Spectrophon

Smart Sensor Technology for Mobile Devices

Health Tech & Life Sciences
Private
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Company Overview

Snapshot

Founded in January 2012 by Gleb Zilberstein and Uriel Halavee, Spectrophon operates with 11–50 employees. The company has secured funding across one disclosed round. In January 2016, Spectrophon completed an A Round.

Business overview

Spectrophon develops health and sport sensors integrated with software for wearable devices like smartwatches and smartphones. The company's core technology focuses on non-invasive monitoring for glucometry, calorimetry, body dehydration, and lactate levels. Utilizing patented chemochromic layers and algorithms, Spectrophon serves markets across Asia, Europe, and the United States, operating within the Health Tech & Life Sciences sector, specifically in Digital Healthcare and Patient Remote Monitoring.

Strategic signal

A new study by NASA, published in January 2025, highlights Spectrophon's technology, indicating significant external validation and potential for broader applications beyond its current health and sport sensor focus. This signals strong scientific credibility and opens avenues for strategic partnerships or market expansion into adjacent high-tech sectors, demonstrating the robustness and versatility of its patented sensor solutions.

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Company Intelligence Q&A

When was Spectrophon founded?
Spectrophon was founded in January 2012 by Gleb Zilberstein and Uriel Halavee.
What is Spectrophon's primary focus in sensor technology?
Spectrophon focuses its sensor technology on glucometry, calorimetry, body dehydration monitoring, and lactate monitoring, integrating these into wearable devices and smartphones.
What significant external validation did Spectrophon receive recently?
In January 2025, a new study by NASA was published, highlighting Spectrophon's technology, which provides significant external validation for its sensor solutions.
What type of technology does Spectrophon use?
Spectrophon's technology comprises patented chemochromic layers from sensitive materials applied to photoelectronic components, combined with patented algorithms for signal processing.
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