com.a2a2p/a2a2p · v1.6.0 · agents-and-memory
a2a2p — Agent-to-Agent-to-Physical is healthy: it completed an MCP handshake in 1640 ms and exposes 28 tools.
Turn agent intent into physical parts: engineering review, measured geometry, calibrated pricing.
Endpoint: https://a2a2p.com/mcp (streamable-http)
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| Users (last 30 days) | 0 |
| Handshake | Healthy |
| Auth needed | None |
| Tool count | 28 |
| Latency | 1640 ms |
| Last checked (UTC) | 2026-10-14T17:40:46.151Z |
| Checked (UTC) | Status | Latency | Error |
|---|---|---|---|
| 2026-10-14T17:40:46.151Z | Healthy | 1640 |
request_physical_solution | Submit a physical-world requirement (a part, product, device, or capability that must exist in the physical world). a2a2p resolves it and returns a RESOLUTION REPORT: a recommended path (best existing commercial solution vs. custom fabrication), pricing, tradeoffs, a delivery plan with contingencies |
review_specification | Current file inspection governs geometry readiness: expired, unreadable, mismatched, unsuccessfully parsed or uninspected attachments prevent quote-ready status. Reattach the original file and review again. Instant, synchronous engineering review of a physical requirement — nothing is submitted. So |
qualify_specification_exchange_need | Submit one real, unaffiliated low-voltage outdoor sensor enclosure need to A2A2P's ten-submission qualification cohort. Complete outside submissions are stored privately; public evidence remains content-free. This contacts no supplier, collects no payment, places no order, performs no engineering va |
prepare_domain_solutioning_case | Prepare a synchronous, deterministic, privacy-minimized engineering case for a compatible domain-intelligence system. Use it when intake_classification is capability_concept or assembly_or_system and mechanism selection or decomposition is required, or when a complete single-part intent has no speci |
validate_domain_solutioning_result | Validate a candidate result returned under the a2a2p domain-solutioning contract. The exact output of prepare_domain_solutioning_case is a prerequisite; malformed or non-prepared cases return a versioned machine-readable recovery workflow without weakening case-shape or digest checks. The operation |
validate_actualization_plan | Re-run the exact Domain Solutioning case/result validation, then validate one caller-supplied Actualization Plan. Checks typed entity references, evidence references, decision cycles, source binding, and false authority. Success returns evidence linkage plus exact review_specification calls for unbl |
prepare_simulation_study | Prepare a deterministic, side-effect-free simulation study for existing a2a2p domain-solutioning candidate IDs. It records exact quantities, units, closed-kind source snapshots with staleness intervals, hard constraints, solver/model/settings provenance, assumptions, validity domain, and a physical |
prepare_reviewed_beam_simulation | Compile one caller-selected domain-solutioning candidate into a prepared bounded beam simulation study after repeating deterministic engineering review. The requirement must explicitly state the supported load model, geometry, load, and elastic modulus; the caller must state the objective, source fr |
prepare_derived_beam_simulation | Compile one exact replay-verified rectangular-beam derivation into a prepared bounded simulation study. The caller must supply the original derivation input and receipt, its exact validation receipt, simulation-eligible source-bound material evidence matching the modulus, an objective, source freshn |
derive_rectangular_beam_section | Derive one proposal-only prismatic rectangular beam height from a caller-declared purpose, supported idealized load model, fixed width, explicit elastic modulus, and at least one requester acceptance criterion. The operation solves closed-form equations, rounds upward to the caller's manufacturing i |
explore_rectangular_beam_sections | Evaluate 2 to 12 caller-declared rectangular beam widths through the canonical bounded height derivation, then return every proposal and the exact non-dominated frontier for minimizing section height and idealized prismatic material volume. Width order is normalized; duplicates fail closed. The oper |
validate_rectangular_beam_section_design_space | Recompute a bounded finite rectangular-beam design space from the exact caller-held input and reject any mutation of an embedded derivation, Pareto disposition, digest, claim limit, external-effect boundary, authority boundary, or carried screening receipt. Success proves deterministic replay and co |
validate_rectangular_beam_section_derivation | Recompute a bounded rectangular beam-section derivation from the exact declared input and reject any mutation of the candidate, digests, assumptions, claim limits, external-effects boundary, authority boundary, or carried screening receipt. Success proves deterministic replay and content identity on |
