Datlantis offers a cloud platform that securely stores, ingests, and synchronizes high‑frequency subsea sensor streams with encrypted, geo‑redundant storage and bandwidth‑adaptive pipelines. The service includes real‑time collaborative workspaces, role‑based access, and open APIs that integrate with vessel‑borne systems and enterprise asset‑management software for offshore operators and marine researchers.
Funding
Funding not disclosed
Founders
Product
Problem
Subsea projects generate large volumes of sensor data and require coordinated workflows across geographically dispersed teams, yet existing IT solutions are often generic, lack maritime-grade reliability, and do not support secure, low‑latency collaboration in harsh underwater environments.
Solution
Datlantis delivers a purpose‑built cloud platform that hosts, secures, and synchronizes subsea data streams for offshore operators and research groups. The service provides end‑to‑end encryption, multi‑region redundancy, and bandwidth‑optimized ingestion pipelines that accommodate high‑frequency acoustic, pressure, and telemetry feeds. Integrated collaboration tools enable role‑based access, real‑time annotation, and shared dashboards, reducing the need for ad‑hoc file transfers. The platform’s open APIs and industry‑standard data models (e.g., ISO 19901‑1 compliance) allow seamless interfacing with existing vessel‑borne systems and enterprise asset‑management software. By abstracting infrastructure management, Datlantis lets subsea teams focus on analysis and decision‑making rather than IT overhead.
Target Audience
Primary customers are offshore oil & gas operators, subsea equipment manufacturers, and marine research institutions that require reliable data hosting and collaborative analysis of underwater sensor streams.
Features
- Secure, encrypted storage tiered for hot (real‑time) and cold (archival) subsea datasets with automatic geo‑redundancy
- Bandwidth‑adaptive ingestion engine supporting MQTT, gRPC, and proprietary acoustic telemetry protocols
- Role‑based access control (RBAC) and audit logging aligned with maritime cybersecurity standards (e.g., IMO MSC‑428)
- Real‑time collaborative workspaces with shared visualizations, annotation layers, and versioned data snapshots
- RESTful and GraphQL APIs exposing ISO‑standard data schemas for easy integration with vessel systems and ERP platforms
- Edge‑compute node SDK for on‑site preprocessing, data compression, and anomaly detection before cloud upload
- SLA‑backed low‑latency data delivery optimized for satellite and subsea fiber links
- Built‑in compliance reporting tools for regulatory submissions and environmental monitoring