GoPlausible
Official@goplausible
GoPlausible provides W3C DIDs, VC/VP, Agentic and AI Tooling/Infrastructure for Algorand!
Agent Skills by GoPlausible
Showing 13 vetted skills indexed across 2 GitHub repositories.
GoPlausiblealgorand-python
Develop Algorand Python smart contracts with PuyaPy and ARC-4 patterns.
GoPlausiblealgorand-x402-typescript
Guide building x402 HTTP payment clients and servers in TypeScript.
GoPlausiblehaystack-router-development
Build Algorand swaps with Haystack Router SDK using RouterClient APIs.
GoPlausiblealpha-arcade-interaction
Automate Alpha Arcade prediction market trading on Algorand via the Algorand MCP.
GoPlausiblealgorand-development
Centralize Algorand development workflows with AlgoKit and ARC standards.
GoPlausiblealgorand-typescript
Consolidate Algorand TypeScript (PuyaTs) syntax, migration guides, and examples.
GoPlausiblealgorand-x402-python
Build 402 payment flows for Algorand AVM with Python client, server, and facilitator tooling.
GoPlausiblealgorand-x402-payment
Automates x402 payment for HTTP 402 protected resources on Algorang via MCP tools.
GoPlausiblealgorand-remote-mcp
Centralize Algorand operations with vault-backed signing via MCP tools.
GoPlausiblealgorand-mcp-lite
Provide 55 Algorand wallet and market tools via a lite MCP server.
GoPlausibleqrclaw
Generate QR codes for strings or URLs via the QRClaw API.
GoPlausiblehaystack-router-interaction
Route and execute Algorand Haystack Router swaps via MCP tools.
GoPlausiblealgorand-interaction
Manage wallets, sign transactions, and query Algorand blockchain data via MCP.
Frequently Asked Questions About GoPlausible
FAQPage SchemaWhat specific tasks can be performed using GoPlausible infrastructure?▼
Users can manage Algorand wallets, sign transactions, execute Haystack Router swaps, and implement x402 payment flows for HTTP resources. The infrastructure supports ARC-4 smart contract patterns and provides interfaces for prediction market trading on Alpha Arcade.
Which technical personas benefit from these capabilities?▼
Blockchain engineers, decentralized finance developers, and systems architects building on Algorand utilize these resources. The offerings are designed for developers integrating AVM-based smart contracts, payment facilitators, and secure transaction signing into their decentralized applications.
What are the primary prerequisites for implementing these solutions?▼
Implementation requires familiarity with the Algorand Virtual Machine, ARC-4 standards, and TypeScript or Python environments. Developers must also have an active Algorand wallet and access to the specific MCP-compatible interfaces provided for transaction signing and network interaction.