MV-VIEW-01 CatalogueVIEW-02 Station commissioningVIEW-03 SDK & driver compatibilityVIEW-04 Capture & evidenceVIEW-05 Trigger & capture groupsVIEW-06 CalibrationVIEW-07 Source contract & mappingVIEW-08 Inspection & provenanceVIEW-09 Vision / WMS / LocateLinkVIEW-10 Fault & recovery labVIEW-11 Qualification & coverageVIEW-12 Release & rollbackEyeZ job catalogue (60)Software & standards (16)Primary sources (54)Import checks
Acting asAuthorization is evaluated by effect, not by screen. Demonstration only.0 session operations
EYZ-MV-041
Fixture and insertion alignment proposal
ProposedRobot guidance and pick verification← EYZ-MV-040EYZ-MV-042 →Synthetic vision workspace. No camera, frame grabber or vision controller has been contacted; camera SDKs run only in engineering-managed edge workers, never in a browser. No real image exists here — every frame is a described placeholder. Nothing is live or qualified, and no inspection result releases product or causes any robot, reject, dispatch or stock effect.
The job
Actor
Robotics/integration engineer
Job to be done
Estimate part orientation relative to a fixture before execution.
Capture requirement
Calibrated close-range 2D/3D with fixture identity and product recipe.
Required context
Robot cell, bin, object, gripper, robot/world coordinate frames and authority boundary
Responsibility and proof
EyeZ output
Alignment offsets and confidence.
CoreSync responsibility
Acquire the native observations and evidence references; preserve source identity, capture time/epoch, quality, recipe/calibration versions and delivery evidence. Bind through approved canonical semantics; do not infer control authority.
Acceptance evidence
Compare offsets to traceable targets and allowed workspace limits.
Guardrail
Do not send offsets as live robot movement without independent validated authority.
Candidate camera profiles (7)
| MV-CAM-008 | LUCID Vision Labs Arena-supported GigE cameras | Arena SDK | DETAIL |
| MV-CAM-015 | Ensenso / IDS Ensenso stereo camera families | Ensenso SDK NxLib | DETAIL |
| MV-CAM-016 | Zivid Zivid 3D cameras | Zivid SDK | DETAIL |
| MV-CAM-017 | Photoneo PhoXi and MotionCam-3D | PhoXi Control API | DETAIL |
| MV-CAM-018 | LMI Technologies Gocator Classic / GoPxL | Gocator SDK / GoPxL interface by device generation | SURFACE |
| MV-CAM-022 | Stereolabs ZED camera families | ZED SDK | DETAIL |
| MV-CAM-032 | ifm O3R vision platform | ifm3d | DETAIL |
A candidate is a design reference from a reviewed technical source. It is not an implemented capability, not coverage and not a qualified adapter.
Candidate software and standards (4)
- MV-SW-005 MVTec HALCON / MERLIC interfaces — Vision-processing and acquisition integration; gate: Tool licensing and exact acquisition-interface revision required; not every camera is qualified.
- MV-SW-009 OpenCV — Image-processing library; gate: Audit package and third-party dependencies; OpenCV 4.5+ license differs from older releases.
- MV-SW-010 OpenVINO — Inference runtime; gate: CPU model/operator/precision coverage and latency must be benchmarked; accelerators optional.
- MV-SW-011 ONNX Runtime — Inference runtime; gate: Operator set, preprocessing, numerical equivalence and provider fallback are qualification items.
Synthetic results attributed to this job (0)
No synthetic assertion is attributed to this job yet. Run a scenario in the fault and recovery laboratory.