Head to head · Exchange market data · October 2026 research run

Bitstamp API vs Crypto.com Exchange API

Bitstamp API scores 50.4 (D) on agent readiness against Crypto.com Exchange API's 46.8 (D), and leads in 4 of 7 scored categories. Crypto.com Exchange API leads on payments & pricing. Both do exchange market data.

Best crypto exchange APIs and MCP servers for AI agents · All 210 exchanges comparisons

Which one, for what

Bitstamp API D

Best for An agent that needs a long-running regulated spot venue in the EU, UK and US with a sandbox and per-endpoint key permissions, and can do its own signing.

Ahead on

  • Reliability, 63 against 50
  • Schema & documentation, 51 against 42
  • Agent ergonomics, 58 against 50
  • Security & auth, 60 against 54

Watch for

No official MCP server, SDK, llms.txt or OpenAPI file; the registry's Bitstamp servers are third parties proxying public market data

Crypto.com Exchange API D

Best for An agent trading spot or perpetuals on Crypto.com through a local MCP server with safety tiers, for a person outside the App's restricted list.

Ahead on

  • Payments & pricing, 40 against 20

Also in its favour

  • Runs on your own machine

Watch for

exchange-docs.crypto.com and the OpenAPI host answered 403 to robots.txt, so rate limits, key permissions, errors and the changelog could not be read

Why the edge

Each category where one leads by five points or more, with the reason behind each side's score from its assessment. The numbers are in the table below; this is what they stand for.

Payments & pricing Crypto.com Exchange API +20

Bitstamp API 20

No machine payment protocol (0). The fee schedule page loaded empty, the API's fee endpoints need a key, and no rate could be read, so fees are scored as not published (0, unchecked). The API is free, public endpoints need no key and the sandbox needs no money (20). A person must sign up in a browser with identity checks and mint the key (0). 0 + 0 + 20 + 0 = 20.

Crypto.com Exchange API 40

No machine payment protocol (0). Spot fee tiers published without login, 0.25% maker and 0.50% taker at Level 1 (20). The API is free, public market data needs no key, UAT and paper trading need no money (20). A person must sign up in a browser with identity checks and mint the key (0). 0 + 20 + 20 + 0 = 40.

Reliability Bitstamp API +13

Bitstamp API 63

Read with the hosted lines on the HTTP API v2 at www.bitstamp.net/api/v2/. status.bitstamp.net is a Statuspage site with component history (20). Its feed for 5 August to 3 November 2026 has 17 entries, among them withdrawals failing on 14 networks for about 3 hours on 21 August, database maintenance with login failures and intermittent trading interruptions for about 1 hour 44 minutes on 23 September, a 39-minute halt of all markets on 5 August, and delistings and single-asset suspensions. One major (10). Rate limits with numbers, 400 a second and 10,000 per 10 minutes (15). Limit errors are named (400.002, 400.067, 400.068) but there is no Retry-After or backoff guidance, duplicate client order ids are allowed, and the only retry guidance is to check the order after a 500.016 timeout (8 of 15). No SLA found (0). Generally available (10). 20 + 10 + 15 + 8 + 0 + 10 = 63.

Crypto.com Exchange API 50

Read with the hosted lines on the Exchange API at api.crypto.com. status.crypto.com is a Statuspage site with component history (20). Its feed for 18 August to 3 November 2026 has 25 entries; the Exchange is named in two, an 11-minute database upgrade on 18 August and a one-hour balance display issue on 6 October, while the longer disruptions (Android login on 1 and 5 October, card 3DS on 23 September, Main App predictions on 3 November) are App incidents. There is no Exchange API component, so the record may be incomplete. Minor only (20). Rate limits are documented on exchange-docs.crypto.com, which answered 403 to robots.txt and was not read (0, unchecked). 429 handling and client order ids are on the same host (0, unchecked). No SLA found (0). Generally available (10). 20 + 20 + 0 + 0 + 0 + 10 = 50.

Schema & documentation Bitstamp API +9

Bitstamp API 51

No OpenAPI or other machine-readable contract was found on the API page or elsewhere (0). No llms.txt or Markdown docs (0). The single documentation page describes each endpoint's purpose and parameters, with notes such as the 10-second cache on open orders and the Travel Rule fields, but not when to use one endpoint over another (14 of 20). Parameters are typed with enumerations (margin mode CROSS or ISOLATED, margin multiplier 1 to 25, order types) and required fields marked (11 of 15). Signing examples in Python, Java and C++, and error families with numbered codes and explanations (13 of 15). Version v2 in the path and header, a dated changelog from 7 April 2023 to 28 August 2026, and a 410.001 code for deprecated endpoints, with no stated notice period (13 of 15). 0 + 0 + 14 + 11 + 13 + 13 = 51.

