R&D Projects
From the Lab to the Field.
From maritime communication networks to ocean energy devices — ongoing work at the edge of what’s possible.
K-Bay Connects Visit Site →
Developed to address the communication challenges faced by people on the water, especially in situations where traditional maritime communication tools such as VHF radios or cellular connectivity are unavailable. K-Bay Connects is a locally maintained, solar-powered, internet-independent LAN-based maritime communication network designed for Kāneʻohe Bay. The system provides live chat, real-time tools, and distributed connectivity for users on the water while supporting extended-range RF monitoring capabilities with line-of-sight coverage reaching up to 20 miles offshore.
Phantom Node
Developed as a flexible alternative to traditional remote sensing infrastructure, Phantom Node uses a distributed mesh network approach to enable lower-cost, adaptable deployments in environments where conventional systems are limited. Built as an IP67-rated, weather-resistant sensing platform, it combines long-range wireless motion detection, 4K camera monitoring, and live mmWave radar for enhanced situational awareness. Version 2.0 is currently in final development, with market release expected soon.
MH-DB1 “Sea Smoke” Visit Site →
After five years of development, the MH-DB1 “Sea Smoke” represents the culmination of ongoing work toward creating a long-endurance autonomous surface vessel capable of locating individuals lost at sea and assisting in recovery efforts. Equipped with an expanding sensor suite, this prototype serves as our primary development platform for testing, validating, and advancing autonomous maritime technologies for search and rescue and marine research applications.
Smart Marker
Developed as a self-powered offshore platform designed to support long-term marine monitoring and autonomous systems. Using wave motion and pressure changes through piezoelectric generation, the Smart Marker creates a continuous power source for applications such as offshore sensors, autonomous charging, and reef monitoring. Field-tested as a proof of concept, the system was originally developed to support coral restoration efforts through active water circulation and sustainable marine infrastructure.
Clear-Fin Fish Sensor
Developed as an experimental smart fishing accessory exploring the integration of sensors, wireless connectivity, and AI-assisted data analysis into traditional fishing. The glow-in-the-dark TPU device attaches to fishing poles, detects bite activity through motion, and provides audio, visual, and phone alerts over Wi-Fi. Built as a proof of concept to demonstrate the ability to develop compact, advanced electronic systems for real-world applications.
Blue Shore Gravity Pump
Developed as a passive seawater circulation system designed to support coral reef environments during periods of elevated heat stress. Using principles inspired by bell siphon mechanics, the system creates continuous water movement without external power or mechanical components. Development was paused as the underlying concepts were carried forward into the Smart Marker project and future marine restoration applications.
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