Technology

Integrated Marine Technology Systems

Our technology connects subsea hardware, acoustic control, cloud communication, and integrated interfaces into a cohesive operational platform. Designed for interoperability and precision, SMELTS systems support On-Demand Fishing, multi-manufacturer integration, and advanced positioning capabilities without compromising reliability.

On-Demand Fishing

On-Demand Fishing replaces traditional surface buoys with secure acoustic activation and digital gear reporting. Gear remains on the seafloor until the harvester calls it to the surface using a coded command. Location visibility is maintained through cloud reporting rather than physical markers, allowing other users and regulators to see gear presence without exposing unnecessary detail. The result is a modern retrieval method that maintains accountability while reducing persistent surface infrastructure.

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Acoustics Integrations

SMELTS platforms are designed to support multiple acoustic control systems through standardized integration. Each lift unit can be configured to work with compatible topside tools while maintaining consistent lift performance. This flexibility allows harvesters and researchers to use familiar equipment without sacrificing reliability. Acoustic integration is treated as a core design feature rather than an afterthought.

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Interoperable MFD

The interoperable MFD connects acoustic control directly to the vessel’s chartplotter. Gear can be activated, marked, and monitored from within the helm display without separate deck hardware. When paired with directional acoustic capability, the system can mark gear based on its true seafloor position rather than surface drop point. This integration simplifies control and improves positional accuracy while keeping everything within a single interface.

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Sustainability

Sustainability is built into how SMELTS designs and manufactures its systems. Equipment is made to be durable, serviceable, and adaptable as technology evolves. By replacing persistent end lines with controlled activation and digital reporting, the overall physical footprint of bottom-set gear is reduced. The goal is practical improvement through engineering, supporting both marine ecosystems and the communities that depend on them.

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