Portfolio & pipeline

The pipeline.

Devices and tools at every stage — born at the bedside, validated in simulation, and protected where protection matters.

TP-01 · AIRWAYSimulation evidence stage

Temple Laryngoscope

The soiled airway — blood, vomit, secretions — is where video laryngoscopy fails and patients die. The Temple Laryngoscope is an oxygenating video laryngoscope blade with an integrated high-velocity, lens-clearing oxygen jet: the camera stays clear, and the jet delivers oxygen where it’s needed most.

The device concept was published in Cureus (2026). A randomized, blinded simulation study — Temple Laryngoscope versus standard video laryngoscopy in a simulated hematemesis airway — is under review.

U.S. provisional patentCureus, 2026Randomized simulation study under review
Read the concept paper →
  1. Concept (complete)
  2. Simulation (complete)
  3. Prototype (complete)
  4. Evidence
  5. Regulatory
  6. Market
KM-02 · VASCULAR ACCESSProvisional filed 2022

Vascular Access Exchange System

A sheath system that lets clinicians exchange catheters without losing access — reducing repeat punctures and the risks that come with them. Co-invented; U.S. provisional patent application filed 2022.

U.S. provisional patentCo-inventor
  1. Concept (complete)
  2. Design (complete)
  3. Provisional filed
  4. Prototype
  5. Evidence
KM-03 · PEDIATRICSConcluded · 2021–2023

Pediatric Delivery Design — Guise Medical

Founded and led design at Guise Medical LLC (2021–2023): pediatric products designed, simulated, and manufactured to reduce children’s anxiety during medication administration. Iterated through Fusion 360 CAD, Blender, and COMSOL multiphysics simulation — the same toolchain behind every Kathero device. Guise Medical has since concluded operations.

Fusion 360COMSOLManufacturedHuman-centered design
Read the published research →
KM-04 · RESEARCH TOOLINGShipped · open source

Audit-Oriented Randomization Tool

A transparent, open-source Python tool for randomized binary allocation in clinical trials — built for reproducibility and auditability, published in Cureus (2026). Trustworthy research infrastructure is a device, too.

PythonOpen sourceCureus, 2026

Recognition

Design work placed 3rd nationally in the Society of Interventional Radiology Biodesign Competition (2022), after a national semifinal run in 2020.

Bring us the problem, not the polish.

The best devices start as a complaint from someone doing the work. If you have one — or want to build alongside us — talk to us.

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