Intelligent Drug Delivery Platform

Medicine delivered
with surgical
precision

Gastrodyne is developing a swallowable, biodegradable smart capsule that autonomously navigates the GI tract and delivers therapy exactly at the site of disease. No needles. No infusion visits.

Gastrodyne smart capsule prototype
$50B+
Total addressable market
320k
Canadians living with IBD
2M+
North American IBD patients
98%
AI diagnostic accuracy
The Problem

GI disease treatment
is broken

Current therapies force a difficult trade-off. Systemic drugs cause widespread side effects, while targeted procedures are invasive, expensive, and poorly tolerated over time. Our primary research with 10 gastroenterologists and 150 patients confirms this gap is real and unmet.

01 — Systemic
Drugs that hit everywhere except where it matters

Oral biologics and steroids affect the entire body to treat a localized lesion. Patients endure immunosuppression, infections, and long-term organ damage for treatment that may not even reach the target site.

02 — Invasive
Procedures patients avoid

Endoscopic injections require sedation, specialist scheduling, and recovery time. For patients needing ongoing therapy, the burden of repeated invasive procedures leads to poor adherence and worse outcomes.

03 — Blind spot
The small bowel that no one can reach

Imaging capsules can see but cannot treat. Enemas cannot reach small-bowel Crohn's disease. A persistent gap exists for millions of patients across North America who have no targeted, non-invasive option.

87%
Patients
of the 150 patients surveyed reported low tolerance for invasive procedures and a strong preference for a swallowable alternative.
9/10
Clinicians
of the gastroenterologists interviewed identified non-invasive targeted delivery as an unmet need and expressed interest in clinical pilots.
73%
Adherence Gap
of patients with moderate-to-severe IBD report inconsistent adherence to current treatments, primarily due to side effects and procedure burden.

Primary market research conducted with 10 GI clinicians and ~150 patients across Canada, 2024.

An autonomous capsule that finds disease and treats it

Gastrodyne combines chemical sensing, on-board imaging, and biodegradable drug delivery in a single swallowable device the size of a vitamin capsule.

Note: Gastrodyne's device is designed for targeted local drug delivery under physician supervision. The platform is in active prototype development and is not yet cleared by Health Canada or the FDA.
pH
Dual-trigger localization

The capsule uses chemical signals in the gut, including pH levels and natural enzymes, to identify exactly where it is. No external remote control or operator input is needed.

AI
On-board imaging and AI diagnostics

A miniature camera inside the capsule captures real-time images of the gut lining. An AI model trained on clinical data identifies diseased tissue with 98% accuracy.

Rx
Targeted drug release

Once the capsule reaches the right location, it releases medication directly into the affected tissue. Initial therapies target IBD using established anti-inflammatory drugs.

Biodegradable safety design

The capsule dissolves safely after delivering its payload, eliminating the risk of the device becoming lodged in the digestive tract.

How It Works

See the technology in action

A walkthrough of Gastrodyne's capsule platform, from swallowing to targeted drug delivery at the site of disease.

Market Opportunity

A $50B+ market with
no dominant solution

The GI drug delivery market is growing steadily, driven by rising IBD prevalence and growing demand for targeted, patient-friendly therapies. Gastrodyne is positioned at the center of this shift.

Market Growth
GI Drug Delivery Market

Forecast to 2030 at 6.4% annual growth
Source: Grand View Research

Patient Population
IBD in North America

2M+ patients across North America
Source: CDC, Crohn's & Colitis Canada

Go-To-Market
Pilot Expansion Plan

From 2 pilot centres in Year 1 to 50 by Year 5
Target: 10,000 patients annually

The Team

Built by engineers,
guided by clinicians

A cross-disciplinary team spanning biomedical engineering, pharmaceutical science, AI, and clinical gastroenterology.

Founder & CEO
PhD Biomedical Engineering
Systems · Regulatory · IP Strategy

Leads product development and system integration from prototype to clinical translation. Oversees regulatory strategy and IP filings.

Co-Founder & CTO
MSc Computer Science
Machine Learning · Computer Vision · Software

Develops the AI models that power the capsule's ability to identify diseased tissue. Designed the imaging system validated in the working prototype.

Pharmaceutical Advisor
PhD Pharmaceuticals
Drug Formulation · Pharmacokinetics · Regulatory

Guides drug formulation strategy and preclinical documentation. Provides scientific oversight across regulatory submissions and clinical trial design.

Clinical Advisor
MD Gastroenterologist
GI Procedures · Clinical Evaluation · Trial Design

Provides clinical guidance on device design and validation. Supports our clinical translation strategy and connections to early feasibility study sites.

Affiliated with
Toronto Metropolitan University Biomedical Zone Innovation Boost Zone St. Michael's Hospital
Get in Touch

Partnering with clinicians,
investors and pharma

We are actively seeking early feasibility study partners, grant collaborators, and seed-stage investors who share our vision for precision GI medicine.

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