See examples (Python, JavaScript).

Use this endpoint to securely and randomly generate a secret recovery phrase for a Solana wallet.

Cost: 0 Credit (Free) (See Pricing)

See examples (Python, JavaScript).

Use this endpoint to securely and randomly generate a private key for a Solana wallet.

Cost: 0 Credit (Free) (See Pricing)

See examples (Python, JavaScript).

Returns a private key array and a base58-encoded private key given wallet authentication.

A wallet is defined by a public key. A public key is derived from a combination of seed phrase, derivation path, and passphrase. Changing any one of these three will change the public key output.

You can generate a unique public key with each combination of secret recovery phrase, passphrase, and derivation path. Thus, with a single secret recovery phrase, you can generate many public keys. If you are just starting, just supply the secret recovery phrase you generated with the Solana Wallet Secret Recovery Phrase endpoint.

If you are trying to get a public key that already exists (e.g., created in the Phantom wallet), make sure you use the correct derivation path and passphrase. To read more about that, see the descriptions of those parameters below.

Cost: 0 Credit (Free) (See Pricing)

See examples (Python, JavaScript).

Returns a public key given wallet authentication.

A wallet is identified by a public key. A public key is derived from a combination of seed phrase, derivation path, and passphrase. Changing any one of these three will change the public key output.

It can also be derived from a private key.

*You can generate a unique public key with each combination of secret recovery phrase, passphrase, and derivation path; or from a private key. Thus, with a single secret recovery phrase, you can generate many public keys; however, with a private key, you can only generate one public key. If you are just starting, generate a secret recovery phrase or private key.

If you are trying to get a public key that already exists (e.g., created in the Phantom wallet), make sure you use the correct derivation path and passphrase; or just use the private key. To read more about that, see the descriptions of those parameters below.

Cost: 0 Credit (Free) (See Pricing)

See transfer SOL example (Python, JavaScript).

See transfer NFT example (can also be used for SPL token) (Python, JavaScript).

This is a powerful function. It might be slightly confusing because there are several optional parameters, so take some time to review it. This function can send SOL, send an SPL token, or send an NFT. You can set the fee payer of the transaction; you can sign and submit the transaction for confirmation; and you can select to simply return the compiled transaction so that you can submit it to the user for signing (e.g., via Phantom; no private keys required in this case).

Transfer SOL, a token or an NFT to another address. If you're transferring an NFT, supply the mint (the address of the mint) for the token_address.

SENDER: Note that the wallet information is used to authorize the sending of the tokens and identifies the source of the tokens. If return_compiled_transaction = false, we sign and submit the transaction (wallet is required in this case; do not provide a value for sender_public_key). If return_compiled_transaction = true, we compile the transaction (one of wallet or sender_public_key is required in this case; do not provide both).

RECIPIENT: recipient_address identifies the receiver. This is entirely separate from the information used for the SENDER above. So, in this API call, there are two wallets involved, but only one (namely, the SENDER) is needed to authorize the transaction.

FEE_PAYER: The fee payer of the transaction defaults to wallet (or sender_public_key). To set a different fee payer, provide a value for fee_payer_wallet.

If you're transfering a token, supply the token address found on the explorer (e.g., see SRMuApVNdxXokk5GT7XD5cUUgXMBCoAz2LHeuAoKWRt for Serum Token) for the token_address. If you're transferring SOL, do not supply a value for token_address.

Cost: 2 Credit (See Pricing)

See example (Python, JavaScript).

Each wallet can own tokens, but in Solana, each token is actually held by an associated token account (ATA), which is an account specific for a token owned by the wallet. When you transfer an SPL token, such as Serum, or transfer an NFT, you're transfering from an ATA you own to another person's ATA for that specific token. With this endpoint, you can derive an associated token address given a wallet and a token address.

Cost: 0 Credit (Free) (See Pricing)

See examples (Python, JavaScript).

Use this endpoint to get an airdrop of SOL on the devnet (not real SOL). Amount of 0.015, which is the minimum amount of SOL you need to mint a Metaplex NFT and then transfer it to another wallet.