Crypto.com Exchange API 42

An OpenAPI spec exists, since cdcx-cli generates its 95 commands and tools from it at run time, but its host (exchange-developer.crypto.com) answered 403 to robots.txt and the spec was not read; the vendor's own tooling is evidence it exists, not of its quality (15 of 25). No llms.txt on crypto.com or the Exchange pages (0). For descriptions, cdcx's tool descriptions come from the spec, which we couldn't read; the Exchange skill documents 52 endpoints in prose (8 of 20). cdcx's README says the tools carry typed parameters and enum validation, a vendor claim not checked against the spec (8 of 15). For examples, the skills and cdcx README carry worked commands, but the API's error codes and response examples sit on the unread host (6 of 15). Versioned path (v1); the API changelog and announcements page could not be read (5 of 15). 15 + 0 + 8 + 8 + 6 + 5 = 42.

Agent ergonomics Bitstamp API +8

Bitstamp API 58

Graded on the REST API. Order book grouping and transaction time windows size responses, but there is no field selection and no MCP surface (15 of 25). Offset, limit, since and sort on transaction history, until_id windows on order-data replay (14 of 20). response_code and response_explanation name the failure, such as 400.009 insufficient balance, 403.004 trading blocked and 500.025 insufficient liquidity (16 of 20). No idempotency, since client_order_id duplicates are allowed since November 2023 and the docs say only to check the order id after a timeout; the kill switch limits damage (8 of 20). Few required parameters, but no official SDK in any language (5 of 15). 15 + 14 + 16 + 8 + 5 = 58.

Crypto.com Exchange API 50

Graded on the REST API as an agent calls it, with the MCP server noted. cdcx serves up to 95 tools, more than 30, but the default serves the market group alone and groups are enabled one by one, which is a read-only subset switch (5 + 10 = 15). Pagination and output controls for the API are on the unread docs host; cdcx adds -o json|table|ndjson (8 of 20). cdcx returns structured JSON errors and the safety gate names what is missing; the API's own error table is unread (8 of 20). cdcx's tiers (mutate needs acknowledged: true, dangerous needs --allow-dangerous), --dry-run and paper trading give safe rehearsal, though no MCP annotations or API idempotency keys were seen (12 of 20). No official SDK beyond the CLI; defaults in cdcx are sensible (7 of 15). 15 + 8 + 8 + 12 + 7 = 50.

Security & auth Bitstamp API +6

Bitstamp API 60

Revocable HMAC-SHA256 keys with per-endpoint permissions, an IP allow-list, single-use nonces, a timestamp window, sub-account scoping and a one-call kill switch for every key; no key expiry found (24 of 30). Permissions are chosen per endpoint and withdrawals can need Travel Rule address verification, but whether a withdrawal address allow-list exists sits in the unread account settings and no confirmation step is documented for API withdrawals (14 of 20). The API returns exchange data, not third-party text (10). No per-key audit log found; the account's transaction history is the record (4 of 15). security.txt names HackerOne's Robinhood programme but expired on 12 July 2026; no certification page was readable (8 of 20). 24 + 14 + 10 + 4 + 8 = 60.

Crypto.com Exchange API 54

HMAC-SHA256 API keys made with 2FA; IP whitelisting and pre-approved withdrawal addresses per the official skill, and revocation from the Exchange settings. The permission list (read, trade, withdraw) is on the unread docs host, so scopes are recorded from the skills (20 of 30). On least privilege, the App skill's key has no withdrawal permission, the Exchange skill requires user confirmation before a production trade, and cdcx refuses withdrawals and cancel-all without --allow-dangerous; nothing on the server side limits order size (14 of 20). The tools return exchange data, not third-party text, but no guidance on untrusted content was found (6 of 15). An account audit trail is not documented where we could read (4 of 15). No security.txt on crypto.com; cdcx has a SECURITY.md with private reporting and a three-day acknowledgement, and the organisation keeps HackerOne policy guidelines; certifications were not read (10 of 20). 20 + 14 + 6 + 4 + 10 = 54.

