Dogechain Explorer MCP for AI. Analyze any Dogecoin wallet or block in seconds.
Works with every AI agent you already use
…and any MCP-compatible client








Connect to your AI in seconds.
Dogechain Explorer (Dogechain Block Explorer API) lets your AI agent query and analyze Dogecoin blockchain data directly. Check real-time address balances, trace complex transaction histories, view unspent outputs (UTXOs), or inspect specific blocks using natural language commands.
What your AI can do
Get address balance
Retrieves the current balance of a specified Dogecoin address.
Get address received
Calculates the total amount of DOGE ever received by an address.
Get address sent
Calculates the total amount of DOGE ever sent from an address.
Find the current balance of an address and calculate its total sent or received amounts.
Retrieve detailed lists of recent transactions, including inputs, outputs, and confirmation status for any given wallet.
List the specific unspent transaction outputs (UTXOs) associated with an address to determine its current liquidity pool.
Get detailed information about a specific block, or find out what the latest block hash is for the network.
Quickly check if an address format is valid and decode it to its public key hash.
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Dogechain Explorer (Dogechain Block Explorer API) with 18 tools
Use these specific tools to query addresses, blocks, and transactions across the entire Dogecoin blockchain ledger.
Make your AI actually useful.
Add this MCP to Claude, Cursor, or Windsurf and your AI stops guessing. It gets real tools to look things up, take action, and handle the stuff you keep doing by hand.
Start using Dogechain Explorer (Dogechain Block Explorer API) on VinkiusGet Address Balance
Retrieves the current balance of a specified Dogecoin address.
Get Address Received
Calculates the total amount of DOGE ever received by an address.
Get Address Sent
Calculates the total amount of DOGE ever sent from an address.
Get Address Transaction Count
Counts how many transactions have occurred for a given address.
Get Address Transactions
Fetches paginated lists of recent transaction hashes and details for an address.
Get Address Unspent
Lists the unspent outputs (UTXOs) by fetching them in batches up to 10 results at a time.
Get Best Block Hash
Retrieves the current best block hash identifier for the Dogechain network.
Get Block
Fetches detailed information about a specific block using its height or hash.
Get Transaction
Retrieves full details, including inputs and outputs, for a specific transaction...
Q Address Balance
Quickly checks the current available balance of an address.
Q Address To Hash
Converts a Dogecoin address to its corresponding public key hash.
Q Check Address
Validates whether an inputted string is a correctly formatted Dogecoin address.
Q Decode Address
Decodes the structure of a given Dogecoin address for analysis.
Q Get Block Count
Gets the current, latest block height on the network.
Q Get Difficulty
Retrieves the difficulty level associated with the most recent block.
Q Get Received By Address
Provides the total amount of DOGE ever received by an address (quick query).
Q Get Sent By Address
Provides the total amount of DOGE ever sent from an address (quick query).
Security and governance baked right in.
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Build Your Own
Turn any API into an MCP. Import a spec, define Agent Skills, or deploy with MCPFusion.
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Make Your AI Do More
Start with Dogechain Explorer (Dogechain Block Explorer API), then connect any of our 5,100+ other servers whenever your AI needs more. One click, no limits.
- Use this MCP plus 5,100+ others, all in one place
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- Works with Claude, ChatGPT, Cursor, and more
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Independent Platform Disclaimer: Vinkius is an independent platform and is not affiliated with, endorsed by, sponsored by, verified by, or otherwise authorized by Dogechain. All third-party trademarks, logos, and brand names are the property of their respective owners. Their use on this website is strictly for informational purposes to identify service compatibility and interoperability.
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Works with Claude, ChatGPT, Cursor, and more
The Model Context Protocol standardizes how applications expose capabilities to LLMs. Instead of operating in isolation, your AI gains direct access to external platforms, live data, and real-world actions through secure, standardized connections.
This connection provides 17 powerful capabilities that interface natively with Claude, ChatGPT, Cursor, and other compatible AI platforms. No middleware. No custom integration required.
Tracking coin movements used to mean opening a dozen tabs.
Today, if you want to know what happened to an address's funds, you open the web explorer. You copy the hash; paste it into one tab. Then you open another tab just for balance checks. If you need historical data, you might have to scroll through pages of old transactions, manually noting down inputs and outputs in a spreadsheet.
With this MCP, your agent handles all that clicking. You ask your AI client about the address's history—whether it’s checking `get_address_transactions` or looking at unspent funds with `get_address_unspent`. The data is compiled and presented right there in your chat, ready for you to read or pass along.
The Dogechain Explorer MCP gives you full visibility into on-chain activity.
You no longer have to worry about missing steps. The system handles the complex logic of validating inputs with `q_decode_address` before it even attempts to retrieve a block record using `get_block`. It’s all managed behind the scenes.
What's different now is control. You get specific, raw data—the full transaction metadata or the exact UTXO list—without any of the web explorer fluff. It just delivers the facts.
What your AI can actually do with this
This MCP connects your AI client to the entire Dogechain network history. You can stop manually visiting web explorers and start doing deep on-chain analysis right from your chat window. It lets you verify any wallet balance, track every coin sent or received by an address, and even examine the details of a specific transaction hash.
Whether you're debugging a smart contract failure or just checking how much DOGE moved last week, this MCP handles it all. You get raw blockchain data delivered directly into your workflow. If you’re looking for a centralized source to analyze crypto assets without leaving your primary interface, Vinkius hosts this connection, making deep chain insights available through any compatible AI client.
019e5d13-0144-72c2-a7a8-72d4a99e2694 Here's how it actually works
The bottom line is that your AI acts like a dedicated blockchain analyst, pulling complex ledger data without you ever leaving your current application.
