Der SkoIA Parts MCP-Server,
verbunden mit einem Klick.

“Nutze „understand_physical_problem“: Builds the canonical PhysicalProblem, Observation Graph and explicit unknown set from the supplied description.”

“Nutze „get_next_observation“: Returns the single highest-value missing observation without promoting hypotheses to facts.”

“Nutze „generate_hypotheses“: Explores candidate transformations from the same PhysicalProblem and labels every unverified candidate as HYPOTHESIS.”

“Nutze „search_candidates“: Searches the verified local index for candidates; a candidate is never presented as an identified product without evidence.”

understand_physical_problem — Builds the canonical PhysicalProblem, Observation Graph and explicit unknown set from the supplied description.

get_next_observation — Returns the single highest-value missing observation without promoting hypotheses to facts.

generate_hypotheses — Explores candidate transformations from the same PhysicalProblem and labels every unverified candidate as HYPOTHESIS.

search_candidates — Searches the verified local index for candidates; a candidate is never presented as an identified product without evidence.

synthesize_physical_solution — Runs the canonical resolver and returns either a supported solution or the next required observation.

verify_solution — Checks a proposed candidate independently against the canonical constraints and reports verification separately from generation.

generate_artifact — Generates only LIVE deterministic formats after plan acceptance and verification; STEP remains unavailable.

get_verified_commerce_options — Returns discovery candidates separately from RevenueGuard-approved monetizable offers and enforces distribution rights per surface.