PROJECT EVIDENCE / 05 DOCUMENTED WORKFLOWS

Proof, organized around
the decision it changed.

Each record separates the problem, method, deliverables and documented outcome. Metrics are drawn from SurveyCopter project records; client-sensitive source files remain governed by project confidentiality.

HOW TO READ THE LIBRARY

Not a logo wall.
An evidence chain.

  1. 01 The operating problem
  2. 02 The field and digital method
  3. 03 The delivered record
  4. 04 The documented outcome
construction intelligence project evidence
01 / CONSTRUCTION INTELLIGENCE
Qube Developers

Progress evidence protected cost and schedule.

Problem
Stakeholders lacked one current, measurable record of progress. Verification was slow and deviations surfaced late.
Method
Recurring aerial surveys, georeferenced progress views and measurable comparisons were connected to one reporting workflow.
Delivered
Progress maps · milestone evidence · quantity checks · visual comparisons · management reports
≈10%project cost protected6 monthsschedule recovered
Explore the service workflow ↗
renewable asset intelligence project evidence
02 / RENEWABLE ASSET INTELLIGENCE
Sorigin renewable portfolio

A portfolio became inspectable as one system.

Problem
Defects across a distributed solar portfolio needed to be connected to location, estimated loss and maintenance priority.
Method
Thermal, RGB and electrical evidence was mapped into a portfolio-level inspection and reporting workflow.
Delivered
Anomaly map · condition register · loss analysis · prioritised maintenance evidence
3,155anomalies46sites107.22 MW DCportfolio
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scan to bim project evidence
03 / SCAN TO BIM
Complex interior capture program

Existing conditions became design-ready context.

Problem
Dense interiors and difficult access made manual measurement slow, incomplete and hard to coordinate.
Method
Terrestrial LiDAR capture, registered point clouds and model-aligned review created one traceable as-built record.
Delivered
Registered point cloud · floor plans · sections · BIM model · deviation evidence
100%interior capture80%manual measurement reduced
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geotechnical investigation project evidence
04 / GEOTECHNICAL INVESTIGATION
Rail and data-centre programs

Subsurface uncertainty became engineering evidence.

Problem
Rail locations and a hyperscale data-centre site required reliable subsurface evidence under varied access and ground conditions.
Method
Boreholes, SPT, sampling, core logging, groundwater observation and NABL laboratory testing were coordinated as one package.
Delivered
Bore logs · SPT records · RQD · groundwater data · laboratory results · report
40 mdrilling depth4rail locationsNABLlaboratory testing
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autonomous site surveillance project evidence
05 / AUTONOMOUS SITE SURVEILLANCE
Autonomous dock deployment

Persistent visibility without a pilot on every mission.

Problem
Large and remote sites needed frequent surveillance without the gaps and mobilisation cost of ad-hoc patrols.
Method
Ground cameras and scheduled aerial missions were combined with remote access, precision landing, automatic charging and mission analytics.
Delivered
Camera feeds · patrol routes · docked missions · AI alerts · geotagged evidence · reports
24/7ground visibility90 mincharge cycleIP55electronics
Explore the service workflow ↗
EVIDENCE REQUESTS

Need proof for technical evaluation?

Subject to client confidentiality, SurveyCopter can provide sample output structures, methodology notes and project references during a qualified procurement process.

Request an evidence pack

YOUR NEXT SITE
STARTS HERE

17.4483° N / 78.3915° E

Bring us the
complex ground.

sales@surveycopter.in

Tell us about the site, the decision, or the uncertainty. We’ll define the right capture and intelligence workflow.