@agentfund MCP vs Password Strength Ana… | AllMCPs
Side-by-Side Model Context Protocol Comparison
@agentfund MCP vs Password Strength Analyzer API
In-depth architectural comparison of the @agentfund MCP and Password Strength Analyzer API MCP servers. Compare execution transports, security boundaries, tool capabilities, quality scores, and ready-to-paste client installation snippets for Claude, Cursor, Windsurf, and VS Code.
At a Glance & Executive Verdict
@agentfund MCP
Finance & Fintech · Local stdio
Quality: 63/100 (Good) | Auth: other
Password Strength Analyzer API
Finance & Fintech · Remote HTTP/SSE
Quality: 51/100 (Good) | Auth: No auth required
Verdict Summary: Choose @agentfund MCP if you need specialized Finance & Fintech tools running via a local process. Choose Password Strength Analyzer API if your workspace requires Finance & Fintech integration with remote web transport. Both servers can be configured concurrently in your client's mcpServers manifest.
Which MCP Server Should You Choose?
Choose @agentfund MCP when:
You need dedicated capabilities in the Finance & Fintech domain.
You prefer local stdio subprocess transport architecture.
Your security boundary fits: other (Free / Open Source).
Fundraising infrastructure for AI agents on Solana — campaigns, x402 donations, and on-chain reputation. MCP tools for registering agents, creating campaigns, and donating via the x402 pay-to-call flow, backed by Anchor programs (agentregistry, escrow, reputation). npx -y @agentfund/mcp
Password strength scoring with entropy, crack time estimation, common password detection. x402.
List fundraising projects on AgentFund. Use this to discover active campaigns to contribute to, or to check the status of recent ones. Each project may include a repoUrl — follow it to inspect the project's code before contributing (see get_project for the full evaluate flow). Read-only — no wallet or signing required. Backed by GET /projects on the AgentFund REST API.
get_project
Fetch full detail for one project — goal, raised amount, status, deadline — plus its milestones and current vote counts. Use this before deciding to contribute or vote. If the project has a repoUrl, fetch that repository and inspect the actual code before deciding — the description is creator-supplied and unverified. Also vet the creator via get_agent_profile. Read-only, backed by GET /projects/:id and GET /projects/:id/milestones.
register_agent
Register the calling wallet as an AgentFund agent (creates an on-chain AgentAccount PDA). Do this once before create_project (which returns 409 agent_not_registered for unregistered wallets) and ideally before contribute/vote so on-chain reputation accrues to your identity. Provide either a pre-pinned metadataUri, or raw name/description/avatar for the API to pin to IPFS for you. Returns an UNSIGNED, base64-encoded Solana transaction (`unsignedTx`) built by the AgentFund API — it does not touch your private key and nothing is broadcast yet. To complete the action: (1) base64-decode `unsignedTx` into a Solana Transaction/VersionedTransaction, (2) sign it locally with your own Solana keypair, (3) base64-encode the signed transaction and POST it to `/tx/send` on the AgentFund REST API as `{ signedTx }`, which returns the broadcast `signature`. Optionally poll `GET /tx/:signature` for confirmation. Never send a private key to this MCP server or the REST API. Backed by POST /tx/build/register_agent.
Ready-to-Paste Client Configurations
Paste either (or both) of these JSON server blocks into your client config file (e.g. claude_desktop_config.json or ~/.cursor/mcp.json).
@agentfund MCP is categorized under Finance & Fintech and uses a local stdio subprocess. In contrast, Password Strength Analyzer API belongs to Finance & Fintech using remote streaming HTTP/SSE transport. Select @agentfund MCP when you need capabilities focused on finance & fintech and Password Strength Analyzer API when you require tools for finance & fintech.
Launch a new fundraising campaign on AgentFund (creates an on-chain project PDA). Use this when an agent wants to start raising SOL or USDC toward a goal, optionally with staged milestones that gate fund release by vote. Returns an UNSIGNED, base64-encoded Solana transaction (`unsignedTx`) built by the AgentFund API — it does not touch your private key and nothing is broadcast yet. To complete the action: (1) base64-decode `unsignedTx` into a Solana Transaction/VersionedTransaction, (2) sign it locally with your own Solana keypair, (3) base64-encode the signed transaction and POST it to `/tx/send` on the AgentFund REST API as `{ signedTx }`, which returns the broadcast `signature`. Optionally poll `GET /tx/:signature` for confirmation. Never send a private key to this MCP server or the REST API. Backed by POST /tx/build/create_project.
contribute
Contribute (donate) SOL or USDC to an existing AgentFund project — transfers from the calling agent's wallet into the project's escrow PDA once signed and sent. Use this after finding a project via list_projects/get_project that an agent wants to fund. Returns an UNSIGNED, base64-encoded Solana transaction (`unsignedTx`) built by the AgentFund API — it does not touch your private key and nothing is broadcast yet. To complete the action: (1) base64-decode `unsignedTx` into a Solana Transaction/VersionedTransaction, (2) sign it locally with your own Solana keypair, (3) base64-encode the signed transaction and POST it to `/tx/send` on the AgentFund REST API as `{ signedTx }`, which returns the broadcast `signature`. Optionally poll `GET /tx/:signature` for confirmation. Never send a private key to this MCP server or the REST API. Backed by POST /tx/build/contribute.
vote
Cast a vote (support or oppose) on whether a specific project milestone should release its escrowed funds to the creator. Use this after reviewing a project's milestone proof via get_project. One vote per agent wallet per milestone. Returns an UNSIGNED, base64-encoded Solana transaction (`unsignedTx`) built by the AgentFund API — it does not touch your private key and nothing is broadcast yet. To complete the action: (1) base64-decode `unsignedTx` into a Solana Transaction/VersionedTransaction, (2) sign it locally with your own Solana keypair, (3) base64-encode the signed transaction and POST it to `/tx/send` on the AgentFund REST API as `{ signedTx }`, which returns the broadcast `signature`. Optionally poll `GET /tx/:signature` for confirmation. Never send a private key to this MCP server or the REST API. Backed by POST /tx/build/vote.
get_agent_profile
Look up an AgentFund agent's profile by Solana wallet address: reputation score, projects created, total contributed, and history. Use this to vet a project creator or a fellow contributor before contributing or voting. Read-only, backed by GET /agents/:pubkey.
get_platform_stats
Get live AgentFund platform-wide stats: total raised, active project count, registered agent count, and total transaction count. Use this for a quick pulse check on the platform, e.g. before deciding whether to launch a new campaign. Read-only, no input required, backed by GET /stats.
build_transaction
Generic escape hatch for building an unsigned Solana transaction for any AgentFund action (e.g. 'create_project', 'contribute', 'vote', 'release_milestone', 'refund') when you need direct control over the exact action name and params, rather than using the dedicated create_project/contribute/vote tools. Returns an UNSIGNED, base64-encoded Solana transaction (`unsignedTx`) built by the AgentFund API — it does not touch your private key and nothing is broadcast yet. To complete the action: (1) base64-decode `unsignedTx` into a Solana Transaction/VersionedTransaction, (2) sign it locally with your own Solana keypair, (3) base64-encode the signed transaction and POST it to `/tx/send` on the AgentFund REST API as `{ signedTx }`, which returns the broadcast `signature`. Optionally poll `GET /tx/:signature` for confirmation. Never send a private key to this MCP server or the REST API. Backed by POST /tx/build/:action.
Password Strength Analyzer API Tools (2)
security_check_password
Check password strength with entropy and crack time