Aerial Imagery for Property Insights with Eagleview

We are pleased to announce that Matrix Geo Solutions has secured a Strategic Infrastructure Terrain Mapping Initiative project. Through our advanced drone and geospatial technologies, we will deliver high-precision terrain intelligence to support critical reservoir infrastructure planning. Driven by technical excellence, precision data capability, and strong field execution, we remain committed to enabling smarter infrastructure development. #MatrixGeoSolutions #Geospatial #DroneSurvey #Infrastructure #TerrainMapping #SpatialData

SURVAIR’s aerial survey workflows are structured to reduce time between data collection and delivery. Through optimized flight planning and a controlled post-processing pipeline, aerial datasets can be delivered in as little as 24 to 48 hours, supporting time-sensitive design coordination and construction activities. #SURVAIR #UAVSurvey #AerialData #ConstructionSurvey #SurveyTechnology

GPS-free navigation company TERN and AI-powered simulation and planning company Sandtable announced that they’re teaming up after the exercise to plug Sandtable’s mission planning capabilities—especially its geospatial mapping— into TERN’s navigation stack. https://lnkd.in/gvPiErCR

Why fly four times when you can get everything you need in one? Efficiency is the driver of profitability in 2026. Our 'One-Flight, Four-Deliverables' workflow is designed to maximize data utility while minimizing site downtime. From a single automated mission, we generate: 1. High-resolution Orthomosaics for site-wide context. 2. Detailed 3D Models for volumetric analysis and planning. 3. Thermal Imagery for subsurface inspection and leak detection. 4. Professional Progress Video for stakeholder reporting. One mission. Total site intelligence. Discover the efficiency of integrated drone workflows: https://lnkd.in/gWteMMea #WorkflowOptimization #DroneData #ConstructionManagement #Efficiency #ExtremeAerialProductions

Phoenix's Towed Pinger Locator (TPL) System is critical for locating an aircraft’s black boxes during accident investigations with precision, reliability, and the rapid deployment needed for time-sensitive search and recovery missions. Using advanced passive acoustic sensors, real-time GPS logging, and 3D geospatial mapping, our team can accurately detect and pinpoint pinger signals to support successful deepwater recovery operations. #blackbox #towedpinger

What once required weeks of ground survey work can now be completed in hours — with accuracy that meets or exceeds traditional methods. Drone mapping has fundamentally changed how construction teams collect, analyze, and act on site data. But here's what most guides miss: the drone is just the beginning. The real value is in what happens after the flight — how raw aerial imagery becomes georeferenced orthophotos, DEMs, point clouds, and volume calculations that your project team can actually make decisions from. Our complete guide to drone mapping for construction breaks it all down: ✅ The full workflow from mission planning to final deliverable ✅ Use cases by project type: roads, earthworks, bridges, land development ✅ Ground control points, RTK, and achieving centimeter-level accuracy ✅ Software selection criteria ✅ A deployment checklist to get started fast Link in the comments 👇 #ConstructionTech #DroneSurveying #Infrastructure #Photogrammetry #DatuBIM

Interpreting Pillar Mounds and Shadow Signatures Using B-USV X Side scan sonar plays a critical role in identifying submerged structures during hydrographic surveys. Using the Banergy B-USV X, this scan highlights: • A distinct mound representing the base of a bridge pillar • Parallel acoustic shadows indicating multiple vertical structures • Clear differentiation between hard returns and shadow zones These insights enable accurate bridge inspection, underwater mapping, and structural assessment without intrusive methods. With integrated sonar systems and autonomous USV deployment, B-USV X delivers reliable, high-resolution geospatial data in complex river environments. #BestUSVInIndia #HydrographicSurvey #SideScanSonar #MarineEngineering #UnderwaterInspection #BridgeInspection #BathymetricSurvey #AutonomousSystems #GeoData #EngineeringInnovation #IndianNavy ⚓ #IndianArmy 🇮🇳 #DefenceTechnology #MilitaryTech #NavalEngineering #MaritimeSecurity #MissionReady #TacticalSystems #StrategicOps #DefenceInnovation #UnmannedSystems #AutonomousVessel #MarineRobotics #DroneBoat #OceanTech #BridgeInspection #UnderwaterMapping #InfrastructureProtection

WGI is continuing to expand our geospatial and land 🔭 surveying services across the country, with North Carolina as the latest milestone in that growth! With licensed surveyors across multiple states and teams operating coast to coast, WGI is supporting transportation, utility, and infrastructure projects wherever they take shape. Our growing geospatial footprint allows clients to rely on one trusted partner for surveying and data solutions across markets and jurisdictions. From LiDAR and photogrammetry to hydrographic surveying, WGI is delivering integrated data and expert teams to projects wherever growth and infrastructure demand it. See how WGI’s growing geospatial footprint is expanding across the nation: https://hubs.li/Q046ZGND0

𝗧𝘂𝗿𝗻𝗶𝗻𝗴 𝗮𝗲𝗿𝗶𝗮𝗹 𝗶𝗺𝗮𝗴𝗲𝗿𝘆 𝗶𝗻𝘁𝗼 𝗮𝗰𝗰𝘂𝗿𝗮𝘁𝗲, 𝗺𝗮𝗽-𝗿𝗲𝗮𝗱𝘆 𝗱𝗮𝘁𝗮. Orthophotos are geometrically corrected aerial images that remove distortions caused by terrain, camera tilt, and perspective. The result is a true-to-scale image that can be used like a map, where distances, areas, and features can be measured accurately. At Naksha Tech, our team processes aerial imagery and drone data to generate high-resolution orthophotos that support infrastructure planning, urban mapping, surveying, and asset management. From raw aerial captures to precise geospatial intelligence, orthophotos help decision-makers visualize the ground with clarity and accuracy. #geospatial #orthophoto #mapping #surveying #remotesensing #gis #geomatics #aerialmapping #droneMapping #geospatialdata #manager #director #nakshatech

We converted drone captures into high-resolution topographic models for a Western Montana infrastructure project. Deliverables included surveyed DEMs, breaklined contours, and volumetrics calibrated to control points. Results: 15% tighter cut-and-fill estimates, site-grading plans with <10 cm vertical tolerance, and permit packages accepted with fewer review comments. AeroVector Geospatial provided on-site data validation and terrain-specific processing to reduce uncertainty on steep, remote slopes. Learn how this approach streamlines engineering workflows: https://wix.to/7oV9qUJ 🔍📐 #Geospatial #CivilEngineering #SiteDevelopment