As-laid capture
Same event
Coordinates logged with ROV touch-down evidence.
Synthetic example · No client data · Demonstration workflow
Offshore construction · Installation support
Subsea Installation Support Campaign
Survey and positioning support for subsea hardware installation with SIMOPS and as-laid reporting.
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.
Installation campaigns juggle survey, ROV, and construction logs with no single timeline.
As-laid coordinates and touch-down evidence are emailed separately from DPRs.
SIMOPS changes are not always reflected in active work packages.
Client engineers need near-real-time installation status without operator database access.
Representative workflow in SurveyIQ
From scope intake to deliverables — a demonstration workflow for installation support.
- 01
Scope intake
Upload or paste the installation support 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
- Pre-installation route and touch-down area survey.
- ROV support for structure landing and connector verification.
- USB L positioning and as-laid coordinate capture.
- SIMOPS coordination with construction spread.
- Installation dossier with as-laid tables and photo index.
How SurveyIQ supports this workflow
Procedures generated
- INST-001 — Touch-down area survey and clearance
- ROV-050 — Landing observation and connector check
- POS-001 — As-laid coordinate capture protocol
- SIMOPS-010 — Construction interface and role call
- HSE-005 — Lift zone and diver/ROV exclusion
- REP-080 — Installation dossier assembly
Work packages
- SUR-050 — Pre-installation survey
- ROV-050 — Installation ROV support
- POS-010 — As-laid survey
- REP-080 — Installation reporting
Department logbooks
SurveyROVPositioningHSEMarineReporting
Deliverables & client portal outputs
Campaign deliverables
- Touch-down area survey charts
- As-laid coordinate tables
- ROV installation logs
- SIMOPS event register
- Installation dossier
Client portal (released views)
- Installation status dashboard
- Released as-laid tables
- ROV evidence index
- DPR summaries
Representative outcomes
Illustrative metrics for demonstration — not measured client results.
SIMOPS updates
Work-package linked
Construction changes reflected in active packages.
Installation dossier
Fact-based
Dossier assembled from verified logbook entries.
Client visibility
Portal release
Engineers see status via released views only.
Frequently asked questions
Can as-laid coordinates link to ROV evidence?
Yes. Positioning logbook entries tie to ROV touch-down events and attachments.
How are SIMOPS changes tracked?
Marine and HSE logbooks update work packages and command center readiness states.
Is this a real installation project?
No. Subsea Installation Support Campaign is a fictional representative example.
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.