Orchestrate Solana transaction creation with discovery, simulation, and signing.
npx skills add https://github.com/berkayoztunc/orquestra --skill orquestra-conductor
Please help me install this Agent Skill. Skill: orquestra-conductor Source: https://github.com/berkayoztunc/orquestra/tree/main Command: npx skills add https://github.com/berkayoztunc/orquestra --skill orquestra-conductor
This skill solves the problem of orchestrating a complete Solana transaction workflow (research → account resolution → unsigned tx building → mandatory preflight simulation → signing) without letting an AI guess critical blockchain inputs.
Use Case: Ask for a transaction like “build instruction to derive a PDA and buy an item” and the conductor will discover the program, resolve PDAs/accounts, build an unsigned base64 wire transaction, simulate it to decode Anchor errors, then ask for explicit YES before signing.
Say: "Orquestra Conductor, build a Solana transaction to call the <instruction> on program <program_id> on <network> for fee payer <fee_payer_wallet>, and use signer <wallet/authority>—please ask me for any missing accounts or PDA seeds."
High-intent search queries and answers about installing and using this skill.
Orquestra Conductor orchestrates end-to-end Solana transaction creation by routing discovery, PDA resolution, unsigned instruction building, preflight simulation, and final signing without letting AI guess critical inputs.
AI might skip simulation due to missing safety guardrails. Enforcing phase-specific tool usage ensures a mandatory preflight simulation decodes Anchor errors and validates the unsigned transaction before any signing workflow is initiated.
The best way to resolve unknown PDA seeds is to stop the transaction pipeline and explicitly ask the user for the exact missing values. This guarantees required inputs are satisfied safely without guessing during PDA derivation.
To prevent invented program IDs, apply safety boundaries that block tool cross-over between discovery and signing phases. The orchestrator routes program discovery and transaction construction sequentially to ensure all values are validated.
Yes, you can use mandatory preflight Anchor simulation to decode errors before signing. The orchestration workflow builds an unsigned base64 wire transaction, simulates it to catch Anchor errors, and requires explicit confirmation before signing.
If required arguments are missing during Solana transaction building, the workflow stops and requests the exact missing seeds or values from the user. It never guesses critical blockchain inputs, ensuring the instruction execution request is resolved safely.
berkayoztuncExecute Solana transactions end-to-end with PDA resolution and preflight simulation.
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