

Our Technology
Battery-free, autonomous rescue visibility engineered for the moment someone hits the water
When a person enters the water unexpectedly, rescue timelines are measured in minutes not hours. Yet in real conditions - darkness, spray, fog, waves, or low-contrast daylight the hardest part of rescue is often the first step: finding the person.
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BioGlo technology is designed to solve that problem through autonomous, power-independent visibility that activates at the moment of deployment without relying on batteries, electronics, or user action.

BioGlo is a modular emergency signaling platform designed to integrate into or attach to marine safety equipment especially inflatable flotation so that visibility activates automatically when it matters most.
At a high level, the platform combines:
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Autonomous activation linked to real deployment conditions
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Sealed, shelf-stable signaling elements protected during storage
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Deployment-responsive initiation without reliance on manual switches
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Device-level light distribution for omnidirectional visibility
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Optional surface-level marking for both day-time AND night-time aerial detection
This approach avoids the core failure modes of conventional solutions, including battery depletion, corrosion, maintenance neglect, and dependence on victim awareness or mobility.

BioGlo systems are designed around a simple, reliable sequence:

Enzyme Activation
Triggered automatically by water immersion or hydrostatic pressure.​

Light Generation
​​Enzyme‑driven bioluminescence produces bright, cool light for hours.

Visibility Enhancement
Integrated optics and dyes improve visibility from the air and sea level.

Rescue Optimization
Tuned to critical visibility wavelengths detectable by both the human eye and infrared sensors.
Core Technology Principles

Deployment-Linked Activation
Many legacy “water-activated” products rely on gradual water ingress, which can be unreliable in rain, spray, or partial wetting. BioGlo is designed so activation corresponds to actual deployment conditions, improving consistency and reducing false activation.

Shelf-Stable, Protected Architecture
BioGlo systems are engineered so key signaling elements remain protected from environmental exposure during storage, supporting long-term readiness consistent with life-safety equipment expectations.

Omnidirectional Visibility by Design
Rather than emitting light from a small point source, BioGlo uses the geometry and materials of the device itself to distribute visibility across a wide viewing angle reducing blind spots and improving detectability from surface and aerial perspectives.

Environment-Aware Visibility Optimization
Marine visibility depends on more than brightness alone. BioGlo designs account for real-world conditions such as fog, surface reflection, and ambient light to improve detectability without relying on powered electronics.

Optional Surface-Level Marking
In nighttime or low visibility environments, traditional daytime fluorescent markers are ineffective. BioGlo incorporates surface-level bioluminescent markers for reduced visibility conditions that create a localized, highly visible signal around the incident location for aerial detection.

Performance
​BioGlo technology is engineered to deliver:
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Immediate activation at deployment
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Omnidirectional visibility
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Multi-angle detectability
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Battery-free primary signaling
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Durability under marine storage and exposure conditions
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Specific formulations, internal architectures, and performance parameters are proprietary and protected under pending intellectual property.
Applications
The modular BioGlo platform is designed for integration across a range of rescue and safety applications, including:
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Inflatable personal flotation devices (OEM and retrofit)
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Wearable locator elements and patches
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Throwable flotation aids and rescue markers
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Man-overboard and deployable locator buoys
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Aviation, maritime, and flood-rescue survival equipment

Designed for Life-Safety Reliability
BioGlo is built around a life-safety mindset:
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No dependence on batteries for primary visibility
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No reliance on manual activation in emergency conditions
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Protected storage readiness aligned with long shelf life
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Activation linked to real deployment events
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Modular architecture supporting redundancy and platform compatibility