3D drone systems engineered for precision agriculture, LIDAR mapping, and real-time surveillance. Delivered as DaaS and SaaS — zero infrastructure overhead, maximum field intelligence.
Every AltivionX drone is engineered for a specific mission profile — delivery, surveillance, or agricultural sensing. Modular payload bays allow rapid reconfiguration in the field.
From fully managed drone operations to cloud-hosted analytics, AltivionX wraps every capability into a zero-friction service model — you focus on decisions, we handle the air.
Fully managed flight operations with certified pilots, insurance, and regulatory compliance included. Deploy within 48 hours — no asset purchase, no maintenance overhead.
Upload raw flight data; receive photogrammetric 3D models, NDVI maps, LIDAR point clouds, and executive reports — all via browser, within hours of landing.
Multispectral scanning, plant health analytics, irrigation gap detection, and yield forecasting — giving farm managers the spatial intelligence to act on the right acres at the right time.
Dense point cloud generation at ±2 cm vertical accuracy across terrain, vegetation, and built structures — replacing weeks of ground survey with a single flight day.
Photogrammetric 3D reconstruction of terrain, infrastructure, and urban environments at sub-5 cm ground sampling distance. Deliverables include ortho-photos, DEMs, and textured mesh models.
Autonomous perimeter monitoring with thermal + 4K dual-sensor payloads, encrypted live video uplink, and AI-driven intrusion detection — available as 24/7 managed service.
AI-generated flight path, sensor config, regulatory airspace check — all in under 5 min via browser or API.
VX-series drone executes autonomously — simultaneous LIDAR, multispectral, RGB, and thermal collection in one pass.
Onboard edge compute pre-processes raw streams; cloud pipeline runs photogrammetry, LIDAR classification, and index generation in parallel.
Orthomosaics, 3D models, NDVI maps, reports, and raw data appear in your dashboard — downloadable and API-accessible within hours of landing.
Onboard neural networks handle obstacle avoidance, terrain following, and real-time re-routing when airspace or weather conditions change mid-flight.
Simultaneous LIDAR, RGB, multispectral (5-band), and thermal payloads are time-synced to GPS so every data type is co-registered at the pixel level.
Photogrammetric pipelines built on Metashape and custom ML models generate point clouds, orthomosaics, and crop health indices automatically after every flight.
REST API with webhook support lets you pull processed outputs directly into your farm management, ERP, or GIS platform. SDKs available for Python and JavaScript.
Web-based mission control, live telemetry, data library, and analytics — accessible from any browser. No software installation required.
Six distinct verticals, each with tailored flight profiles, sensor configurations, and output formats. One platform, every application.
Multispectral scanning for crop stress, NDVI mapping, irrigation gap analysis, pest hotspot identification, and season-over-season yield prediction. Supports rice, cotton, sugarcane, maize, and horticulture.
Dense point cloud capture for topographic mapping, contour generation, volumetric analysis, and infrastructure clearance. Replaces weeks of ground survey with a single flight day. LAS/LAZ deliverables compatible with all major GIS platforms.
Photogrammetric 3D reconstruction of terrain, construction sites, mining operations, and urban environments. Outputs include textured 3D mesh, orthomosaic, and digital surface model — all georeferenced and GIS-ready.
360° thermal + optical surveillance with AI-driven perimeter breach detection, event security overwatch, and critical infrastructure inspection. Encrypted live video uplink to NOC. Available as 24/7 managed monitoring service.
Canopy height models, individual tree detection, biomass estimation, fire risk mapping, and illegal encroachment detection. Supports forest departments, carbon credit projects, and conservation NGOs.
Power-line corridor inspection, bridge structural assessment, oil & gas pipeline monitoring, and solar farm defect detection. Thermal imaging identifies hotspots; LIDAR measures sag and clearance with sub-cm precision.
Whether you need a single survey mission or a full enterprise fleet deployment, our team will scope a solution around your field and timeline within 24 hours.