Why inspections
One record per rooftop survey
Walking a 7-hectare roof is slow and unsafe. Instead, the roof is surveyed in scheduled cycles by drone and thermal camera. Each cycle is stored here as a single inspection, so every crack in the register can always be traced back to the exact flight, date, zone and image it came from.
5
Cycles recorded
All surveys logged
5,702
Images captured
Across every flight
8/ 8
Zones covered
Full roof coverage
18 Aug
Next flight
Upcoming cycle
Drone RGB survey
18 m above the roof, 80% overlap. Covers a full zone in one flight with millimetre-level detail.
Thermal survey
Flown after rainfall to reveal trapped moisture and leakage risk that a normal photo cannot show.
Manual check
Engineers physically measure selected cracks — this is what keeps the AI honest and calibrated.
Completed cycles
Upload new data →INS-2026-014 · Drone RGB
2026-08-02 · Central Spine B1, Concourse B2 · Codingate Flight Team
Images
1,842
Area
2 ha
AI suspected
95
Confirmed
71
INS-2026-013 · Drone RGB
2026-07-28 · Terminal Roof A1, Terminal Roof A2 · Codingate Flight Team
Images
2,310
Area
2.6 ha
AI suspected
168
Confirmed
132
INS-2026-012 · Thermal
2026-07-19 · Pier C1, Pier C2 · Partner - Thermal Specialist
Images
640
Area
1.5 ha
AI suspected
61
Confirmed
38
INS-2026-011 · Drone RGB
2026-06-30 · Support Block D1, Utility Roof D2 · CAIC Engineering
Images
910
Area
0.9 ha
AI suspected
45
Confirmed
30
Scheduled next
How a cycle runs
- 1
Plan
Choose zones, method and flight window.
- 2
Capture
Drone or thermal survey by the flight team.
- 3
Upload
Images and metadata go to Data Upload & AI.
- 4
Analyse
AI proposes suspected cracks and risk areas.
- 5
Review
CAIC engineers confirm and open repair tasks.