IoT field operations

These examples show how the pycsamt.iot subpackage can describe field devices, station telemetry, edge QC, synchronisation, power budgets, acquisition dashboards, controlled-source (CSAMT/CSEM) diagnostics, the data-model bridge back to Z/EDI, resilient store-and-forward telemetry, and tamper-evident provenance around real AMT, MT, and CSAMT survey data. Everything runs on bundled recordings or the built-in simulator — no hardware, broker, or network connection is required. See the IoT API reference for the full catalogue.

From IoT edge QC to an MT sounding: a complete acquisition pipeline

From IoT edge QC to an MT sounding: a complete acquisition pipeline

Controlled-source edge QC on a real Zonge CSAMT sounding

Controlled-source edge QC on a real Zonge CSAMT sounding

Planning a re-occupation from an archived EDI survey

Planning a re-occupation from an archived EDI survey

IoT field session: simulated telemetry, edge QC, and provenance

IoT field session: simulated telemetry, edge QC, and provenance

Multi-line AMT survey: mapping, monitoring, and provenance

Multi-line AMT survey: mapping, monitoring, and provenance

IoT dashboard from bundled AMT station files

IoT dashboard from bundled AMT station files

Edge QC on a real long-period MT recording

Edge QC on a real long-period MT recording

Resilient telemetry and a tamper-evident provenance trail

Resilient telemetry and a tamper-evident provenance trail

Telemetry transport, schemas, and security

Telemetry transport, schemas, and security