A smart ocean monitoring system built on long-term acoustic monitoring and real-time data transmission for diverse marine missions

VoiceSeeker Smart Acoustic Buoy Series

VoiceSeeker is an intelligent ocean monitoring system that integrates underwater acoustic sensing, satellite communication, AI-based sound recognition, and real-time data transmission. With its modular buoy design and streamlined deployment process, the system can operate autonomously at sea for extended periods, continuously collecting, analyzing, and transmitting marine acoustic data.

VoiceSeeker enables users to monitor environmental noise, marine soundscapes, fish activity, and various abnormal events across different marine environments. Compared with conventional monitoring methods that rely on post-retrieval data analysis, VoiceSeeker delivers more immediate and continuous insights, helping government agencies, research institutions, offshore wind developers, fisheries, and marine engineering operators improve monitoring efficiency, reduce operational costs, and support reliable decision-making for ocean management and environmental protection.

VoiceSeeker Series Overview

Purpose-built monitoring, recognition, and communication capabilities for environmental noise, cetacean protection, vessel detection, fish activity monitoring, underwater communication, and customized marine applications.

Environmental Noise Monitoring

VoiceSeeker - N

Designed for long-term underwater noise monitoring and marine soundscape data collection, VoiceSeeker-N continuously records acoustic changes in marine environments. It helps establish site-specific acoustic baselines and assess the influence of construction activities, vessel traffic, and environmental variations on underwater soundscapes. It is suitable for offshore wind farms, harbors, coastal engineering projects, environmental impact assessments, and long-term ocean monitoring.

Cetacean Monitoring Buoy

VoiceSeeker - NM

Built for cetacean detection and marine ecological protection, VoiceSeeker-NM uses underwater acoustic monitoring and real-time alert mechanisms to help identify cetacean activity and reduce the risk of animals entering construction or high-risk operational zones. It supports offshore wind construction, marine engineering, conservation monitoring, and ecologically sensitive area management by providing timely information for field response and environmental decision-making.

Vessel Monitoring Buoy

VoiceSeeker - NV

VoiceSeeker-NV is designed to monitor and identify acoustic signatures from vessels, underwater vehicles, and other marine targets. It supports maritime activity awareness, abnormal sound source detection, and suspicious target monitoring. Applications include harbor security, maritime surveillance, critical infrastructure protection, and the development of target acoustic signature databases, enhancing situational awareness and early risk detection at sea.

Smart Fish Activity Monitoring

VoiceSeeker - NF

VoiceSeeker-NF enables long-term acoustic observation of fish activity patterns. Through sound signature analysis and continuous site data accumulation, it helps identify fish presence, activity hotspots, spawning behavior, and habitat changes. It is suitable for fisheries management, aquaculture sites, marine ranching, and scientific research, supporting more precise ecological interpretation from underwater acoustic data.

Offshore Communication Relay

VoiceSeeker - UCOMM

VoiceSeeker-UCOMM serves as a communication bridge between surface platforms and underwater devices. By integrating underwater communication, satellite links, or wireless data transmission, it enables data exchange between underwater vehicles, seabed sensors, and remote monitoring platforms. It is suitable for underwater IoT, ocean observation networks, unmanned vehicle missions, long-term sensing nodes, and remote offshore data transmission.

Customized Integration

VoiceSeeker-NF

VoiceSeeker can be customized according to project-specific mission requirements by integrating acoustic sensors, communication modules, AI recognition models, data analysis workflows, and monitoring platforms. It provides a flexible solution for specialized marine missions, research programs, engineering monitoring, defense and security applications, ocean experiments, system integration, and multi-sensor deployment scenarios.

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