Disaster Data Reconnaissance Center

A long-endurance, high-precision mapping platform optimized for large-area coverage. Vertical takeoff and landing (VTOL) allows operations in tight or uneven terrain while maintaining fixed-wing efficiency in flight. Use Cases: regional floodplain mapping, coastal change detection, post-disaster damage assessment, agricultural and ecological monitoring.WingtraOne Gen II (NDAA-compliant VTOL fixed-wing drone)
A long-endurance, high-precision mapping platform optimized for large-area coverage. Vertical takeoff and landing (VTOL) allows operations in tight or uneven terrain while maintaining fixed-wing efficiency in flight. Use Cases: regional floodplain mapping, coastal change detection, post-disaster damage assessment, agricultural and ecological monitoring

A gimbal-mounted oblique camera used for capturing structures and built environments from multiple angles to generate high-fidelity 3D models.
Use Cases: building elevation surveys, infrastructure inspections, volumetric analysis, urban planning visualization.

Captures synchronized multispectral bands for vegetation health, land cover classification, and habitat condition assessment.
Use Cases: wetland monitoring, vegetation stress detection, fire recovery analysis, agriculture and restoration planning.

A highly stable professional UAV designed for precision mapping and remote sensing workflows.
Use Cases: survey-grade topographic mapping, controlled flight in complex sites, repeat monitoring missions, environmental field campaigns.

A powerful modular platform for carrying advanced LiDAR, photogrammetry, and specialized payloads. Use Cases: LiDAR terrain mapping, forest canopy structure measurement, multisensor mission integration, long-duration survey operations.

Combines ultra-high-resolution optical imaging with thermal infrared sensing for structural, environmental, and emergency applications.
Use Cases: heat loss mapping, wildfire monitoring, search and rescue, pipeline and powerline inspection.

A lightweight survey-grade Light detection and ranging (LiDAR) sensor producing dense 3D point clouds with high vertical accuracy.
Use Cases: terrain modeling in vegetated areas, vegetation structuring modeling and mapping, shoreline erosion tracking, habitat structure mapping.

All aerial systems are compatible with real-time kinematic (RTK) and post-processed kinematic (PPK) corrections for improved geospatial accuracy.
Use Cases: survey-grade mapping, engineering-ready deliverables, reduced ground control needs.

Captures 3D point clouds and panoramic imagery for detailed surface modeling and structure documentation.
Use Cases: building interiors and exteriors, bridge and infrastructure documentation, cultural heritage recording, site and scene reconstruction.

A lightweight RTK receiver paired with PIX4Dcatch to enable high-accuracy 3D capture using a smartphone. The system delivers centimeter-level positioning for rapid ground documentation in areas where drones cannot operate or where detailed surface-level modeling is needed.
Use Cases: ground control verification, structure and façade capture, small-site topographic mapping, erosion monitoring, infrastructure condition surveys, post-disaster documentation, and tight-space or under-canopy mapping.

Measures soil infiltration capacity to characterize hydrologic conductivity (Ksat) response and surface storage potential.
Use Cases: stormwater planning, watershed modeling, wetland restoration, flood mitigation design.

Survey-grade GNSS receivers for ground control points (GCPs), elevation benchmarks, and topographic surveys.
Use Cases: GCP establishment for UAS mapping, boundary surveys, GPS control networks, elevation reference and validation.      

Modular survey vessels ranging from small portable rafts to motorized boats configured for riverine, estuarine, and coastal mapping missions.
Use Cases: shallow-water surveys, marsh channel mapping, coastal monitoring deployments.

Acoustic systems that measure water depth and seabed morphology, from point transects (singlebeam) to full swath bathymetry (multibeam).
Use Cases: channel profile mapping, dredging assessment, flood conveyance modeling, coastal sediment change.

Produces acoustic imagery of seafloor texture, submerged structures, and habitat features.
Use Cases: debris and scour detection, habitat classification, fisheries assessments, post-hurricane underwater damage inspections.

Penetrates soft sediments to reveal subsurface layers and sediment deposition history.
Use Cases: geomorphology studies, coastal evolution assessments, sediment core site selection, archeological and hazard mapping.

Automates physical and geochemical measurements of sediment cores for environmental and stratigraphic analysis.
Use Cases: flood and storm event reconstruction, contaminant tracing, ecosystem change assessments, paleoclimate and land-use studies.

24-core AMD Threadripper Pro CPU
128GB ECC RAM
NVIDIA RTX 4070 Super GPU
8TB Gen4 NVMe SSD Storage
Optimized for dense point cloud processing, multispectral analysis, LiDAR calibration, orthomosaic generation, and 3D surface modeling with rapid turnaround directly from field data.
Use Cases: rapid field-to-product workflows, large-area mapping campaigns, machine learning model testing, field decision support, and same-day deliverables.

Access to scalable GPU and CPU cloud environments for distributed processing, collaborative data access, and long-term archival. Supports multi-user workflows, remote team collaboration, and automated data processing pipelines.
Use Cases: large regional mapping projects, long-term monitoring datasets, version-controlled analytics, remote research team access, and high-availability data delivery to partners and agencies.