Cost: 0 Credit (Free) (See Pricing)

See examples (Python, JavaScript).

See the balance of a wallet in SOL or any SPL token.

To get the balance of an SPL token, supply the mint_address of the SPL token. The list of SPL tokens can be viewed here.

You can also use this endpoint to see whether or not a person owns an NFT. Just supply the mint_address of the NFT. A balance of "1" means the person owns the NFT, and a balance of "0" means the person does not own the NFT. This works in most cases, but we are aware of one edge case where a balance of "0" will show up for a person who is actually the owner of the NFT. We just recommend using the getNFTOwner endpoint and comparing that output to the expected address.

Cost: 0.25 Credit (See Pricing)

See examples (Python, JavaScript).

See the token holdings of a given public key address

Cost: 2 Credits (See Pricing)

See examples (Python, JavaScript).

See the transaction signatures of a given public key address

Cost: 1 Credits (See Pricing)

See examples (Python, JavaScript).

See the NFTs that belong to a given public key address

Cost: 3 Credits (See Pricing)

See examples (Python, JavaScript).

Create a Metaplex NFT on Solana.

Read more on this here.

Note: Please see this article to learn more about what nft_upload_method means and how storing the metadata of an NFT works.

If you're using nft_upload_method = "LINK", then to add attributes to the NFT or an image, add them to a JSON file and upload that to Arweave/IPFS/Filecoin. See the JSON format here.

Then supply the link to the JSON file in nft_url.

NOTE: Don't use nft_metadata. Values provided here do not do anything at the moment. We are fixing this soon.

Cost: 5 Credits (See Pricing)

See examples (Python, JavaScript).

With this endpoint, you can search for NFTs by their symbol, name of NFTs, uuid, configuration address, and update authority.

The output is a list of NFTs that match your query.

You can also provide multiple search clauses, such as the update authority (update_authority="G17UmNGnMJ851x3M1JXocgpft1afcYedjPuFpo1ohhCk") and symbol begins with "Sol" (symbol="Sol", symbol_search_method='begins_with').

Cost: 1 Credit (See Pricing)

See examples (Python, JavaScript).

Get the metadata of an NFT.

If you're looking for metadata such as attributes and others, you can retrieve them from the link in the URI field of the NFT metadata returned. See the example on the right. The URI is an Arweave URL. That contains the attributes and other information about the NFT. That URL is stored on the Solana blockchain.

Cost: 0.25 Credit (See Pricing)

See examples (Python, JavaScript).

Get the owner of an NFT. This returns the public key of the wallet that owns the associated token account that owns the NFT.

If you want to get the associated token account that literally owns the NFT, derive the associated token account address from the public key returned and the NFT mint address using this endpoint.

Cost: 0.25 Credit (See Pricing)

See examples (Python, JavaScript).

Get the owner, state, listed price, and listed marketplace (if any) of an NFT.

Here's are a couple of example responses:

{
    'contract': {
        'contract_blockchain_identifier': 'M2mx93ekt1fmXSVkTrUL9xVFHkmME8HTUi5Cyc5aF7K', 
        'contract_id': 'magic-eden-v2', 
        'contract_name': 'Magic Eden v2', 
        'contract_type': 'marketplace'
    }, 
    'owner': '25UJMR3FiMM6noQtPEaCJ6eDU2YQ7myDhikVQXmMuSRW', 
    'price': 50000000, 
    'state': 'listing'
}

{
    'contract': null, 
    'owner': 'C37PJiJU8WTgoUoFqmB1Maw8hkuENDZoGDQA1pm54Fdd', 
    'price': null, 
    'state': 'holding'
}

This function will return whether the NFT is listed, loaned (Yawww NFT loans), otc, staked, burned, or held.

If listed, it will return the contract, the readable name of the contract (e.g., Magic Eden, OpenSea), the contract ID (if any; e.g., open-sea), the owner, and the listed price. From this, you can get the floor of a collection. We currently support Magic Eden (v1, v2), Exchange.Art (auction, singles), CoralCube, Solanart (v1, v2), Yawww Loans, Yawww OTC, OpenSea, Fractal, SolSea, and AlphaArt.

