Coingecko API supplies crypto data for recurring reports and supported live updates

Identifiers and currencies shape the output

Coin IDs determine which asset records a price request returns, and quote currencies determine their units. The /simple/price endpoint accepts IDs, names, or symbols, including requests for multiple coins. When a request supplies several lookup types, IDs take priority over names, followed by symbols. The /coins/list endpoint supplies the identifiers that other coin endpoints require.

A recurring job should retain its asset mapping and requested denomination alongside the returned values. Optional price fields include market cap, 24-hour volume, percentage change, and the last-update timestamp. A price-only dashboard needs less detail than a valuation report. A report needing coin metadata as well as prices can use a full coin-detail request.

Dashboard refreshes tied to data freshness

Dashboard updates need a schedule that reflects the display’s purpose and the freshness of its inputs. An application can share a fetched response across views that need the same data. Giving each view its own fetching loop creates additional requests that may retrieve an observation already available locally. Separate the data retrieval schedule from the interface’s redraw behavior.

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Source timestamps and retrieval times describe different events: when the source last updated the price data and when the application obtained it. Simple price requests can include the last-update timestamp through include_last_updated_at=true . A successful fetch alone does not establish a newer observation. Define the maximum acceptable data age for the display before increasing polling frequency. Some REST responses involve caching, with behavior specific to the endpoint and access conditions.

Research jobs with explicit time windows

Historical requests suit research jobs that need timestamped observations across a defined period. The coin market-chart endpoint returns price, market cap, and 24-hour volume series. The requested time range and interval shape the returned dataset. A finished research download needs the intended asset, denomination, period, and usable observations, rather than simply a successful HTTP response.

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Automatic granularity applies when the interval parameter is absent. A one-day range from the current time uses five-minute observations. Ranges of 2-90 days use hourly observations, while ranges above 90 days use daily observations at 00:00 UTC. Explicit intervals have their own lookback and plan conditions. A research process should preserve the actual timestamps and spacing that it receives instead of assuming one resolution across every request.

For the last completed UTC day, this chart endpoint makes the data available at 00:10 UTC. A report targeting that completed day should run after its release time.

Pool analytics tied to network and address

On-chain pool requests fit jobs that need activity from a particular decentralized exchange liquidity pool. The network ID and pool address jointly identify that record. GeckoTerminal powers this on-chain data, including pool-level prices, transaction counts, trading volume, and reserves. Pool responses include activity measures for several timeframes, so the report must select the window it needs. A pool observation describes its selected market, while an aggregated coin price has a broader market scope. Keep the network and address with stored observations so that later comparisons concern the same pool. The endpoint ignores addresses absent from GeckoTerminal. A report requiring a missing pool’s data should pause until it has the necessary observation.

When does a WebSocket stream justify its upkeep?

A WebSocket stream fits jobs that consume successive live updates on a supported channel. CGSimplePrice supplies coin-price updates by coin ID. Other channels cover on-chain token prices, pool trades, and pool OHLCV, meaning open, high, low, close, and volume data. A connection confirmation establishes the socket connection; incoming data messages establish that the selected feed is producing observations. A scheduled report may need only a completed REST dataset.

Streaming requires the Basic API plan or above and remains in beta outside the API platform’s service-level agreement. Clients need ping/pong handling and reconnection with exponential backoff after disconnection. Credit consumption follows returned responses, so an unused feed can continue spending the subscription’s allowance. Unsubscribe when the application no longer needs that stream.

Event-driven updates through webhooks

Metadata webhooks fit applications that need to respond when asset records change. The cg.coin.info.updated event covers core coin information, supporting synchronization after changes to names, tickers, logos, or contract information. Webhooks require the Basic API plan or above and remain in beta outside the platform’s service-level agreement.

Callback receivers need signature verification before they apply an update. Event IDs help the application recognize repeated deliveries. Responses outside the HTTP 2xx range trigger retries with exponential backoff. Repeated delivery failures can disable a webhook, requiring manual reactivation after the receiving server’s problem has been resolved.

The price-target event, cg.coin.price.updated , is in private preview for limited developers. Its presence in an event list does not give every subscriber access.

Spreadsheets and agent tools for lighter automation

Spreadsheet integrations fit jobs whose calculations and results already live in Google Sheets or Excel. They bring API data into an existing workbook without requiring a separate dashboard application. The Google Sheets add-on uses the =COINGECKO() function and accepts a Demo key. Refreshes still consume the applicable API allowance. Spreadsheet caching can retain results temporarily, so recalculation alone does not establish a newer price.

Model Context Protocol, or MCP, connects compatible AI tools to market and on-chain data. Hosted access includes a keyless server with shared limits and a keyed server with plan-dependent tools. A local server accepts Pro or Demo keys. MCP tool calls can generate multiple API requests. Official Python and TypeScript SDKs provide another integration route when the job needs explicit application code.

Which API plan fits the required workload?

The appropriate API plan covers the required endpoints, history depth, and delivery method within its usage allowance. Demo access is free with limited endpoints and request limits. Paid access expands the available options, with conditions that differ by feature. For the coin market-chart endpoint, the Basic plan restricts historical data to the past two years. Analyst access and above provide the full available range for that endpoint.

Monthly credits and per-minute limits govern different parts of the workload. Every REST request, including an error response, counts toward the per-minute rate limit. For REST requests to the Pro API, failures do not consume monthly credits, while successful requests do. Streaming responses and webhook deliveries have their own charging basis. When they use the same API subscription, dashboard refreshes, scheduled reports, and MCP requests share its allowance.

An API account provides access to the Developer Dashboard for key creation and usage monitoring. Pro and Demo keys require their corresponding authentication environment. An endpoint unavailable to the selected plan will not become accessible through repeated retries. Keyless REST access uses IP-based limits shared by requests from the same IP.

Failures that pause the job

Request failures need different handling depending on whether the problem concerns parameters, authentication, access, or request frequency. An HTTP 400 response calls for correcting the request. An HTTP 401 response indicates a missing or invalid key. An HTTP 429 response indicates an exceeded rate limit. Retrying these conditions indiscriminately adds traffic while leaving their cause unresolved.

Retained observations let a dashboard distinguish its newest valid value from a failed refresh. Keep the requested asset or pool, denomination, and relevant timestamps with those values. When the data exceeds the job’s allowed age, mark it as old and pause calculations that require current inputs. An error response should not silently replace a valid observation with an empty result.

Webhook delivery also stops when credits run out with Hardcap enabled. After credits are replenished, the disabled webhooks require manual reactivation to resume delivery. A live-feed interruption creates a separate continuity concern: a new connection alone does not establish coverage of the missing interval. Historical reporting needs observations covering its required period before the application treats that dataset as complete.

Maintenance and the point to stop automating

Automation remains useful while the receiving application needs the data and can support the integration. Ordinary holdings monitoring may fit existing portfolio records and mobile alerts; recurring exports or custom calculations create a clearer reason for API access. Stop an unused fetching schedule when its report ends, and retain any observations that the report still needs. Schema changes also create maintenance work even when the schedule stays unchanged. Since 28 August 2026, /coins/{id} no longer returns community_data or developer_data . Jobs requiring those objects need revised inputs before they can continue. The corresponding query parameters remain for backward compatibility and have no effect.