
CBROS MCP server
Which MCP servers are CBROS's own, from the official registry and from asking its own domain, whether they answer, and what they offer. A program checked each of these, nobody copied them from a product page.
read 2026-10-28
- Registry nameeu.coudrebros/nft-mintingverified in the MCP registry
The registry name sits under coudrebros.eu. The registry only lets a publisher use that namespace after proving control of the domain through DNS or HTTP.
- Stateanswerschecked 2026-10-28
- Tools6
- Server calls itselfcbros-nft-minting
- Server version0.1.0
- Protocol version2025-06-18
On 2026-10-28 the server answered initialize and tools/list without a sign-in. First answer in 668 ms.
- Its tools do let AI agents mint Cardano NFTs autonomously, but not delegate ADA to a Cardano stake pool.
Once connected
- For "let AI agents mint Cardano NFTs autonomously", the likely first call is get_server_info.
- Parameters are untyped or undescribed in 5 of 6 tools: check arguments before calling.
Said by rules from the measurements above. The likely first call is a model's pick from the tool list; read its description before relying on it.
- INITE MCP score79 of 100answers 100 · does the job 50 · definitions 69 · context 100 · connects 100
- What an agent can do with it1 of 2 use cases
- Answered100% of days8 of 8 daily checks
- Median first answer695 ms
- Space in an agent's context≈ 1,199 tokensthe definitions of all its tools (6), which an agent carries on every turn
- Tool definitionsC · 69 of 100
- Typed results0 of 6 toolsdeclared outputSchema: results come typed, read once
- Parameters without a description: in 5 of 6
- Not saying whether it only reads or can destroy: 6 of 6
What an agent can do with it
- cannot · delegate ADA to a Cardano stake pool
- not sure · mint CIP-25 NFTs through a web form
- can do · let AI agents mint Cardano NFTs autonomously
Each of the product's use cases, put to Jev against this server's tool list: can an agent do it with these tools?
Worth a look
None of the five warning signs in these definitions.
A program checks the server once a day: initialize and tools/list, no model. Tokens are the definitions' length at about four characters a token. The grade averages six checks of every tool's name, description, schema and annotations; it says how well the tools are described, not whether they work. The score weighs what was measured and nothing else: answering (25%), doing the product's job (25%), definitions (20%), context (10%), use (10%) and how readily a client connects (10%). A part that was not measured is left out, and a hidden instruction caps the score at 40. The state of vendors' MCP servers: method and numbers →
get_server_infoEverything you need before your first call: where to send ADA, and how much. No API key required -- call this first, before 'register'.
registerRegister a new API key by paying a one-time fee. Pay the registration fee (see get_server_info) from the Cardano address you want your key bound to, sending it to the operator's payment_address, then call this with that transaction's…
check_payment_statusCheck whether a payment transaction is confirmed on-chain yet. Poll this after paying and before calling 'register', 'mint', or trusting a payment_tx you're about to reference -- submitting a transaction does not mean it is confirmed.
prepare_paymentBuild an unsigned transaction that pays the mint fee from from_address to the operator, with change returned to from_address. You (or your human operator) sign and submit it yourself -- this server never sees or holds private keys…
mintMint an NFT after separately paying the mint fee (see prepare_payment or pay any other way, then wait for on-chain confirmation -- check_payment_status). Pin your asset (and a thumbnail, for video) to IPFS yourself first; this server…
prepare_atomic_mintBuild a single transaction that pays the mint fee from from_address AND mints the NFT to destination_address at the same time -- no separate payment step, no payment_tx. Either both happen or neither does. The operator co-signs its own…
How to connect
Add the server to your MCP client config. Claude Desktop, Cursor and most other clients read this shape:
{
"mcpServers": {
"nft-minting": {
"type": "http",
"url": "https://nftapi.coudrebros.eu/mcp"
}
}
}Add it
Claude Code, in a terminal
claude mcp add --transport http coudrebros https://nftapi.coudrebros.eu/mcpclaude.ai, ChatGPT and other clients: add https://nftapi.coudrebros.eu/mcp as a custom connector in the settings.
- eu.coudrebros/notaryanswers, 6 toolsverified in the MCP registry
Each line is something a program found when it went looking: the registry entry, the server's own answer, a spec that parses. A missing line means we did not find it, not that it does not exist.
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