Kitea Health offers the Kitea System, a micro‑implantable sensor that continuously measures intracranial pressure and transmits data to a secure cloud platform for real‑time remote monitoring. By providing automated alerts and trend analytics, it enables clinicians to detect shunt malfunctions early, reducing emergency hospital visits, imaging procedures, and overall healthcare costs for hydrocephalus patients.
Funding
$20.4K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Hydrocephalus patients rely on implanted shunts to drain excess brain fluid, but shunt failure is common, difficult to detect, and often requires emergency hospital visits. Current monitoring methods provide only intermittent, clinic‑based intracranial pressure (ICP) measurements, leading to delayed diagnosis, higher costs, and increased risk of life‑threatening pressure spikes.
Solution
Kitea Health has developed the Kitea System, a micro‑implantable sensor that continuously measures intracranial pressure and transmits data wirelessly to a secure cloud platform. The device enables real‑time ICP monitoring both at home and in clinical settings, allowing clinicians to track pressure trends remotely and intervene before a failure becomes critical. Automated alerts flag abnormal pressure patterns, supporting proactive care pathways and reducing the need for emergency imaging or hospital admissions. The system integrates with existing electronic health record workflows and supports reimbursable remote‑monitoring codes, facilitating adoption by hospitals and payers. Clinical studies published in peer‑reviewed journals demonstrate the sensor’s accuracy and its potential to lower overall healthcare expenditures.
Target Audience
Primary customers are neurosurgeons, pediatric neurosurgeons, and hospital systems that manage hydrocephalus patients, as well as health insurers seeking to reduce costly emergency interventions.
Features
- Micro‑fabricated, implantable pressure sensor with telemetry for continuous, high‑resolution ICP measurement
- Secure, cloud‑based analytics platform that aggregates data, visualizes trends, and generates automated alerts for clinicians
- Remote monitoring dashboard accessible via web and mobile devices, enabling at‑home symptom tracking and early detection of shunt malfunction
- Compatibility with standard EHR systems and support for telehealth reimbursement codes
- Proven clinical performance documented in first‑in‑human studies and peer‑reviewed publications
- Designed for both pediatric and adult hydrocephalus patients, with a focus on long‑term reliability and safety