{"core-extras.96d330537a":"Base IR","core-extras.bee831a169":"Substrate","core-extras.61a0822826":"Apps on Core","core-extras.15438cc098":"not supported","core-extras.ad565d9d01":"Feature","core-extras.0155bf03e5":"Segment legend","core-extras.8b7110078e":"Algorithm groups by data type","core-extras.25ab4276a6":"Scrollable capability matrix","page-breadcrumb.c766e66518":"Breadcrumb","section_st_a1_display-split.7c9a7c0610":"Detail","section_st_f1_cta-dark.90e40d5043":"Get started","trace-section.e257621ef4":"Constraint trace","uc-mfg-business-glyph.65109d22ee":"Every shift, review ready","uc-mfg-business-glyph.8de8c8c20a":"The release decision, already evidenced","uc-mfg-business-glyph.64ecaa5ef1":"Traceable","uc-mfg-business-glyph.f71f4f7702":"Asked at audit","uc-mfg-business-glyph.57a1b6e6b1":"Already attached","uc-mfg-business-glyph.efacf1c9c5":"Which recipe version ran","uc-mfg-business-glyph.bd7f27578c":"The exact revision, pinned","uc-mfg-business-glyph.365850d68c":"What the line was doing","uc-mfg-business-glyph.3b54b8a2cf":"The machine state, per decision","uc-mfg-business-glyph.1692324967":"How the batch was checked","uc-mfg-business-glyph.4dae5e3447":"The inspection samples, kept","uc-mfg-business-glyph.287e4ca4a2":"Who released it","uc-mfg-business-glyph.de6ef3506c":"The named line lead, signed","uc-mfg-business-glyph.3f79fa7ff0":"Where the record holds","uc-mfg-business-glyph.8130e06c0f":"One record, four moments","uc-mfg-business-glyph.b1b392607d":"Run","uc-mfg-business-glyph.ab8b368e1b":"on the line","uc-mfg-business-glyph.d41f56cea1":"Release","uc-mfg-business-glyph.bd8930fd97":"at the gate","uc-mfg-business-glyph.3f7e1fd914":"Recall","uc-mfg-business-glyph.f64c4f97ac":"on a question","uc-mfg-business-glyph.fa1703dd78":"Audit","uc-mfg-business-glyph.a687f89dc2":"months later","uc-mfg-business-glyph.73b077d95b":"Reconstructed from the record","uc-mfg-business-glyph.76b0fd5a1b":"Hosted in Europe","uc-mfg-consumer-glyph.d1aba8b937":"Your part, with its history","uc-mfg-consumer-glyph.0b2ac7dfe8":"Where it came from, and how it was checked","uc-mfg-consumer-glyph.d6806f2d58":"one part","uc-mfg-consumer-glyph.53906cade3":"Work order","uc-mfg-consumer-glyph.d0e687b079":"Operator","uc-mfg-consumer-glyph.d3ce4618ef":"Inspection","uc-mfg-consumer-glyph.c56bdda45d":"The paperwork travels with the part.","uc-mfg-consumer-glyph.828f2d61d9":"Look it up","uc-mfg-consumer-glyph.3dd30c9df3":"One code finds the record.","uc-mfg-consumer-glyph.6fbdf62c93":"See the checks","uc-mfg-consumer-glyph.4bc76d1269":"What was measured, and when.","uc-mfg-consumer-glyph.443fa6082d":"Ask the maker","uc-mfg-consumer-glyph.9ce882f883":"A named person signed it off.","uc-mfg-consumer-glyph.624192882f":"Kept in Europe","uc-mfg-consumer-glyph.b5529eaec3":"Checkable afterwards","uc-mfg-technical-glyph.e88b21c7c9":"Release record","uc-mfg-technical-glyph.35d9bc5159":"Released","uc-mfg-technical-glyph.61105cb49d":"Pinned inputs","uc-mfg-technical-glyph.53906cade3":"Work order","uc-mfg-technical-glyph.1dcda804c9":"Recipe","uc-mfg-technical-glyph.68c2cc7f0c":"Model","uc-mfg-technical-glyph.83c6d723cb":"Packet","uc-mfg-technical-glyph.c8d718dcc7":"Line to gate","uc-mfg-technical-glyph.58c5e06736":"In-feed","uc-mfg-technical-glyph.12f4c13a6a":"Process","uc-mfg-technical-glyph.18ca87afec":"Inspect","uc-mfg-technical-glyph.8b3d8d665a":"Sign","uc-mfg-technical-glyph.d41f56cea1":"Release","uc-mfg-technical-glyph.1a9845d4bc":"The gate opens on the record, not on the clock","uc-mfg-technical-glyph.c0f85d6679":"Replay","uc-mfg-technical-glyph.3c1a65622f":"Attached to the batch","uc-mfg-technical-glyph.8197d44cd7":"Operator on shift","uc-mfg-technical-glyph.efefffd329":"Inspection samples","uc-mfg-technical-glyph.bb09a4d8ea":"Machine state","uc-mfg-technical-glyph.bbcf64a3a2":"Inputs","uc-mfg-technical-glyph.5faa59d4bc":"Result","uc-mfg-technical-glyph.1eae3f46d4":"Same inputs, same call","uc-mfg-technical-glyph.0bdea31375":"Signed per release","uc-mfg-technical-glyph.6c0ca8a6a7":"Runs on the OT network","use-case-manufacturing.0471386edf":"Manufacturing","use-case-manufacturing.14a29ba383":"Use Cases","use-case-manufacturing.0ede8e5706":"Existing MES, ERP, and SCADA systems keep working. Dweve wraps them in a\n            deterministic decision layer that records every sensor, every rule, and every\n            operator action as the release happens.","use-case-manufacturing.61c52c35c2":"Manufacturing, technical","use-case-manufacturing.46f92ea598":"Your