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Plan limits define how fast a client can call 0xArchive and how much it can pull each month. Treat the live pricing page and any response headers returned for your account as account-specific signals for your key. Plan limits affect monthly credits, request rate, concurrency, WebSocket scale, replay speed, and export volume, not which endpoints, markets, or data types you can call. Every route, market family, and schema is available on every tier, including Free.

Current Public Plans

Use the pricing page for checkout, billing-period switches, and account-specific terms. The public pricing page exposes both monthly and annual billing and currently defaults to annual billing; use this table while designing clients and queue capacity. For starter/free fit checks, use Free tier. Every new account starts on the Free tier, no card required. Upgrade when you need higher limits.
FreeBuildProScaleEnterprise
Monthly price$0$49$199$799Custom
Annual price (billed yearly)$0$39/mo$159/mo$639/moCustom
Monthly API credits50,00080M400M2BUnlimited
Requests per second1550150500from 1,000
Concurrent queries3102020from 500
WebSocket subscriptions105003,00020,000Unlimited
Replay speed10x50x100x300xfrom 500x
Data Catalog creditsnone$50/mo$300/mo$1,500/moCustom
Best fitFit checks and auth testingNotebooks, dashboards, backtestsProduction systems, heavier usageHigh-throughput, large WS fan-outDedicated throughput, custom terms
Every tier, including Free, gets every market family (Hyperliquid core, Hyperliquid Spot, HIP-3, HIP-4, and Lighter), every schema (L2/L3/L4 order books, order flow, TP/SL), and the full archive. Higher tiers raise credits, request rate, concurrency, WebSocket subscription caps, and replay speed; Enterprise adds dedicated throughput, custom retention, contractual review, and customer-facing terms.

Data Catalog Export Pricing

Use the Data Catalog when the job is a file purchase instead of a recurring API workload.
Dataset familyPublic priceMinimum
L4 Order Book / L4 Orders$8/GB$25 minimum
Trades / Liquidations$8/GB$15-$25 minimum
L2 / L3 Order Book$6/GB$10 minimum
Funding / Open Interest$1/GB$5 minimum
Subscriber credits apply before card charge. Volume discounts start at $500+.

How Limits Work

ControlWhat it affectsClient behavior
Requests per secondBurst rate across REST callsUse backoff and queuing
Concurrent queriesLong-running or heavy history callsBound worker pools
CreditsData volume and heavy route costBudget by endpoint and time range
Route gatesHigher-depth history, L3/L4, replay, and advanced toolingVerify route access before production use

Client Rules

1

Start with one symbol and one route

Confirm payload shape, credit cost, and latency before widening a job.
2

Batch by time range

Split long historical pulls into windows that can be retried independently.
3

Respect 429 responses

Honor Retry-After when the response includes it. If no retry window is exposed, use capped exponential backoff with jitter, reduce concurrency, and keep meta.request_id or x-request-id for every failed attempt.
4

Track cost by route family

L3/L4, replay, and deep history routes can behave differently from shallow market-state routes.

Limits and throughput guide

Build a client that stays inside rate, concurrency, and credit limits.

Errors and request IDs

Implement retries, fail-fast handling, and support-ready logging.

Designing Around Limits

Build clients as queues, not as unbounded loops. A historical job should know the venue family, symbol, route, time window, page size, concurrency, and retry budget before it starts. That makes it possible to pause, resume, and explain a run without duplicating data or hammering the API after a rate response. For 429 responses, stop widening the job until the retry budget has room again. Honor Retry-After when present. When it is absent, use capped exponential backoff with jitter, lower worker concurrency, and log the request identifier from meta.request_id, x-request-id, or the client wrapper. Do not retry unchanged after auth, access, malformed-request, unsupported-symbol, or invalid-parameter errors; fix the request or key first. Use small probes before wide jobs. One BTC order-book request confirms auth and envelope shape. One one-hour trade window confirms pagination and output schema. Only after those pass should a job widen across symbols or longer history. If a route is heavy because it touches L3, L4, replay, or large history, isolate it from lighter status checks so one slow worker does not block the whole pipeline. Rate limits are also a product-design signal. If users can trigger arbitrary exports, put bounds in your own UI and show progress. If a coding agent writes a script, ask it to include concurrency controls and request-ID logging before running large loops.

Liquidation Route Budgeting

Raw liquidation event routes are useful when the job needs row-level liquidation records. They are the wrong default for every dashboard refresh, repeated backtest scan, or broad symbol loop that only needs aggregate exposure. For those jobs, start with /v1/hyperliquid/liquidations/{symbol}/volume?interval=1h or the matching HIP-3 /volume route, then drill into raw events only for the symbols and windows that need audit-level detail. If a liquidation job returns 429, pause widening. Log the failed path and request ID, honor Retry-After when present, otherwise use capped exponential backoff with jitter, lower concurrency, and retry with a narrower window or the /volume route when aggregate buckets answer the workflow.

High-Volume Job Config

For high-volume jobs, keep these fields beside the worker config: route family, symbol list, time windows, page size, concurrency, credit budget, retry budget, output path, and stop condition. That config makes it explicit whether the job is a REST workload, WebSocket replay, SDK reconstruction, or Data Catalog export, and gives enough context to pause and resume without duplicating data.
Last modified on June 28, 2026