PassPort Technologies

PassPort Technologies

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Private Company

Funding information not available

Overview

PassPort Technologies is pioneering an active transdermal microporation platform designed to overcome the limitations of conventional drug patches. Its core technology painlessly creates microchannels in the skin's outer barrier, allowing for the delivery of larger molecules, including biologics and vaccines, via a simple patch. The company is leveraging the 505(b)(2) regulatory pathway for its lead preclinical CNS candidate and is pursuing partnerships to expand its pipeline. Its value proposition centers on needle-free administration, improved patient compliance, and potentially lower healthcare costs.

CNSVaccines

Technology Platform

The PassPort® system is an active transdermal microporation platform. It uses a handheld applicator to deliver a pulse of energy through a disposable porator, painlessly creating microchannels in the skin's stratum corneum. A drug-loaded patch is then applied, enabling the delivery of a wide range of molecules, including biologics and vaccines, through these channels.

Opportunities

The platform can unlock transdermal delivery for high-value biologics and vaccines, addressing major needs in patient compliance and logistics.
The 505(b)(2) pathway for reformulating off-patent drugs offers a faster, lower-risk route to market with differentiated, premium products.
Growing pharma interest in needle-free delivery creates a strong partnership environment.

Risk Factors

Technical risks include demonstrating consistent, safe microporation across skin types and proving bioequivalence for complex molecules.
The company faces intense competition from other enhanced transdermal technologies and must secure key partnerships to fund development and achieve commercial scale.

Competitive Landscape

PassPort competes in the active transdermal enhancement market against technologies like microneedle arrays (e.g., Vaxxas, Micron Biomedical), thermal ablation (e.g., ViaDor), ultrasound (e.g., Echo Therapeutics), and chemical enhancers. Differentiation is based on painlessness, cost, breadth of deliverable molecules, and ease of self-administration.