First, connect your AI client to this MCP via Vinkius.
Next, use natural language. You just tell your agent what you need—like 'What was the total sent amount for address X?'
The system runs the necessary background queries and delivers the raw data or summary directly into your chat interface.
Who is this actually for?
Crypto traders who need to monitor large wallet movements constantly. Data analysts running historical reports on asset flows. Blockchain developers debugging transaction inputs and outputs for integration testing.
Needs to check the current balance of multiple whale wallets instantly, tracking which accounts are receiving large deposits.
Debugs transactions by running checks on unspent outputs (UTXOs) and verifying address formats before writing new code.
Extracts historical metrics, like the total number of transactions an address has processed over time, for research reports.
What Changes When You Connect
Stop guessing about account liquidity. Use get_address_unspent to list all unspent transaction outputs (UTXOs) for an address, giving you a clear view of its available funds without guesswork.
Get full context on any movement by running get_transaction against a hash. You immediately see the inputs and outputs involved, which is key for debugging or auditing purposes.
Save time when checking basic stats. The quick query tools like q_address_balance let you grab current balances instantly, making rapid checks faster than deep API calls.
Trace account history thoroughly by combining calls. Start with get_address_transaction_count, then use get_address_transactions to get the actual details for a full audit trail.
Confirm data integrity upfront. Use q_check_address and q_decode_address first. This ensures that any complex query you run afterwards on an address is based on valid input.
See it in action
Debugging a Failed Payment
A developer suspects a payment failed because the source wallet was improperly formatted. They first use q_check_address to validate the address, and then they run get_address_unspent to confirm if there are enough UTXOs available for the transaction.
Auditing a Large Fund Transfer
A finance analyst needs to prove where a massive sum of DOGE came from. They use get_transaction on the receiving hash and then cross-reference it with get_address_sent to verify the origin account's sending history.
Tracking Whale Activity
A crypto trader monitors a key wallet. They use q_get_received_by_address to get a running total of all incoming funds, then check get_address_transactions for the latest movements.
Researching Network Stability
A researcher needs background context. They run q_get_block_count and q_get_difficulty to understand the current state of the network, then use get_best_block_hash for specific research points.
The honest tradeoffs
Only checking balance
Running only q_address_balance and assuming that's all you need. This misses the source of truth about where the funds came from.
Always check the history first. Use get_address_transactions to see the recent flow, then use q_address_balance for a quick snapshot. That two-step process gives context.
Using multiple send/receive tools
Calling both get_address_sent and q_get_sent_by_address. You're asking the same question twice with different tool names.
Stick to one method for totals. If you need a quick overall number, use the dedicated 'q_' query tools like q_get_received_by_address or q_get_sent_by_address.
Querying addresses without validation
Feeding an improperly formatted address into any tool. This will fail with a generic 'invalid input' error.
Always start here: use q_check_address. If it passes, then proceed to the main query tools like get_address_balance.
When It Fits, When It Doesn't
Use this MCP if you need verifiable, historical data about Dogecoin movement. You're building a system that needs to answer questions like 'How did X get Y amount of DOGE?' or 'What exactly is in wallet Z right now?'. If your goal is only basic market sentiment tracking (e.g., general price trends), this tool might be overkill. Don't use it if you just need to read a static document about Dogecoin; that requires no connection at all. However, if you are comparing the current balance (get_address_balance) against the total amount ever received (get_address_received), this MCP is perfect because it provides both sides of the financial story.
Questions you might have
How do I check a wallet balance using get_address_balance? +
You simply ask your agent for the current balance of the Dogecoin address. The tool runs and returns the real-time DOGE amount, confirming if it's confirmed or unconfirmed.
What is the difference between get_address_received and q_get_received_by_address? +
They both track total incoming funds. Use q_get_received_by_address for a quick number, but use get_address_received if you need deeper historical context or data points.
Can I find out what inputs were used in a transaction? +
Yes. You must run the get_transaction tool and provide the specific hash. The results will show all associated inputs, outputs, and confirmation status for that exact event.
Do I need to worry about address validation? What is q_check_address? +
Always validate first. q_check_address confirms if the string you are using is a valid Dogecoin address format, preventing your subsequent queries from failing due to bad input.
How does my AI client handle authentication when using get_address_balance? +
Your AI agent handles authentication through your Vinkius subscription. You connect once to the catalog, giving access credentials that power all listed tools, including get_address_balance.
What is the best way to check the latest block activity using get_best_block_hash? +
Using get_best_block_hash gives you the current tip of the chain. This hash tells your agent exactly which block was most recently confirmed, helping you time transactions accurately.
When I run get_address_unspent, how do I retrieve all records if there are many? +
The results for get_address_unspent are paginated (10 per page). You must instruct your agent to call the tool repeatedly, passing the last retrieved data point until no more unspent outputs are listed.
If I just run q_decode_address, what happens if I actually need all transaction metadata? +
The quick query q_decode_address only provides immediate validation and decoding. To get full details like inputs, outputs, and confirmation status, you must use the comprehensive get_transaction tool.
Can I check the balance of a specific Dogecoin address? +
Yes! Use the get_address_balance tool with the target address. The agent will return the confirmed and unconfirmed balance immediately.
How do I find the latest block hash on the network? +
Simply ask the agent to run the get_best_block_hash action. It will retrieve the hash of the most recently mined block on the Dogecoin blockchain.
Is it possible to verify if a Dogecoin address is valid? +
Yes. Use the q_check_address tool. It provides a quick validation check to confirm if the provided string is a valid Dogecoin address format.
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