BioForge Scientific's current portfolio spans health, ophthalmics, advanced materials, functional fragrance, energy, textiles, and personal care. The descriptions below summarize the current company memoranda and are intended for general, non-confidential discussion.
Antimicrobial fragrance system.
Dermaguard is a non-silver, fragrance-compatible antimicrobial platform designed for integration into scented or unscented consumer products, textiles, clinical items, and surface applications.
The platform is intended to provide broad-spectrum antimicrobial functionality, including activity directed toward resistant bacteria such as MRSA and Staph, while supporting product formats in personal care, healthcare, apparel, and home care.
Mosquito-repelling fragrance system.
VectorScent is a fragrance-based formulation platform designed to repel mosquitoes while maintaining consumer-desirable scent profiles.
Potential integrations include personal-care products, home sprays, air care, textile treatments, outdoor products, and public-health vector-control applications.
Bioactive textile and recovery system.
FiberHeal is a textile platform designed to embed bioactive compounds into bandages, dressings, base layers, and compression garments so the material can function as a delivery vehicle.
Potential applications include advanced wound care, post-surgical products, athletic recovery, military first response, and veterinary wound management.
Metabolic sugar-modification technology.
SugarX is a food-and-beverage platform designed to modify the metabolic impact of sugars without removing sweetness from the finished product.
Potential applications include functional foods, diabetic nutrition, sports beverages, nutraceuticals, and packaged consumer goods. Any metabolic or health claims would require substantiation and applicable regulatory review.
Accelerated-drying textile technology.
RapidDry is an engineered fabric treatment designed to accelerate moisture evacuation and evaporative cooling at the skin-textile interface through capillary architecture and surface-energy chemistry.
The platform is intended for athletic apparel, military and tactical clothing, outdoor textiles, medical garments, and industrial workwear.
Tiered thermal-management materials.
M1L and M1H form a tiered thermal-management platform for textiles, roofing materials, and polymer systems. M1L is directed toward moderate thermal environments, while M1H is intended for higher-output and extreme conditions.
The materials are designed to control the rate and direction of heat flow across apparel, building products, defense systems, automotive interiors, and protective equipment.
Olfactory neuroregulation concept.
NeuroCalm is an emerging volatile-compound platform designed to explore neurological modulation through olfactory pathways.
Potential applications described in company materials span neurological research, consumer wellness, caregiver-support products, and animal health. The platform is developmental and is not presented as an approved treatment.
Antimicrobial polymer-additive system.
PolyShield is an additive platform designed to integrate durable antimicrobial functionality into plastics and polymers during manufacturing without materially changing the base product's intended performance.
Potential applications include medical devices, food-contact surfaces, household products, building materials, and industrial equipment.
Mosquito host-detection disruption for textiles.
VectorWeave is a fabric-integrated system designed to interfere with sensory signals mosquitoes use to locate human hosts, including thermal, carbon-dioxide, and chemical cues.
The platform is intended for outdoor, military, travel, family, and agricultural apparel without requiring a topical spray or scented treatment.
Broad-spectrum anticancer research platform.
Linebacker CRSTx is a developmental oncology platform designed to engage multiple cancer pathways simultaneously.
Company materials identify potential roles as a primary, adjunctive, or resistance-focused approach. The platform is not presented as an approved cancer treatment, and its safety and efficacy require appropriate research and regulatory evaluation.
Neuroprotection research platform.
Deep Blue is a targeted formulation platform designed for research into neural protection and recovery following traumatic brain injury and sports-related head trauma.
Potential applications include sports medicine, military medicine, acute neurology, and companion biomarker monitoring. It is developmental and is not an approved disease-modifying treatment.
Solar enhancement and perovskite stabilization.
This combined solar platform pairs Project RIO, a spectral-conversion and photon-management system, with GBS-IP, a grain-boundary-selective ionic polymer approach intended to address ion-migration degradation in perovskite cells.
The integrated concept is designed to improve both efficiency and stability for photovoltaic manufacturing, advanced materials, and utility-scale energy applications.
Passive luminescent architectural coating.
Project Twinkle is a passive luminescent coating system designed to create a sustained ambient glow and an emergent “living sparkle” effect that changes with observer movement, without electronics, powered controls, or active infrastructure.
The platform combines phosphorescent material, transparent micro-scale optical structures, and a durable polymer binder for potential use on pathways, plazas, walls, façades, water features, and themed environments.
Multilayer NIR ophthalmic safety lens.
SURVIVOR V6 is a five-layer passive lens platform designed to attenuate near-infrared radiation across the 1064–1550 nm band while preserving visible-light clarity and wearer performance.
The architecture integrates spectral absorption, controlled optical scattering, and thermal buffering for potential use in surgical laser suites, industrial photonics, research laboratories, occupational safety, and defense applications.
At-home ocular monitoring platform.
SEE-VIEW is a smartphone-based platform designed to support standardized anterior-segment imaging, functional vision assessments, and longitudinal ocular-health tracking between clinical visits.
The platform is intended as a digital extension of clinical workflows rather than a diagnostic replacement, with potential applications in ocular-surface monitoring, post-procedure recovery, treatment-response tracking, and remote patient monitoring.
Dual-mechanism botanical research strategy.
This developmental program evaluates a fixed-combination botanical approach using forskolin and hesperetin for research relating to intraocular-pressure management and optic-nerve protection.
The strategy is designed to address both aqueous-humor dynamics and biological pathways associated with oxidative stress, inflammation, vascular function, and neurodegeneration. It is not an approved ophthalmic drug.
Advanced thermal-management personal care.
CoolSkin is a developmental thermal-comfort platform for personal care built around biomimicry, solar heat-load management, thermal buffering, breathable moisture transport, evaporative regulation, and principles informed by passive-cooling research.
Potential product formats include facial and body care, outdoor and active-lifestyle products, women's wellness and menopause-support cosmetics, and premium sun-care systems. CoolSkin is not intended or presented as a medical treatment.
BioForge Scientific partners with organizations across pharma, biotech, consumer goods, and materials to bring these platforms to market.