control","use-case-manufacturing.8bf34da1c7":"One platform","use-case-manufacturing.4fb3a26aa6":"Closed bundle for the most sensitive production data.","use-case-manufacturing.ec9dfc4fd3":"Fully offline","use-case-manufacturing.a2e24b45d1":"Run inside your perimeter on licensed nodes.","use-case-manufacturing.2e5af94e30":"Your OT network","use-case-manufacturing.55423877a1":"Dweve-operated public Mesh; processing boundary documented in the agreement.","use-case-manufacturing.61810d3c5a":"Business Workspace","use-case-manufacturing.2b1884c5a7":"One platform, three postures","use-case-manufacturing.215475056e":"WHERE IT RUNS","use-case-manufacturing.92a16f5060":"SDK: TS/Python/Go/Rust","use-case-manufacturing.4b3258f7ec":"RFC 7807","use-case-manufacturing.92af23aac4":"PROTOBUF","use-case-manufacturing.dabbb6f4e1":"OPENAPI 3.1","use-case-manufacturing.28cdec2a95":"Integrate via REST or gRPC against a typed OpenAPI 3.1 surface. Managed through Fabric on the public Dweve Mesh for pilots. Licensed for your OT network. Air-gapped for the most sensitive production data. Same API, same trace format, same replay packets across all three.","use-case-manufacturing.0ff8b5b425":"Three deployment postures.","use-case-manufacturing.94188e2c6c":"One API.","use-case-manufacturing.34bfbaefff":"How you integrate","use-case-manufacturing.80b30e032e":"Bit-identical output","use-case-manufacturing.40685beb3e":"Same rule","use-case-manufacturing.3e7d95c3ba":"Line lead signs the final release.","use-case-manufacturing.8eeb40cd07":"Sign packet","use-case-manufacturing.db4be0d105":"Work order spec applied to the decision.","use-case-manufacturing.f2a9327c7f":"Apply spec","use-case-manufacturing.45ce873ea1":"Rule produces a raw decision.","use-case-manufacturing.b30b23e56e":"Run rule","use-case-manufacturing.432caa3a42":"Inputs logged before the rule runs.","use-case-manufacturing.9678dd9fa7":"Pin inputs","use-case-manufacturing.478360978f":"Four guarantees","use-case-manufacturing.c00f9811f5":"WHAT THE LAYER DOES","use-case-manufacturing.3b720bec28":"SIGNED REPLAY","use-case-manufacturing.6757848af7":"DETERMINISTIC","use-case-manufacturing.bfa6ecd460":"Existing MES, ERP, and SCADA systems keep working. Dweve wraps them in a deterministic decision layer that records every sensor reading, every rule, and every operator action as the release happens. The replay packet reconstructs the exact release years later. The MES stays the system of record for what was made; the layer around it records why the release happened. A packet holds the MES source, the rule, the operator, the release and the signature, and it is written as the release happens rather than rebuilt from logs afterwards. The engine is CPU-native, so the same release replays on the plant floor, in the cloud, and on a laptop.","use-case-manufacturing.fb834ca63c":"bit-identical replay.","use-case-manufacturing.9e0df58263":"MES wrapped,","use-case-manufacturing.722d69f67b":"Production determinism","use-case-manufacturing.90e3daa258":"One signed file","use-case-manufacturing.01c501a76c":"Four steps","use-case-manufacturing.4dc643cc52":"Safety officer signs; packet is the CE artefact.","use-case-manufacturing.eeb2c947d2":"Sign the file","use-case-manufacturing.1c5fe66fd4":"Deterministic compute produces the SIL / PL.","use-case-manufacturing.8e5903a8e4":"Calculate","use-case-manufacturing.dd45b49f58":"Each SIL / PL records the standard version used.","use-case-manufacturing.646fd3779a":"Pin to standard","use-case-manufacturing.e23245eeba":"Hazard identified per risk assessment rule.","use-case-manufacturing.f94141fd46":"Identify hazard","use-case-manufacturing.be1219da62":"SAFETY","use-case-manufacturing.21f969c78c":"ISO 13849","use-case-manufacturing.9ac6848382":"IEC 61508","use-case-manufacturing.3238a2c23e":"PL","use-case-manufacturing.2ba1ee66fd":"SIL","use-case-manufacturing.604f20af17":"Safety integrity calculations are the manufacturing workflow most damaged by float drift and standard version skew. Dweve runs the SIL / PL calculation on integer arithmetic, pins to a specific IEC 61508 / ISO 13849 version, and ships the same result every time. The packet is the CE audit artefact. The pinned edition of the standard travels with the result, so an auditor reads the calculation against the version that applied at the time.","use-case-manufacturing.75280c6633":"SIL + PL calculations,","use-case-manufacturing.ef102f7e6c":"Safety integrity","use-case-manufacturing.daf1e5baac":"The decision layer never crosses a trust