Best Token Holder APIs in 2026

Token Holders

API

On-Chain Analysis

Research

• August 25, 2026

The short answer

Token holder data is one of the most requested and least well-served datasets in crypto, because it is expensive to produce. No chain stores a holder list — it has to be derived by replaying every transfer of every token and maintaining running balances. That is why many providers offer holder counts but not distribution, or current holders but not historical.

Bitquery — holder distribution in real time and historically, across 40+ chains.
Moralis and Covalent — holder endpoints on their supported chains.
Etherscan / BscScan — holder lists in the explorer UI, with limited API access.
Dune — holder analysis in SQL, good for research.
Birdeye — holder distribution on its supported chains, Solana-first.

What to look for in a token holder API

Distribution, not just a count. "12,400 holders" says little. The top-10 concentration says most of what matters.
Historical snapshots. "Who held this token before the price moved" is a completely different query from "who holds it now" — and far more useful for research and airdrop design.
Contract and exchange filtering. Pools, bridges, staking contracts and exchange wallets appear as huge holders and distort every concentration metric unless labelled and excluded.
Chain coverage. Holder logic differs between EVM balances and Solana token accounts; a provider must handle both properly.
Freshness. For risk scoring on new tokens, a holder list that is hours old is useless.

The best token holder APIs

1. Bitquery — best for distribution and historical snapshots

Bitquery serves token holder data across 40+ chains in one schema, in real time and historically. That means current distribution, holder counts, top-holder concentration and point-in-time snapshots — who held what on a given date — plus the transfers and DEX trades that moved between those states, so a concentration change can be traced to the trades that caused it.

Address labelling helps separate genuine holders from pools, bridges and exchange wallets, which is the step that makes concentration metrics meaningful rather than misleading.

Best for: risk scoring, airdrop design and eligibility, research, token analytics, investor reporting.

Limitations: no RPC. Very large holder sets on major tokens are heavy queries — bulk delivery is the better path at that scale.

Token holder API · On-chain proof of holdings · Docs: Token Holder API

2. Moralis — best REST holder endpoints

Moralis exposes holder endpoints with typed SDKs and quick integration.

Best for: standard holder lookups in an app.

Limitations: fixed endpoints; historical snapshots and custom aggregations are harder.

3. Covalent (GoldRush) — best for breadth

Covalent provides holder endpoints across a very large number of EVM chains behind one REST shape.

Best for: multi-chain holder lookups with minimal integration work.

Limitations: limited historical depth and no streaming.

4. Etherscan / BscScan — best for a quick manual check

Explorer holder pages are the fastest way for a human to eyeball distribution.

Best for: manual verification and spot checks.

Limitations: built for the UI; programmatic holder access is limited and rate-constrained.

5. Dune — best for holder research in SQL

Dune's decoded tables support cohort analysis, concentration studies and holder-change dashboards.

Best for: research and published analysis.

Limitations: not a live API for production features.

6. Birdeye — best Solana-first holder view

Birdeye surfaces holder distribution alongside its token market data and security signals.

Best for: Solana token pages and risk display.

Limitations: ten chains.

Comparison

Provider	Distribution	Historical snapshots	Label filtering	Chains	Delivery
Bitquery	Yes	Yes, point-in-time	Yes	40+	Query, stream, bulk Parquet
Moralis	Yes	Partial	Limited	Broad EVM + Solana	REST
Covalent	Yes	Limited	Limited	Very broad EVM	REST
Etherscan / BscScan	UI-first	No	Limited	Per chain	Limited API
Dune	Yes, via SQL	Yes, via SQL	Community labels	Many	SQL / dashboards
Birdeye	Yes	Partial	Security signals	10	REST

What holder data is actually used for

Risk scoring. A token where the top wallet holds 60% of supply behaves differently from one with a flat curve. This is the core input to most rug-risk models.
Airdrop design. Snapshot eligibility at a past block, then verify claims against it.
Investor reporting. Concentration and holder growth over time.
Research. Cohort survival — do early holders stay, or does distribution churn completely within a week?
Compliance. Identifying concentrated ownership and related-wallet clusters.

Each of those needs history. Current-state-only holder APIs answer only the first, and only partially.

FAQ

How do I get a list of token holders?

Through a provider that maintains derived balances by replaying transfers — no chain exposes a holder list natively. Bitquery serves holders and distribution across 40+ chains, in real time and historically.

Can I get historical token holders at a specific block or date?

Yes. Bitquery answers point-in-time holder queries, which is what airdrop snapshots and "who held before the move" research require. Many providers only expose current holders.

Why do holder counts differ between providers?

Different treatment of zero balances, contract addresses, exchange wallets and, on Solana, token accounts versus owners. Two providers can both be defensible and still disagree substantially. Check the definition before comparing numbers.

How do I measure token concentration properly?

Exclude pools, bridges, staking and exchange contracts first — they are custody, not ownership — then measure top-N share of circulating supply. Skipping the exclusion step makes almost every token look dangerously concentrated.

Does Bitquery provide real-time holder data?

Yes — holder distribution and snapshots are available both in real time and historically, so a risk score can update as distribution changes rather than on a daily batch.