides custom slices; the aggregator provides cross-checks.
​

Core queries. Per-issuer mint events, per-issuer burn events, per-chain transfer volume, top-100 holder concentration, cross-chain net flow. These five queries cover most use cases.
​

Refresh cadence. Hourly is enough for most reporting. Daily is enough for treasury reconciliation. Real-time is only needed for trading or alerting.
​

Visualizations. Stacked area chart for chain breakdown of supply, line chart for net mint over time, bar chart for top issuers, table for top holders. Five visualizations cover the bulk of what reporting needs.
​

Alerting layer. Wire the dashboard's underlying queries into an alerting system — Slack webhooks, PagerDuty, Telegram bot. Alert on threshold crosses (e.g., USDC mint on Base > $100M in an hour).
​

Most production stablecoin dashboards built by issuers, treasury teams, and analyst groups follow this pattern. The fastest way to start is to fork an existing public Dune dashboard and modify it.
​

The stablecoin market has a long tail of issuers, but five dominate measurable supply.
​

Tether (USDT). The largest by supply at ~$155B. Native deployments on Tron (~$86B), Ethereum (~$80B), and smaller amounts on Solana, TON, BSC, and others. Tether's transparency page publishes quarterly attestations. Tron USDT dominates remittance and emerging-market transfer volume.
​

Circle (USDC). Supply ~$60B as of early 2026, distributed across Ethereum, Base, Solana, Arbitrum, Polygon, and others. Circle's transparency page publishes monthly attestations. CCTP enables canonical USDC across chains via burn-and-mint.
​

Sky (USDS / DAI). Combined supply ~$5B. USDS is the rebranded MakerDAO stablecoin; DAI continues as a parallel token. Both are crypto-collateralized rather than fiat-backed. Native to Ethereum.
​

PayPal (PYUSD). Supply ~$700M. Issued by Paxos. Native deployments on Ethereum and Solana. The PayPal brand and fintech-friendly compliance posture make this one of the more institutionally adoptable stablecoins.
​

Ripple (RLUSD). Launched late 2024. Supply ~$100M+ and growing. Native to Ethereum and the XRP Ledger.
​

The remaining ~$50B+ comes from smaller issuers (FDUSD, USDe, USDD, GUSD, etc.) and chain-native deployments. The DeFiLlama Stablecoins dashboard ranks the full list.
​

Velocity — how often a unit of stablecoin changes hands per period — varies dramatically by chain and use case.
​

Solana stablecoins have high velocity, driven by DEX trading (Jupiter, Raydium). USDC on Solana might turn over multiple times per day during active trading periods. Tron USDT has medium-low velocity — much of the supply is held by remittance senders for short periods.
​

Ethereum USDC sits between. Heavy DeFi activity drives velocity within DeFi protocols, but a large fraction of supply is held idle in CEX hot wallets and treasuries.
​

Velocity tracking matters for two reasons. (1) High-velocity supply behaves differently from low-velocity supply in regulatory and reserve analysis. (2) Active stablecoin volume — what gets reported as "stablecoin transfer volume" in industry reports — is roughly velocity × supply. Reports that cite headline transfer volume without disclosing the velocity assumption are easy to misread.
​

Artemis publishes adjusted transfer volume that attempts to strip out internal CEX moves and round-trips. The adjusted number is meaningfully smaller than the raw onchain transfer total — sometimes by 5-10x.
​

Eco operates at the execution layer for stablecoin movement. Teams that route stablecoin payments and swaps through Eco generate onchain transfers that show up in stablecoin analytics platforms within minutes — DeFiLlama, Artemis, Dune, and Allium all index them. Eco's job is making the execution efficient (best-price routing across 15 chains, settlement abstracted away from the integrator); the analytics platforms describe the result. For more on Eco's stablecoin orchestration, see our chain abstraction guide.
​

DeFiLlama Stablecoins for supply, issuer breakdown, and chain breakdown. Artemis stablecoin dashboard for active addresses and daily transfer volume. Both have free tiers covering most use cases.
​

Onchain supply is exact — it's the contract's circulating balance. The question is how that maps to backing assets. Circle and Paxos publish frequent attestations; Tether publishes quarterly. Onchain supply is reliable; backing-quality is a separate question requiring trust in the issuer.
​

Yes. Etherscan, Arbiscan, and other chain explorers show ERC-20 balances per address. Nansen's Wallet Profiler aggregates across chains. For programmatic access, Alchemy and Allium APIs return per-wallet token balances.
​

USDT0 is a Tether deployment using LayerZero's OFT standard for cross-chain consistency. Native USDT is issued separately on each chain. USDT0 transfers move via LayerZero burn-mint; native USDT transfers don't. See our Tether vs OpenUSDT vs USDT0 explainer.
​

For CCTP, the burn-attest-mint events are queryable on Dune (CCTP tables) and Allium. For LayerZero OFTs, the bridge events are also onchain. For lock-mint bridges, each bridge has its own contracts to query. Allium publishes a unified cross_chain_transfers view that stitches the major patterns.
​