boundary that fails the NIS2 or Machinery\n            Directive rules. The same topology ships on all three postures.","use-case-manufacturing.d5a9f6f81a":"Three postures","use-case-manufacturing.8ab2c84ed7":"One architecture","use-case-manufacturing.36a36776c9":"No outbound calls. Optional EU-only auditor endpoint.","use-case-manufacturing.8e05a902ed":"Egress","use-case-manufacturing.8c0e6f760f":"Signed packets written once, read many, EU-only replica.","use-case-manufacturing.dcf17fd359":"Packet store","use-case-manufacturing.6de6f8a697":"CPU-native engine, no GPU farm, no cloud ML APIs.","use-case-manufacturing.7f59a1f1d5":"Decision","use-case-manufacturing.7d853df929":"TLS terminate in EU, mTLS to the decision layer.","use-case-manufacturing.92096d78df":"Ingress","use-case-manufacturing.7f166ac611":"Four boundaries","use-case-manufacturing.338ac926aa":"TOPOLOGY","use-case-manufacturing.6b4217aac7":"EU ONLY","use-case-manufacturing.5e905a995e":"PACKET STORE","use-case-manufacturing.b5441c8918":"OT","use-case-manufacturing.138a224dc4":"DMZ","use-case-manufacturing.d784d2809b":"Three operating models, one evidence architecture. Managed Fabric runs on the public Mesh. Licensed operation brings direct products into your OT network. Air-gapped operation protects the most sensitive production data. Each model keeps decisions and evidence inside its declared trust boundary. The same four boundaries are drawn in each one: an ingress that terminates TLS in the EU, the decision layer behind the OT boundary, the packet store, and an egress that makes no outbound calls.","use-case-manufacturing.3ae8029f90":"per posture.","use-case-manufacturing.52c48d0dc9":"Where the layers sit,","use-case-manufacturing.f9790fb715":"Deployment topology","use-case-manufacturing.2c2bb99178":"Determinism is asserted in the suite, not promised in prose. The same oracle run on\n            your hardware produces the same answer as on ours.","use-case-manufacturing.064f903275":"Not aspirational","use-case-manufacturing.aed3b8c6a7":"Verified","use-case-manufacturing.ed0ff2382e":"No rounding error crosses the unit-of-last-place threshold.","use-case-manufacturing.aadefaf8ed":"Correctly rounded","use-case-manufacturing.cc376f246e":"Corners and ranges exercised automatically in CI.","use-case-manufacturing.e02eea5453":"Property tests","use-case-manufacturing.a24d9583df":"Each result compared to a high-precision reference.","use-case-manufacturing.47909e2975":"256-bit oracle","use-case-manufacturing.4ac72fd74a":"Bounded iteration count, no floating-point unit.","use-case-manufacturing.97dab07ad3":"CORDIC compute","use-case-manufacturing.b9a7f2f458":"How the bound is proven","use-case-manufacturing.dc0507035e":"VERIFICATION","use-case-manufacturing.481d3e216b":"PROPERTY TESTED","use-case-manufacturing.fdd71ee1c4":"MPFR 256-BIT","use-case-manufacturing.51ab88da6e":"0 ULP","use-case-manufacturing.2c20b26907":"Every numerical computation in the OEE and stability path is verified against MPFR at 256-bit precision. The published result is 0 ULP, correctly rounded across the documented input domain, with property-based tests driving the corners on every release. The bound is asserted in the test suite rather than promised in prose, and CI guards it on every release.","use-case-manufacturing.bed4aa0e07":"checked against an oracle.","use-case-manufacturing.0479003b2b":"0 ULP transcendentals,","use-case-manufacturing.de21ce56da":"Verified OEE","use-case-manufacturing.1c336bc636":"One signed view","use-case-manufacturing.93990c240d":"Maintenance dispatch signed and queued.","use-case-manufacturing.840e1b364a":"Dispatch","use-case-manufacturing.cf9da7dc59":"Deterministic compute predicts time to failure.","use-case-manufacturing.3b7ab8316c":"Run prediction","use-case-manufacturing.2965bfebf6":"Each prediction records the model version used.","use-case-manufacturing.24d7e65b40":"Pin to model","use-case-manufacturing.733b067a45":"Pull vibration, pressure, temperature traces.","use-case-manufacturing.dfd49a2a3f":"Ingest sensors","use-case-manufacturing.81e0befb4e":"MAINTENANCE","use-case-manufacturing.1779864412":"PINNED","use-case-manufacturing.aac8c77084":"MODEL","use-case-manufacturing.efb9fbf82e":"SENSOR","use-case-manufacturing.504864ce18":"Predictive maintenance is the manufacturing workflow most damaged by float drift and model version skew. Dweve runs the prediction on integer arithmetic, pins to a specific model version, and ships the same prediction every time. Four steps