Score by category

CategoryWeight this runBitstamp APICrypto.com Exchange APIEdge
Reliability16%206350Bitstamp API +13
Performance10%pendingpendingpendingnot scored in this run
Schema & documentation13%16.25142Bitstamp API +9
Agent ergonomics13%16.25850Bitstamp API +8
Security & auth14%17.56054Bitstamp API +6
Payments & pricing10%12.52040Crypto.com Exchange API +20
Task success10%pendingpendingpendingnot scored in this run
Maintenance & community7%8.82829Crypto.com Exchange API +1
Transparency & trust7%8.85355Crypto.com Exchange API +2
Negative events≤1500
TotalD 50.4/100D 46.8/100

Facts side by side

FactBitstamp APICrypto.com Exchange API
KindHTTP APIHTTP API
VendorBitstamp Ltd.Foris DAX Limited (Crypto.com)
Hosted endpointno (local only)no (local only)
Transportsstdio
AuthAPI keyAPI key
PricingPay per usePay per use
x402nono
LicenceProprietary hosted API under Bitstamp's terms of use, which our reader couldn't loadProprietary hosted API under the Exchange terms and conditions, which our reader couldn't load. cdcx-cli, the official CLI and MCP server, is MIT or Apache-2.0
Tools exposednone95
Read-only variant documentednono
llms.txtnono
Last release2026-08-282026-06-18
Terms last updatedcouldn't be readcouldn't be read
Privacy policy last updatedcouldn't be read2025-03-12
Customer content may train modelscouldn't be readcouldn't be read
Terms restrict automated accesscouldn't be readcouldn't be read
Terms restrict benchmarkingcouldn't be readcouldn't be read
Terms or service can change without noticecouldn't be readcouldn't be read
Arbitration or class-action waivercouldn't be readcouldn't be read
Popularitynone27 stars, 59 npm/wk

Verdicts

Bitstamp API

Bitstamp documents its v2 API on one static page with numeric rate limits, per-endpoint key permissions, an IP allow-list, a kill switch and a sandbox. There is no official MCP server, duplicate client order ids are allowed, and the fee schedule, terms, privacy policy and country list render by script and could not be read.

Crypto.com Exchange API

Crypto.com is one of two exchanges here with an official MCP server, cdcx-cli, whose 95 generated tools are grouped by service and gated by safety tier. The API docs, OpenAPI file, terms and trading rules refused or hid from our reader, so rate limits, key permissions and the automated-trading clauses are unchecked, and cdcx has no release since June 2026.

Before you call either

Bitstamp API

  1. Mint a key with only the endpoint permissions the task needs and an IP allow-list; keep revoke_all_api_keys in reach as a kill switch
  2. Treat client_order_id as a label, not a guard. On a timeout (500.016) fetch the order by client id before resending, because duplicates are accepted
  3. Use a fresh 36-character nonce and a timestamp within 150 seconds of server time on every request, or expect API0004 and API0017
  4. Stay under 400 requests a second and 10,000 per 10 minutes; 400.002 and 400.067 mean back off, and open-orders answers are cached for 10 seconds
  5. Start on sandbox.bitstamp.net with the same paths, and read the fee schedule in a browser before quoting costs, since it is unreadable to a plain fetch

Crypto.com Exchange API

  1. Enable only the service groups the task needs with cdcx mcp config --enable trade,account (the default serves market alone), and leave --allow-dangerous off unless the person asks for withdrawals or cancel-all
  2. Rehearse on --env uat or cdcx paper first; production keys trade real funds, and the skill requires explicit user confirmation before each live order
  3. Put the key in CDCX_API_KEY and CDCX_API_SECRET or ~/.config/cdcx/config.toml at 0600; there is no key flag, and the key should have no withdrawal permission and an IP allow-list
  4. Pass acknowledged: true on mutate tools and --dry-run while testing; read the tool's generated schema before calling, since the docs host is unreadable to agents without a browser
  5. Check the person's country against Crypto.com's geo-restriction article and the Exchange terms before trading; New York and about 70 countries are excluded from the App, and the Exchange list was unreadable

Questions

Which is better for AI agents, Bitstamp API or Crypto.com Exchange API?

Bitstamp API scores 50.4 (D) on agent readiness against Crypto.com Exchange API's 46.8 (D), and leads in 4 of 7 scored categories. Crypto.com Exchange API leads on payments & pricing.

Do Bitstamp API and Crypto.com Exchange API need an API key?

Both need an API key.

Can an agent call Bitstamp API and Crypto.com Exchange API without installing anything?

No hosted endpoint is listed for Bitstamp API. Crypto.com Exchange API runs on your own machine, with no hosted endpoint listed.

Other comparisons with Bitstamp API or Crypto.com Exchange API

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