Our Story

Making boat monitoring accessible, sustainable, and reliable — built with purpose in Estonia

How VoltSense Started

VoltSense was born from a simple frustration experienced by boat owners across Estonia: the constant worry about their vessels during winter storage. Our founder, with decades of experience in electronics and IoT systems, watched countless boat owners lose sleep over dead batteries, unauthorized access, and undetected bilge pump failures.

The existing marine monitoring solutions were either prohibitively expensive enterprise systems designed for commercial fleets, or unreliable consumer gadgets that couldn't withstand the harsh Nordic marine environment. There had to be a better way—something professional-grade yet affordable, powerful yet simple to install.

In 2023, working from a small workshop in Tallinn, we developed the first VoltSense P2 prototype. Using Nordic Semiconductor's cutting-edge nRF9151 chip for cellular connectivity and leveraging our expertise in low-power IoT design, we created a device that could monitor a boat's vital systems for months on a single battery charge. After rigorous testing through Estonia's brutal winter and countless iterations based on early customer feedback, VoltSense P2 was ready for the world.

Today, we're proud to serve hundreds of boat owners across the Nordic region and Australia, with a growing presence in marinas throughout Europe. Every VoltSense device is designed in Estonia and built with the same attention to detail and commitment to quality that defined our first prototype. We're not just building monitoring devices—we're giving boat owners the peace of mind they deserve.

Our Values

Personal

We are here for you to provide complete peace of mind. Every customer matters to us, and we're committed to responsive, human support that makes boat monitoring simple and stress-free.

Attentive

We listen to our customers and continuously improve based on real-world feedback. Your experience shapes our product roadmap, ensuring VoltSense evolves to meet the genuine needs of boat owners.

Progressive

We embrace cutting-edge technology to solve traditional marine challenges. From Nordic Semiconductor's latest cellular modules to energy-efficient design, we're always pushing boundaries to deliver better solutions.

Real Impact

VoltSense is protecting boats across the Nordic region. Here's how it can make a difference.

Tallinn Marina, Estonia

Prevented €3,000 Winter Damage

A boat owner received an alert that their battery voltage had dropped critically during January. VoltSense detected the issue before the batteries froze and cracked, avoiding costly replacement and potential hull damage from burst systems.

Helsinki, Finland

Theft Detection & Recovery

When unauthorized movement was detected at 3 AM, the owner received instant GPS alerts. Police were able to track and recover the vessel within 2 hours thanks to real-time location data from VoltSense P2's integrated GPS system.

Pärnu Marina, Estonia

Marina Efficiency Gains

A marina managing 50 boats reduced weekly check rounds by 60% after installing VoltSense HUB. Automated alerts replaced manual inspections, allowing staff to focus on customer service while maintaining better oversight of their fleet.

Built with Pride

VoltSense is the result of international collaboration, innovative partnerships, and a commitment to sustainability.

VoltSense workshop in Estonia

Designed & assembled in Tallinn, Estonia

Software development team in Ukraine

Portal Software developed by Thingsboard team

Our Partners

IoT Platform

Technology Partner

Innovation Support

Industry Member

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Commitment to Sustainability

VoltSense devices are designed for longevity, not disposability. With 3-4 month battery life, rechargeable power systems, and a 2-year warranty, we minimize waste and environmental impact. Our low-power design reduces energy consumption, and every component is selected for durability in harsh marine conditions.

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3-4 months Battery life per charge
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2-year warranty Built to last
Low-power design Minimal energy use
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