Omniris offers an AI‑ready geospatial intelligence platform that captures, ingests, processes, analyzes, and publishes massive volumes of drone, satellite, IoT, and spatial data. The system connects the full data lifecycle—from field capture to AI‑ready outputs—enabling rapid map rendering in under a second and supporting a global network of over 4,000 drone pilots for missions such as inspections, digital twins, and LiDAR surveys.
Funding
Funding not disclosed
Founders
Product
Problem
Organizations that rely on geospatial data often face fragmented workflows, slow processing of large drone and satellite datasets, and limited ability to transform raw imagery into AI‑ready insights. This hampers timely decision‑making for applications such as digital twins, LiDAR mapping, and field inspections.
Solution
Omniris offers an end‑to‑end geospatial intelligence engine that captures, ingests, processes, analyzes, and publishes massive volumes of spatial data from drones, satellites, IoT sensors, and other sources. The platform automates the full data lifecycle, delivering AI‑ready outputs that can be directly consumed by machine‑learning models or GIS applications. By leveraging a global network of over 4,000 vetted drone pilots, Omniris can rapidly deploy capture missions worldwide and return processed results within seconds. Its architecture provides accelerated map rendering (up to 1 second) and 10× faster data processing, enabling users to build digital twins, conduct inspections, and generate LiDAR products at scale.
Target Audience
Primary customers include GIS and mapping firms, urban planners, construction and infrastructure companies, insurance assessors, and enterprises that require rapid, AI‑driven geospatial insights for operational decision‑making.
Features
- Unified pipeline that handles capture, ingestion, processing, analysis, and publishing of drone, satellite, and IoT data
- AI‑ready data architecture that outputs formats optimized for machine‑learning workflows
- Real‑time map rendering with sub‑second latency and 10× faster processing compared to traditional GIS tools
- Integrated global network of 4,000+ professional drone pilots for on‑demand mission execution
- Support for high‑resolution LiDAR, photogrammetry, and multi‑sensor fusion to create detailed digital twins
- Scalable cloud infrastructure that manages massive data volumes while maintaining low latency