Precision Bioelectric Therapeutics for Pain, Infection, Cancer, and Brain Health
We are pioneering a world where electricity is the primary language of medicine.
Pioneering the Field of Bioelectric Medicine
We are developing an integrated platform for discovering and commercialization of precision, non-invasive bioelectric therapies from bench to clinic in unprecedented timeframes.
Our first therapy for pain and inflammation is ready to launch with clear regulatory path supported by substantial equivalence to FDA-cleared devices.
We are poised to generate revenue in year-one while developing a category-leading position in the emerging field of bioelectric medicine.

Bioelectric data knowledge graph
Combining open biomedical ontologies and real-world lab outputs, the Electrome Knowledge Graph maps waveform parameters to biological responses, clinical outcomes, and molecular targets to guide therapeutic design, personalize treatments, and reveal novel indications for bioelectric modulation.
AI Electroceutical Discovery Engine
The AI-powered Electrome discovery engine maps, models, and predicts optimal bioelectric signals to modulate cellular behavior, accelerating the development of targeted electroceuticals across high-burden disease areas.








Scalable Bioelectric Hardware Platform
Modularized hardware system for efficient manufacturing of bioelectric therapeutic devices at scale, featuring interchangeable components, standardized interfaces, regulatory framework, IDE, and factory-level configurability to rapidly deploy precision electroceuticals.
Precision Bioelectric Solutions
We are harnessing the therapeutic power of bioelectric medicine to address major healthcare challenges—opening the door to a vast pipeline of first-in-class treatments.
Pain & Inflammation
Alleviate pain, calm inflammation, and accelerate recovery with precision bioelectric signals—offering non-invasive relief while helping reduce reliance on opioids.
Wound Healing
Accelerate tissue regeneration and reduce scarring with bioelectric signals that promote angiogenesis, activate fibroblasts, and modulate immune response throughout the healing process.

Infectious Disease
Combat antibiotic-resistant pathogens with precision electromagnetic signals that disrupt membranes, impair biofilms, and support immune defense.

Oncology
Target cancer cells with precision using electromagnetic signals proven to disrupt tumor growth, modulate immune response, and complement traditional oncology therapies.
Latest Insights
Mechanistic Evidence: The Science Behind Signal-Based Medicine
Signal-Based Interventions: The New Modality of Medicine
Unlocking the Language of Life: The Science Behind Electrome
The Bioelectric Frontier: Unlocking Solutions for Chronic Lyme Disease and Brain Health
Platform Flywheel
- Collect real-world sensor data of dosed cells in wet lab
- Use AI and digital twin models to discover impactful signals
- Validate candidate signals in vitro
- Gather data, file utility patent(s)
- Limited in vivo / clinical validation
- Repeat for new indication
