The Intelligent Operating System for the Modern Mariner
Bringing the power of the 'Home Assistant' model to marine electronics. A fully integrated, community-driven ecosystem powered by multi-agent AI and robust geospatial data.
Bringing the power of the 'Home Assistant' model to marine electronics. A fully integrated, community-driven ecosystem powered by multi-agent AI and robust geospatial data.
Marine electronics have long been dominated by proprietary, dumb terminals. OpenSeaStack changes that by introducing an 'Agentic' approach to vessel management. We are building a modular platform that combines a custom Linux-based OS with a sophisticated multi-agent AI architecture, allowing your vessel to not just record data, but understand and act on it.
The open data standard for maritime use, enabling a universal language for all your marine devices.
Native integration of PostgreSQL and PostGIS to handle complex spatial data, bathymetry, and charting requirements.
High-performance time-series database optimized for storing massive amounts of sensor data and engine metrics.
A serverless vector database powering our 'Documentation Hub'—chat with your boat's manuals.
A lightweight Linux distribution running a full Docker ecosystem, ensuring modularity and easy updates.
The world's most advanced open source relational database, serving as the core storage engine.
The open observability platform for visualizing metrics, logs, and traces from all your systems.
A concise chart plotter and navigation software, trusted by thousands of sailors worldwide.
Open-source, web-based navigation plotter perfect for mobile devices and browser-based control.
Versatile Signal K instrument dashboard allowing you to visualize ANY data on your network.
A lightweight chartplotter web app designed specifically for Signal K.
Stop digging through PDF manuals in the dark. By utilizing LanceDB, OpenSeaStack ingests technical documentation for every device on your network. This allows our AI agents to provide instant, context-aware answers to troubleshooting questions specific to your vessel's hardware.
By combining the time-series power of GreptimeDB with the spatial awareness of PostGIS, our agents can correlate location data with performance metrics—identifying not just *what* happened, but *where* and *why*.
An autonomous surface vessel (ASV) utilizing the OpenSeaStack software suite to validate our PostGIS and GreptimeDB data collection pipelines in real-world scenarios.
The core operating system build, integrating the Agentic runtime and database layer into a flashable image for marine gateways.