If loaned, it will return the loan requester as the owner, the loan amount, and the loan contract. We only support the Yawww loaning contract.

If listed on an OTC marketplace, it will return the same information as listed. OTC is used to distinguish between marketplaces that respect royalties (OTC) and those that don't (normal ones). The only OTC contract we track is Yawwww, at the moment. We do not yet track Solanart v3.

If staked, it will return the owner and the staking contract public key.

If burned, it will return the burner as the owner.

If held, it will simply return the owner.

If you want to get the literal owner, which may or may not be the same as the owner returned here, call the simplified get NFT owner function. For example, Bob might own the NFT, but if it is listed on Magic Eden, then the NFT is held in escrow and "owned" by Magic Eden. The simplified function will return Magic Eden as the owner (the literal owner). This advanced function will tell you the implied owner, which would be Bob.

Cost: 1.0 Credit (See Pricing)

See examples (Python, JavaScript).

Get the full history of an NFT, all the way up until mint.

The endpoint returns a list of events, from mint until present moment, that correspond to transactions that interacted with the NFT.

Each event is a dictionary containing basic information about the event (e.g., account_blockchain_identifier, account_type, block_time, chain, succeeded), the event itself, the previous state of the NFT (pre_state), and the resulting state of the NFT (post_state).

To see more, expand the "200 Successful Response" box below.

Cost: 15.0 Credit (See Pricing)

See examples (Python, JavaScript).

Get the estimated fee for minting an NFT on the Solana blockchain using the Metaplex protocol.

Cost: 0 Credit (Free) (See Pricing)

See examples (Python, JavaScript).

Get the candy machine ID from where the NFT came, if any. NFTs can also be minted without a candy machine.

It's also possible that we return "Not Found" when the NFT actually did come from a version of a candy machine. We check for the most popular versions of candy machine, but it is possible that someone creates their own candy machine version and mints NFTs from it.

Cost: 1 Credit (See Pricing)

See examples (Python, JavaScript).

With this endpoint, you can search candy machines by their symbol, name of NFTs, uuid, configuration address, and update authority.

The output is a list of config addresses.

You can also provide multiple search clauses, such as the update authority (update_authority="G17UmNGnMJ851x3M1JXocgpft1afcYedjPuFpo1ohhCk") and symbol begins with "Sol" (symbol="Sol", symbol_search_method='begins_with').

Cost: 2 Credits (See Pricing)

See examples (Python, JavaScript).

With this endpoint, you can list all candy machines published to Solana mainnet.

We update this data every 15 minutes.

The output is a list of config addresses, currently about 17000 in length.

Cost: 2 Credits (See Pricing)

See examples (Python, JavaScript).

Use this endpoint to get the list of all NFTs (minted and unminted) from a Solana Candy Machine.

This works for v1 and v2 candy machines.

However, for v2 only the value for all_nfts is provided. To determine which are minted and unminted follow this example.

You do not need to specify v1 or v2 for this endpoint as it will automatically determine it from the candy machine ID.

See example for how to get the list of NFT hashes here.

Cost: 2 Credits (See Pricing)

See examples (Python, JavaScript).

Use this endpoint to get metadata about a Metaplex candy machine. This includes the goLiveDate, itemsAvailable, and itemsRedeemed. To see what is included, expand the green successful response below.

NOTE: Supply exactly one of candy_machine_id, config_address, or uuid. If you provide more than one, you will receive a 400 error.

Cost: 2 Credits (See Pricing)

See examples (Python, JavaScript).

Get the details of a transaction made on Solana.

Cost: 0.25 Credit (See Pricing)

See examples (Python, JavaScript).

Get the details of an account on Solana. Learn more about accounts here.

Cost: 0.25 Credit (See Pricing)

See examples (Python, JavaScript).

Determine whether or not a public key is an NFT mint address

Cost: 0.5 Credit (See Pricing)