stand behind a dispatch: vibration, pressure and temperature traces are ingested, each prediction records the model version that produced it, deterministic compute returns a time to failure, and the maintenance dispatch is signed and queued. A prediction that sent a crew to a machine can be reopened later and read back the same way.","use-case-manufacturing.283fe2185d":"pinned to a model.","use-case-manufacturing.e8a2952668":"Sensor-driven predictions,","use-case-manufacturing.5167e41093":"Predictive maintenance","use-case-manufacturing.f5d4349e08":"Full trace","use-case-manufacturing.3477f4d91d":"Same answer","use-case-manufacturing.277267c6e1":"Managed Fabric, licensed on your OT network, or air-gapped.","use-case-manufacturing.65cfa78989":"Sovereign","use-case-manufacturing.e56a362553":"OpenAPI 3.1 spec, typed errors (RFC 7807).","use-case-manufacturing.cb885a925a":"REST + gRPC","use-case-manufacturing.15beeffea2":"MES source, rule, operator, release, signature.","use-case-manufacturing.0788e3e212":"Signed packet","use-case-manufacturing.6cbcecba9f":"Same input, same output, every machine, every release.","use-case-manufacturing.02ae1c41fe":"Exact replay","use-case-manufacturing.0753940ae7":"Four properties","use-case-manufacturing.06ebfec4be":"WHAT IT GIVES YOU","use-case-manufacturing.8cf0f0d06d":"Every OEE calculation runs on a deterministic engine. Bit-exact replay across machines and releases. Same OEE on the plant floor, in the cloud, and on a laptop. No floating-point drift, no chip-dependent rounding. The packet carries the MES source, the rule, the operator, the release and the signature, and the same four properties hold on managed Fabric, licensed on your OT network, or air-gapped.","use-case-manufacturing.a7717d5e85":"Availability x performance x quality,","use-case-manufacturing.4c86d9d1ba":"OEE breakdown","use-case-manufacturing.1a05dbe0e7":"You do not need to chase a recall through a call centre. The packet identifies the\n            batch, the lot, and the line lead in one file.","use-case-manufacturing.6c3d066562":"Manufacturing, consumer","use-case-manufacturing.c605f28db5":"On the record","use-case-manufacturing.6caa33ea63":"Your part","use-case-manufacturing.fb7235f902":"Same packet the auditor sees.","use-case-manufacturing.1c54132b8e":"Record","use-case-manufacturing.acea0dcbee":"Named quality lead per shift.","use-case-manufacturing.b37456c453":"Contact","use-case-manufacturing.e51845cb11":"Named","use-case-manufacturing.61ae306744":"Recall letter in plain language.","use-case-manufacturing.3f7e1fd914":"Recall","use-case-manufacturing.75f527181b":"Free","use-case-manufacturing.c8bffd3bad":"Ask the supplier for the part genealogy.","use-case-manufacturing.2f38169a71":"Trace","use-case-manufacturing.75e6a088a0":"Four routes","use-case-manufacturing.bc3e09058f":"YOUR PATHS","use-case-manufacturing.a7bf77cd37":"CE MARK","use-case-manufacturing.ddf8a55c68":"TRACE","use-case-manufacturing.0ce24cd808":"RECALL","use-case-manufacturing.29b5e70c17":"Every part is traceable from the customer back to the raw material lot. If a recall is issued, the same packet the line lead signed at release identifies every affected unit in seconds. The recall letter is in plain language with named contacts. Batch, lot and line lead sit in one file, so nobody has to chase a recall through a call centre, and the contacts on the letter have names.","use-case-manufacturing.7d4ac95175":"can trace back.","use-case-manufacturing.db75b68fc8":"A part you","use-case-manufacturing.e8e4e3f642":"Your recall path","use-case-manufacturing.11234a16b5":"One record","use-case-manufacturing.64e05768ca":"One part","use-case-manufacturing.e96c2e0079":"Line lead signs the work order.","use-case-manufacturing.d41f56cea1":"Release","use-case-manufacturing.3b83423866":"Part serial tied to operator and batch.","use-case-manufacturing.cf5a45e0a4":"CMM measurements recorded with deviation.","use-case-manufacturing.18ca87afec":"Inspect","use-case-manufacturing.55d8e0478e":"SPC samples logged against the rule.","use-case-manufacturing.5ac3aa81b6":"In-process","use-case-manufacturing.92f5fe6952":"Four outcomes","use-case-manufacturing.a76f8ee287":"HOW IT WORKS","use-case-manufacturing.f73b278fda":"RELEASE","use-case-manufacturing.7774dc5b21":"INSPECT","use-case-manufacturing.99a38b9867":"SPC","use-case-manufacturing.91f3361f52":"A production part is no longer a black box. The in-process SPC, the inspection, the traceability, and the release each have a named