plan_material_evidence_promotion | Plan the evidence needed to transform a validated material source observation into a future material-property-evidence input. Deterministic and stateless: it compares exact property, material-state, orientation, temperature, and process context; binds source, target, and planner digests; and names c |
validate_material_property_evidence | Validate and content-bind one caller-supplied material-property evidence envelope before attaching it to a compatible preliminary simulation. The receipt separates shape/content identity from source truth, material identity, uncertainty verification, design allowable, engineering validation, and phy |
translate_materials_project_elasticity | Translate one bounded, caller-supplied Materials Project elasticity API response projection into source-bound computed-crystal reference evidence. Optional retrieval metadata binds the raw upstream bytes separately and records that an allowlisted projection changed the representation. The adapter ve |
assess_supplier_fit | Compare one exact package projection with every lane in one evidence-bound supplier capability declaration. Returns explicit match, conflict, or unknown checks. Import evidence concerns the drawing associated with the package, not proof that its JSON was received or accepted. It never scores or sele |
validate_simulation_study_result | Validate a prepared a2a2p simulation-study result. Masked timeout, non-convergence, boundary, unit, provenance, unsupported-model, and solver failures fail closed. Hard constraints gate eligibility; distinct objective values remain visible; Pareto dispositions are canonical and order-independent. It |
run_bounded_simulation_study | Execute and validate a prepared simulation study through a2a2p's bounded closed-form rectangular-beam adapter. The adapter accepts only explicit load, span, section width/height, elastic modulus, exact support conditions, and supported output quantities; missing, extra, mismatched, or unsupported se |
get_supply_options | Instant, synchronous pricing and lead time for a physical requirement — nothing is submitted or stored. Returns a deterministic parametric estimate (source="estimate", pricing_kind="model_estimate", clearly labeled, never presented as a quote). The protocol separately labels provider_estimate and pr |
build_supplier_request_package | PRECONDITION — CALL ONLY after the requester supplied what the physical object must accomplish at intent.purpose (or requirement). If absent, ask the requester first; never infer purpose and do not invoke this tool yet. Build a synchronous, deterministic supplier request package from the requirement |
render_supplier_email_binding | Render the caller's requirement as a reviewable RFC 5322 supplier-email draft after rebuilding its canonical supplier package and repeating quote-stage screening. The plain-language draft offers optional Can quote / Need changes / Decline reply choices and asks for price basis, freight scope, and le |
upload_design_file | Turn local manufacturing file bytes into the temporary HTTPS reference used by specification.design_files. This is a bounded intake operation, not a request, provider call, quote, order, payment, or fabrication action. Common RFC 4648 transport forms are normalized, then decoded bytes are recognized |
normalize_stl_units | Create a genuinely millimetre-scaled derivative from an active temporary binary STL whose exporter is known to emit metre coordinates. The operation never guesses units from a filename or plausible size. It requires the exact source SHA-256, an exporter statement tied to a named system and revision, |
check_request_status | Check the status of a previously submitted physical-solution request. Returns a generated machine draft as soon as it exists, with a versioned delivery receipt that distinguishes pending_machine_draft, generation_failed, generation_expired, machine_draft, and operator_published. The receipt exposes |
request_provider_estimate | Submit a requirement to the durably queued provider-estimate workflow without holding the connection open. Returns a quote_job_id in milliseconds; scheduled settlement runs outside request waitUntil. Scheduled provider contact is not active in this release and cannot be enabled by an environment fla |
check_quote_job | Check an asynchronous provider-estimate job created by request_provider_estimate, including its queued or terminal execution substate. Terminal statuses: completed, degraded, refused. An unknown read returns reason_code=unknown_or_not_yet_visible. Retry with backoff only when the id came from an aut |
revise_requirement | Create a new, immutable revision of a prior request by applying only the fields you learned since the first submission. Use this after review_specification returns a clarification_plan: provide the original request_id plus the patch (for example intent.geometric_envelope or specification.material). |