Isansys offers the Patient Status Engine, an FDA‑cleared Class II wireless platform that continuously captures and analyzes vital signs in real time for hospitals and home‑care providers. The system automates data recording, generates early alerts for clinical deterioration, and eliminates cables to enable patient mobility while integrating with existing IT workflows.
Funding
Funding not disclosed
Founders
Product
Problem
Hospitals and home‑care providers often rely on wired, manual vital sign monitoring systems that are labor‑intensive, prone to data gaps, and limit patient mobility, leading to delayed detection of deterioration and higher rates of ICU readmission and code‑blue events.
Solution
The Patient Status Engine (PSE) is an FDA‑cleared Class II wireless medical device that continuously captures physiological data and performs real‑time analysis. By automating vital sign recording, the platform reduces the nursing workload on each shift and provides clinicians with immediate alerts to prevent adverse events. Its all‑wireless design eliminates cables, allowing patients to move freely while maintaining continuous monitoring. The system is built as a future‑proof digital platform that can be upgraded to incorporate new monitoring capabilities, serving both hospital wards and home‑care environments.
Target Audience
Primary customers are hospitals, multispecialty and specialty care centers, and home‑care providers seeking to improve patient safety and operational efficiency through continuous wireless monitoring.
Features
- Fully wireless sensors and transmitters, removing cables and enabling unrestricted patient movement
- Continuous, real‑time capture of multiple vital signs with FDA‑cleared Class II compliance
- Automated data recording and analysis that generates alerts for early detection of clinical deterioration
- Upgradable digital architecture that supports future monitoring features and software updates
- Integrated platform for universal data capture, compatible with existing hospital IT and home‑care workflows