operator and a rule attached. Four things are written down as the part moves: the SPC samples logged against the rule, the CMM measurements with their deviation, the part serial tied to an operator and a batch, and the line lead who signs the work order at release.","use-case-manufacturing.dfb39fb4ea":"with its record attached.","use-case-manufacturing.e467382518":"A part moves","use-case-manufacturing.8b97c7f0ff":"How quality works","use-case-manufacturing.4772ac02b3":"Full genealogy for warranty.","use-case-manufacturing.993a665d35":"In charge","use-case-manufacturing.905cb326c7":"You","use-case-manufacturing.27873ec161":"CE marked, Machinery Directive.","use-case-manufacturing.ef5fdf226f":"Footing","use-case-manufacturing.c82d1b09cf":"EU","use-case-manufacturing.5989a2707c":"The work order that built your part.","use-case-manufacturing.8e16e5b2c4":"Real","use-case-manufacturing.1641a6eed5":"A reason, not a guess.","use-case-manufacturing.89b86ab0e6":"Language","use-case-manufacturing.34118050b2":"Plain","use-case-manufacturing.484187a728":"When your supplier runs on Dweve","use-case-manufacturing.f31727ff20":"WHAT YOU GET","use-case-manufacturing.f61bd3b50c":"EU RULES","use-case-manufacturing.e1d0c1568b":"NAMED OPERATOR","use-case-manufacturing.b838c172bb":"PLAIN LANGUAGE","use-case-manufacturing.c8f8ebd33a":"When your supplier uses Dweve, your part is not anonymous. It is tied to a work order, a named operator, and an inspection record you can request. If you ask, the answer is in writing. Four things come with it: plain language, the work order that built the part, CE marking under the Machinery Directive, and the full genealogy a warranty claim needs.","use-case-manufacturing.f82c07ae34":"can trace.","use-case-manufacturing.ed8700deb7":"Your side of the part","use-case-manufacturing.c23ab2afee":"A customer, an auditor, or a regulator can pull the genealogy of any part in seconds.\n            The packet follows the part, not the spreadsheet.","use-case-manufacturing.5d9f7bf1de":"Manufacturing, business","use-case-manufacturing.e63a99077f":"One signed chain","use-case-manufacturing.90efc21e83":"Four stages","use-case-manufacturing.4bdcabfa78":"CE marking + signed packet ship with the part.","use-case-manufacturing.323d4fc733":"Ship","use-case-manufacturing.40b69692ba":"Finished part serial pinned to sub-assemblies.","use-case-manufacturing.b74bdee9c3":"Finish","use-case-manufacturing.c919243118":"Sub-assembly serial pinned to lots.","use-case-manufacturing.378ee97127":"Sub-assembly","use-case-manufacturing.236ef17532":"Raw material lot received, supplier cert attached.","use-case-manufacturing.965fb2ddf6":"Receive","use-case-manufacturing.0936e11884":"TRACEABILITY","use-case-manufacturing.b77da94223":"CE","use-case-manufacturing.fc1c82fe01":"PART","use-case-manufacturing.5eae30dcab":"LOT","use-case-manufacturing.f55719a542":"Supply chain traceability is the workflow most damaged by ERP, MES, and QMS systems that were never meant to agree. Dweve wraps the supply chain in a deterministic decision layer so every raw material lot, every sub-assembly, and every finished part carries the same signed packet through the chain. Four stages make that chain: the raw material lot arrives with its supplier certificate attached, the sub-assembly serial is pinned to those lots, the finished part serial is pinned to the sub-assemblies, and the CE marking ships with the signed packet. The genealogy of any part comes back in seconds because the packet follows the part rather than a spreadsheet.","use-case-manufacturing.0773eea061":"where it came from.","use-case-manufacturing.adbca0b016":"A part knows","use-case-manufacturing.163c7ea0b0":"Supply chain traceability","use-case-manufacturing.e945614c62":"The release decision stays inside your perimeter. The same platform scales from a\n            single line to a full multi-site factory without re-platforming.","use-case-manufacturing.c1e71af832":"Licensed inside your perimeter. Same API, same trace format.","use-case-manufacturing.0058df0a6e":"Dweve-operated public Mesh; processing boundary documented in the agreement.","use-case-manufacturing.31472ee595":"OT NETWORK","use-case-manufacturing.67b752639a":"MANAGED MESH","use-case-manufacturing.9ea5904bd2":"Two questions decide procurement: where does it run, and which rules does it satisfy. It runs managed through Fabric on the public Dweve Mesh, on your OT network, or fully air-gapped, with no re-platforming between tiers. GDPR, the Machinery