Snapp provides autonomous underwater drones and sensor kits that collect high‑resolution water quality, eDNA, and imaging data without disturbing marine life. The data is streamed to a cloud platform with GIS integration and APIs, enabling aquaculture operators, researchers, and ESG teams to monitor ecosystems, generate compliance reports, and support blue‑carbon projects.
Funding
Funding not disclosed
Founders
Product
Problem
Marine and aquaculture operators often lack timely, high‑resolution data on water quality, biodiversity, and environmental stress because traditional sampling methods are invasive, labor‑intensive, and limited to surface or point measurements. This hampers effective monitoring, regulatory compliance, and sustainable management of ocean resources.
Solution
Snapp delivers end‑to‑end underwater data collection using a non‑intrusive fish‑like drone, deployable sensor kits, and imaging systems. The robot conducts autonomous surveys, capturing water quality parameters, eDNA samples, and high‑definition imagery without disturbing marine life. Collected data are streamed to a cloud‑based repository with GIS integration and API access, enabling users to visualize, analyze, and share insights. The platform’s data‑science tools transform raw measurements into actionable reports for ESG reporting, blue‑carbon asset development, and collaborative decision‑making across marine projects.
Target Audience
Primary customers include aquaculture farms, marine research institutions, environmental consultancies, and ESG compliance teams that require accurate, non‑intrusive monitoring of water quality, biodiversity, and ecosystem health.
Features
- Fish‑like autonomous drone with integrated sensors for real‑time water quality, eDNA sampling, and 360° underwater imaging
- Remote sensor suite and water sampler kit for in‑situ and laboratory‑grade data collection
- Machine‑learning assisted species classification and environmental stress detection from imagery and eDNA
- Cloud‑hosted data repository with GIS overlays, customizable dashboards, and API endpoints for seamless integration
- End‑to‑end workflow from deployment planning to data delivery, reducing logistical costs and ecological impact
- Support for ESG reporting, blue‑carbon asset quantification, and multi‑stakeholder collaboration through shared data platforms