Two LiDAR scans differ: did the structure move or the survey drift?
Coordinates, registration, coverage and measurement uncertainty in LiDAR change detection: a technical guide from point-cloud differences to reviewable evidence.
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LiDAR and mission-oriented inspection platforms
We integrate sourced flight, sensing and communication components into mission-oriented drone platforms. Our software pipeline connects remote LiDAR inspection and measurement in confined spaces to central assessment and evidence records.
- Carrier platform and sensor integration for mission requirements
- Coordinated LiDAR, imaging and telemetry records
- Confined-space inspection and measurement workflows
- Remote acquisition and central assessment
- Evidence collection with measurement, time and mission context
- System integration and mission software development, distinct from component manufacturing
From development to verification
We connect requirements analysis, interface definition, multidisciplinary design, prototype integration and verification planning. Delivery scope, environmental conditions and acceptance criteria are defined for the application.
Service access, energy budgets, configuration control and technical documentation are considered throughout product development.
From remote measurement to verifiable evidence
Our contribution is distinct from that of flight and sensor component manufacturers: platform integration, mission software and the data assessment pipeline.
Mission preparation
Area, measurement objective and recording plan
Remote acquisition
LiDAR, imagery, telemetry and timestamps
Central assessment
Data quality, measurement and expert review
Evidence and reporting
Findings and outputs linked to source records
Engineering notes in this field
What is LiDAR? Comparing cameras and confined-space inspection
Compare LiDAR and cameras for confined-space inspection, point clouds, sensor integration, remote data collection and reviewable evidence.
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