Directive, IEC 61508, and NIS2 are design constraints the platform satisfies by construction.","use-case-manufacturing.9c80c99562":"Run on your OT network.","use-case-manufacturing.560486613b":"Start on the managed service.","use-case-manufacturing.1d197d39c5":"Where it runs","use-case-manufacturing.45bb7a2dbf":"Under a minute","use-case-manufacturing.c0f85d6679":"Replay","use-case-manufacturing.e7435a083b":"Opaque releases","use-case-manufacturing.f68cece41b":"Trace attached","use-case-manufacturing.54fd3d072f":"Signed packet the auditor replays in under a minute","use-case-manufacturing.4e250b4fde":"REPLAY","use-case-manufacturing.539a430ed3":"Line lead A. de Vries, signature, timestamp","use-case-manufacturing.501e489055":"OWNER","use-case-manufacturing.7d0d90127b":"Work order 4f9e, ISO 2768-mK tolerance","use-case-manufacturing.aaa398a28b":"RULE","use-case-manufacturing.3231444de6":"MES production log, SPC samples, CMM measurements","use-case-manufacturing.e9ae0ed784":"SOURCE","use-case-manufacturing.a991e9b92d":"wo-4f9e-rule-ISO-2768-mK.pdf","use-case-manufacturing.c35ade7e53":"SPC samples across 1,240 units, dimensions within ISO 2768-mK tolerance per the registered work order. CMM inspection passed on 1,193 of 1,240 units; 47 reworked and re-released. Line lead A. de Vries signed the release on 2026-06-27 shift 2. The same decision replays bit-identical, with the SPC trace, the tolerance rule, and the operator on one screen.","use-case-manufacturing.7f4a184ece":"THE RECORD SHOWS","use-case-manufacturing.975b4fb06f":"Why was WO-4f9e released with 96.2% quality yield?","use-case-manufacturing.e90685fc3a":"THE AUDITOR ASKS","use-case-manufacturing.ba12c1d424":"The release packet","use-case-manufacturing.2b25a3480a":"Every work order release, SPC sample, and maintenance dispatch leaves a signed packet: the MES source, the rule, the operator, and a bit-exact replay. The auditor opens one file and watches the same decision come back. No release leaves the line without its packet, and the packet is opened once and replayed in full.","use-case-manufacturing.fac733291a":"The auditor replays in under a minute.","use-case-manufacturing.34e83ec9ed":"The production line is the easy part. Reconstructing the why of every release six\n              months later, in front of a CE auditor, is the hard part.","use-case-manufacturing.e05e55ea6f":"Each blocks release","use-case-manufacturing.ec95d99629":"Four gaps","use-case-manufacturing.e10fad6d31":"A chat log does not replay the same way twice.","use-case-manufacturing.fade4edeec":"No evidence","use-case-manufacturing.043a83337a":"Foreign-hosted OT data fails the NIS2 outsourcing rules.","use-case-manufacturing.e03947cc0c":"Sovereignty","use-case-manufacturing.9499b2158a":"A score is not a release decision an operator can sign.","use-case-manufacturing.8479f2b690":"Black box","use-case-manufacturing.aafb269800":"It invents a measurement instead of pulling the SPC trace.","use-case-manufacturing.a978d8e92c":"Hallucination","use-case-manufacturing.782cef5501":"Four structural gaps","use-case-manufacturing.7868fe4027":"WHY GENERIC AI FAILS THE AUDIT","use-case-manufacturing.b18103753a":"OEE","use-case-manufacturing.6c73b6a43e":"WORK ORDER","use-case-manufacturing.e14a8197d9":"A plant manager does not buy a platform. She survives a CE audit, a customer traceability request, and a Machinery Directive review. The work order, the operator, the SPC samples, and the model version of every release decision have to be tied together. Today that record lives in MES, ERP, QMS, and paper logs that were never meant to agree.","use-case-manufacturing.fe50fdbf1f":"show the auditor.","use-case-manufacturing.353e440353":"A shift you can","use-case-manufacturing.683bbf8600":"The work order","use-case-manufacturing.a4fb970cd2":"See where it runs","use-case-manufacturing.6ab34c9a22":"Talk to a manufacturing engineer","use-case-manufacturing.9eebe2034d":"Pick one workflow: OEE monitoring, predictive maintenance, quality control, or work-order release. Run it with your own MES data and watch the audit packet assemble as the work moves. Managed through Fabric on the public Dweve Mesh, on your OT network, or air-gapped.","use-case-manufacturing.2bd4f547e9":"Start with the shift you most dread explaining.","use-case-manufacturing.a5b7d57a85":"GDPR","use-case-manufacturing.d75a4de2ef":"EU AI Act","use-case-manufacturing.c91c11beae":"Machinery Directive","use-case-manufacturing.78eabaface":"Bit-exact replay for OEE, predictive