Chainage progress
Live
Daily DPRs show km completed vs plan from work packages.
Synthetic example · No client data · Demonstration workflow
Subsea cables · Cable route survey
Atlantic Interconnector Route Survey
Long-range subsea cable route survey with bathymetry, SSS, and burial feasibility assessment.
Synthetic case study. Representative offshore workflow. No client data used. For demonstration only.
Operational pain points
Representative challenges SurveyIQ addresses — synthetic scenario, not a client claim.
Long corridor surveys span multiple vessel spreads with inconsistent daily reporting.
Burial feasibility and seabed characterisation data sit in siloed folders.
Route re-runs after QC failure are poorly tracked against original scope references.
Stakeholders need chainage-based progress without waiting for weekly summaries.
Representative workflow in SurveyIQ
From scope intake to deliverables — a demonstration workflow for cable route survey.
- 01
Scope intake
Upload or paste the interconnector route survey scope. SurveyIQ structures objectives, methods, and deliverables for review.
- 02
Missing information
Blocking and advisory gaps are surfaced early — vessel nomination, sensor configs, reporting templates, and interface points.
- 03
Procedure pack
Draft acquisition, HSE, marine, and reporting procedures are generated with source references for human approval.
- 04
Work packages
Approved procedures become executable work packages with owners, dependencies, and readiness states.
- 05
Command center
Offshore teams work from one project truth — department cards, stop-work awareness, and today's plan.
- 06
Logbook & evidence
Department logbooks capture events, downtime, QC snapshots, findings, and DPR source notes in real time.
- 07
DPR & deliverables
Daily progress reports and final deliverables are assembled from verified project facts, not end-of-shift reconstruction.
Example scope elements
- Continuous MBES and SSS acquisition along the interconnector route.
- Sub-bottom profiler lines at burial assessment intervals.
- Boulder and obstructions register with recommended clearance.
- Burial feasibility memo and route chart set.
- Daily chainage progress and weather downtime log.
How SurveyIQ supports this workflow
Procedures generated
- ROU-020 — Long-range line planning and vessel handover
- ACQ-020 — Dual-head MBES acquisition and calibration
- SBP-001 — Sub-bottom profiling at assessment points
- QC-030 — Line acceptance and re-run criteria
- MAR-010 — Weather routing and downtime logging
- REP-030 — Chainage progress DPR template
Work packages
- SUR-030 — Route bathymetry and SSS
- SBP-010 — Burial assessment profiling
- QC-030 — Data acceptance
- REP-030 — Progress reporting
Department logbooks
SurveyMarineHSEReporting
Deliverables & client portal outputs
Campaign deliverables
- Route bathymetry grids
- SSS mosaics and contact sheets
- Burial feasibility assessment
- Obstructions register
- Route chart set
- Daily progress reports
Client portal (released views)
- Chainage progress view
- Released route charts
- Weather downtime summary
- Deliverable register
Representative outcomes
Illustrative metrics for demonstration — not measured client results.
Re-run tracking
QC-linked
Failed lines tied to scope references and approval trail.
Multi-spread handover
Documented
Procedure pack preserves calibration and line status across vessels.
Burial assessment
Integrated
SBP results indexed to chainage in deliverable register.
Frequently asked questions
Can SurveyIQ handle long corridor campaigns?
Yes. Work packages and DPRs track chainage progress and QC status across the full route.
How are line re-runs managed?
QC failures trigger logbook entries and work-package updates with scope traceability.
Is Atlantic Interconnector a real project?
No. This is a synthetic representative interconnector route survey for demonstration.
See SurveyIQ on your next offshore campaign
Book a demo, send a scope of work, or watch the product overview — all synthetic examples, no client data required.