CATALOG / orquestra
Orquestra: Solana programs, checked calls
Solana programs comprehended into calls you can check before they count: storefront purchases, Orca Whirlpool swaps, intent routing, program graphs and PDA derivation. Every money path ends in unsigned bytes plus a receipt; your wallet signs, and submit_transaction lands it.
program · open · served now · origin: Solana mainnet programs via Orquestra's builder
Machine readers: the Markdown twin is /catalog/orquestra.md
Use cases
Buy from a Solana storefront
Ask: “Buy a sparkling water from geckocoffee on mainnet”
list_stores→ prepare_purchase→ verify_signed_transaction→ submit_transaction
Swap on Orca Whirlpool
Ask: “Swap 0.005 USDC to USDG for this wallet”
plan_swap→ prepare_instruction→ verify_signed_transaction→ submit_transaction
Check a wallet can pay before anything is prepared
Ask: “Can this wallet pay for an espresso at geckocoffee, and with which token?”
plan_payment
Route a plain intent to the right instruction
Ask: “Which instruction starts a token launch on Pump.fun?”
find_start→ comprehend_program→ derive_pda
GET STARTED
$ claude mcp add --transport http orquestra https://mcp.geckovision.tech/orquestra/mcpFirst call: list_stores {"network":"mainnet"}
Raw MCP over HTTP, the order for money paths, and the definition of done: /agents.md
Tools served now
16 tools, measured 2026-09-02T03:20:42.987Z · server 1.28.1
start
The same routing as `find_start`, projected to the ONE call you are about to make. You get the chosen start in full — the dependency-ordered derive plan, every
find_start
Say what you want to do in plain words ('buy this token on pump and hold it') and get the exact starting point across the wired Solana programs: (program, instr
list_programs
List the wired, agent-ready program surfaces (with their intents and derivable PDAs) plus one page of the Orquestra program catalog (paginated; catalog entries
comprehend_program
Auto-comprehend an unwired catalog program (the D-A path): fetch its Orquestra surface and generate the Gecko program config, with per-PDA provenance (extracted
prepare_purchase
Plan and verify a real purchase from a let_me_buy storefront, and hand back the UNSIGNED transaction. Gecko holds no key: YOU SIGN it in your own wallet and you
try_purchase
REHEARSE a real purchase on a local fork of mainnet, and see what actually moved. This is `prepare_purchase` taken all the way through: it funds a throwaway buy
list_stores
List every let_me_buy storefront on the network you name — store names, products and prices, read from each store's own on-chain account. Optionally filter by p
plan_payment
Answer 'can this wallet buy this product, and if not what is the shortest CHECKED route' — in one call, without signing anything or building any bytes. Reads th
plan_swap
Plan a token conversion on Orca Whirlpool and hand back the exact values `prepare_instruction` needs to build it — Gecko's CHECKED venue, from the wallet you na
verify_signed_transaction
Check that a SIGNED transaction is the one Gecko attested — before you broadcast it. Pass the base64 your signer returned and the `binding` from the receipt. An
submit_transaction
Broadcast a SIGNED transaction that Gecko prepared, with the checks and the rebroadcast loop built in: verifies the bytes against the receipt's `binding` (exact
read_accounts
Look up the LIVE instances of one of a program's declared account types, and the values inside them — the step between a human name ('the DEATON sale') and the
prepare_instruction
Build ANY instruction of ANY program in the catalog, with every PDA derived for you, and get back UNSIGNED bytes plus a mainnet simulation. Nothing here signs o
derive_ata
The associated token account for an owner + mint. Use this instead of computing it yourself.
derive_pda
Derive a program address from explicit seeds, with the bump found the way the runtime finds it — descending from 255 until the result is OFF the ed25519 curve.
program_lifecycle
The ORDER a program's instructions must happen in, and which accounts move together — derived from the graph, not from documentation.