maintenance, and quality control. IEC 61508 aware, Machinery Directive compliant, EU-sovereign. Integrate via API, host in the EU, or run air-gapped on the OT network.","use-case-manufacturing.bd3d1f263c":"per production decision.","use-case-manufacturing.f9f3d2e85e":"One replay","use-case-manufacturing.def99ef219":"Your part card","use-case-manufacturing.e1fa92f465":"A part should not lose its history when it leaves the factory. Dweve keeps it linked to the work order, the operator, and the inspection record, giving you a clear account of where it came from and how it was checked.","use-case-manufacturing.c28f9d3dc7":"back to the line.","use-case-manufacturing.f41f3c372a":"Trace your part","use-case-manufacturing.bafb041e13":"See a work order","use-case-manufacturing.46a17926a9":"Tie every release decision to its work order, operator, SPC samples, and model version while the line is running. When a CE audit, Machinery Directive review, or customer traceability request arrives, the production record is already complete.","use-case-manufacturing.fa9d44f2d8":"ready for review.","use-case-manufacturing.49efd4709f":"Keep every shift","use-case-manufacturing.8ad6acc4b2":"Full part genealogy replayable for the warranty period","use-case-manufacturing.cdba1d211a":"EU, CE marked, Machinery Directive compliant","use-case-manufacturing.eb8d72238c":"JURISDICTION","use-case-manufacturing.0f27ed37c0":"A. de Vries, line lead, named","use-case-manufacturing.f6bce2f910":"RELEASED BY","use-case-manufacturing.d088448871":"100% inspected, all dimensions in tolerance","use-case-manufacturing.fb7c2e80ac":"QUALITY","use-case-manufacturing.5d50638818":"serial 4f9e-A1240","use-case-manufacturing.c1d93e5ad4":"Turbine blade","use-case-manufacturing.9301bebd5f":"RELEASED","use-case-manufacturing.9848af07cc":"Your part, on the record","use-case-manufacturing.df64006836":"Replay reconstructs the full sequence","use-case-manufacturing.9e519d671a":"Each step has a named operator and a timestamp","use-case-manufacturing.f3f2b0299c":"WO-4f9e / shift 2","use-case-manufacturing.1e8eb24f65":"Quality control, on the record","use-case-manufacturing.61d2e70b54":"Traceability","use-case-manufacturing.c319ccf961":"CMM measurements, deviation computed.","use-case-manufacturing.11dc9e1952":"Status:","use-case-manufacturing.409ef4f618":"OT network security, incident reporting, essential entity.","use-case-manufacturing.57ff65d964":"Network Information Security 2","use-case-manufacturing.61c9143f65":"Safety-related parts of control systems, performance levels.","use-case-manufacturing.93e10b4ac4":"ISO 13849-1","use-case-manufacturing.0042574f32":"Safety integrity levels for electrical / electronic systems.","use-case-manufacturing.00a942cf03":"IEC 61508 / 62061","use-case-manufacturing.4743f64edd":"EU framework for machine safety, CE marking, technical files.","use-case-manufacturing.40557b6a55":"Machinery Directive 2006/42/EC","use-case-manufacturing.13ccd1b392":"Replay reconstructs the same dispatch","use-case-manufacturing.0b09cd264d":"Each prediction logged with sensor trace + model version","use-case-manufacturing.5a8f23f567":"Risk","use-case-manufacturing.3044d4f6c4":"ETA","use-case-manufacturing.3703cd2168":"Health","use-case-manufacturing.65bb1b78be":"Machine","use-case-manufacturing.a0f273e2b6":"shift 2 / 2026-06-27","use-case-manufacturing.9c0278152b":"Predictive maintenance, line A","use-case-manufacturing.80ea156e1b":"Healthy","use-case-manufacturing.6b8493b7a7":"Belt tension nominal","use-case-manufacturing.ecb26f46e3":"Urgent","use-case-manufacturing.55254536d3":"Tip wear above threshold","use-case-manufacturing.c835ffcbe8":"Hydraulic pressure stable","use-case-manufacturing.0a8adac9d6":"Schedule","use-case-manufacturing.265a959d62":"Spindle vibration rising","use-case-manufacturing.5eb8cae799":"Replay reconstructs the same OEE","use-case-manufacturing.ae63a1c755":"Every shift logged with rule, operator, timestamp","use-case-manufacturing.daa19ffffc":"target 85% / Machinery Directive","use-case-manufacturing.dfbbdde0cd":"OEE this shift, line A","use-case-manufacturing.f526e1ff6e":"Overall Equipment Effectiveness","use-case-manufacturing.b5d533ef48":"Quality (yield)","use-case-manufacturing.3c361c577e":"Performance (speed)","use-case-manufacturing.b711b87db7":"Availability (uptime)","use-case-manufacturing.e5d59b1d13":"SIGNED / TRACEABLE / REPLAYABLE","use-case-manufacturing.127edee78d":"SIGNED","use-case-manufacturing.c25992686c":"OPERATOR","use-case-manufacturing.7510135eae":"ABOVE","use-case-manufacturing.d07d8f6d36":"87.4% (target 