Der Spoolis MCP-Server,
verbunden mit einem Klick.

“Nutze „verify_result“: Verify returned work against explicit acceptance criteria and get a signed, portable Outcome Receipt that another system can independently c.”

“Nutze „run_sandbox_scenario“: Evaluate Spoolis without a key or account: run a seeded synthetic scenario through a real demo Spool (the agreement object), verification, a.”

“Nutze „compile_spool“: Turn purchase intent into a proposed DRAFT Spool (the agreement object) with explicit acceptance criteria and earned-value rules. Use before.”

“Nutze „create_spool“: Create a production Spool (the agreement object) from structured terms and acceptance criteria. Use when both parties will participate in th.”

verify_result — Verify returned work against explicit acceptance criteria and get a signed, portable Outcome Receipt that another system can independently c

run_sandbox_scenario — Evaluate Spoolis without a key or account: run a seeded synthetic scenario through a real demo Spool (the agreement object), verification, a

compile_spool — Turn purchase intent into a proposed DRAFT Spool (the agreement object) with explicit acceptance criteria and earned-value rules. Use before

create_spool — Create a production Spool (the agreement object) from structured terms and acceptance criteria. Use when both parties will participate in th

get_spool — Read a Spool (the agreement object), including hash-covered evidence requirements, dispute policy, and salted unit identity configuration. U

create_counterparty_invite — Create a 15-minute, single-use grant that lets the other party join a Spool (the agreement object). Use when a counterparty needs scoped acc

propose_spool — Move a draft Spool (the agreement object) into the proposed state so the counterparty can review it. Use after the acceptance criteria are r

accept_spool — Confirm the compiled contract by accepting a proposed Spool (the agreement object). Use only after reviewing its terms and acceptance criter