85%)","use-case-manufacturing.bd564db5d5":"PASS","use-case-manufacturing.bcac19d5ee":"1,240 units, 100% inspected","use-case-manufacturing.396d17da91":"QUANTITY","use-case-manufacturing.30da4d5d5a":"Turbine blade, batch 4f9e","use-case-manufacturing.964bd5656c":"PRODUCT","use-case-manufacturing.a769015af3":"line A / shift 2","use-case-manufacturing.a4aa31287f":"WORK ORDER / WO-4f9e","use-case-manufacturing.65145e7870":"MACHINERY DIR","use-case-manufacturing.42972de55f":"NIS2","use-case-manufacturing.fbcec86144":"Business Workspace","use-case-manufacturing.c2d4fe3844":"OT","use-case-manufacturing.c73cc64719":"Air-gap","use-case-manufacturing.1dabba21cd":"✓","use-case-manufacturing.6dd69b43ac":"bit-identical.","use-case-manufacturing.869360a6f4":"Bit","use-case-manufacturing.c8e5998f6a":"API","use-case-manufacturing.9170a8b2fb":"EU","use-case-manufacturing.2876814bd7":"Integer","use-case-manufacturing.adbc560c32":"MPFR","use-case-manufacturing.f23ba2a6ee":"proptest","use-case-manufacturing.be258ce66f":"0 ULP","use-case-manufacturing.5d0b2f6bd4":"OBSERVED","use-case-manufacturing.feb892b2eb":"DEPLOYMENT","use-case-manufacturing.d072aa117d":"WORKFLOW","use-case-manufacturing.fb94035c1a":"BUYER","use-case-manufacturing.065db44fc0":"QC","use-case-manufacturing.6f38f66d9a":"PLATFORM","use-case-manufacturing.39bda14904":"EVERY RELEASE","use-case-manufacturing.5ce41bc339":"ARCHITECTURE","use-case-manufacturing.46b9927e1d":"DETERMINISM","use-case-manufacturing.fe893e35e7":"No release without its packet","use-case-manufacturing.30d5059d51":"Opened once, replayed in full","use-case-manufacturing.adbbf5920a":"Same API, same trace format, same packet","use-case-manufacturing.3a9b81c2ed":"Only the boundary moves","use-case-manufacturing.fd63143b6f":"Four frameworks, one release","use-case-manufacturing.59000358a5":"the standards a single release has to satisfy at once","use-case-manufacturing.dd74b41c63":"All four in place","use-case-manufacturing.67407a1295":"four frameworks","use-case-manufacturing.542dc37e36":"Each one filed at the granularity it is written for","use-case-manufacturing.afd4ad041b":"three factors","use-case-manufacturing.6d384e6cf8":"four machines ranked by remaining window","use-case-manufacturing.76788064bd":"four steps, each leaving its own record","use-case-manufacturing.8af331092d":"the five fields attached to one finished part","use-case-manufacturing.0ac805be1a":"five fields","use-case-manufacturing.2da18285fd":"The same record an auditor is shown","use-case-manufacturing.c7d6e9189e":"The boundary moves, the platform does not","use-case-manufacturing.82f92891e8":"three postures against what stays identical in all of them","use-case-manufacturing.1e41ef2a5f":"No re-platforming","use-case-manufacturing.89ecc13361":"three postures","use-case-manufacturing.b217c34406":"The release decision stays inside your perimeter","use-case-manufacturing.3abaa490fc":"The packet follows the part","use-case-manufacturing.8cca05a505":"four links, each pinning the one before it","use-case-manufacturing.3be6bc11f6":"four links","use-case-manufacturing.13ca54aded":"Genealogy is read from the part, not rebuilt from four systems","use-case-manufacturing.a70ce78528":"One file names the batch, the lot and the lead","use-case-manufacturing.2b56bc0114":"what a buyer gets from the packet the line lead signed","use-case-manufacturing.cafb8e1b45":"Opened once","use-case-manufacturing.b0e1a631d6":"one file","use-case-manufacturing.6af0a4f104":"No call centre in the middle of it","use-case-manufacturing.66c5a5554a":"Two runs, nothing between them","use-case-manufacturing.1161cee614":"the release on the line against its replay years later","use-case-manufacturing.39e75dc1ee":"Bit-identical","use-case-manufacturing.b44ef3d953":"four pinned inputs","use-case-manufacturing.c32dd1af25":"The replay packet reconstructs the exact release","use-case-manufacturing.876269f6ad":"The release packet, line by line","use-case-manufacturing.194fceac76":"the question an auditor asks and the record that answers it","use-case-manufacturing.44cd13693b":"Replayed in under a minute","use-case-manufacturing.4dbba36b46":"four entries","use-case-manufacturing.82874de919":"One file, and the same decision comes back","use-case-manufacturing.382db90a41":"MES SOURCE","use-case-manufacturing.096233222b":"SUB-ASSY","use-case-manufacturing.7eac05b523":"CPU-NATIVE","use-case-manufacturing.a1a27ef897":"CI-GUARDED"}