CareLink
CareLink provides a wearable patient monitoring system that continuously tracks heart rate, blood oxygen saturation, respiration, and movement between routine nursing checks. The system processes all data on-site within the hospital's own infrastructure, displaying real-time ward status and automatically reordering rooms by configured alert thresholds so staff can prioritize care.
- Healthcare Technology
- Medical Devices
- Internet of Things
- Digital Health
- Hardware
- Software Only
Funding
Founders
Founder details are not available yet.
Product
Problem
Standard hospital practice relies on periodic observations, leaving long gaps between checks during which a patient's condition can deteriorate unnoticed. These intervals create blind spots where changes in vitals go undetected until the next scheduled round, delaying intervention.
Solution
CareLink provides a wearable monitoring device that stays with the patient after the care team moves on, continuously tracking heart rate, blood oxygen saturation, respiration, and movement. The device transmits readings over the hospital's own network to a local processing node, ensuring all data remains within the facility. A live ward screen displays every patient's status and trend, automatically reordering rooms by configured thresholds so staff focus on those needing attention first. Nurses can see values, trends, and recent events before entering the room, and a timestamped trail documents changes for review. The system is designed to integrate with existing hospital infrastructure and emphasizes on-site data processing with role-based access and encrypted transport.
Target Audience
Primary users are hospital bedside teams, department leaders, and operations/IT staff in clinical settings, particularly in Kazakhstan, Central Asia, and the United States. The company has conducted over 200 interviews across 20+ clinics to shape the product around ward workflow.
Features
- Continuous beat-to-beat heart rate monitoring with real-time alerts
- Peripheral oxygen saturation (SpO₂) tracking with trend visualization
- Respiration rate and regularity sensing, plus posture and activity detection
- Automatic reordering of ward list based on user-defined alert thresholds
- On-site data processing via local A7A node, with role-based access and encrypted transport
- Timestamped event log linking changes to staff responses, including threshold crossing, alert raised, acknowledgment, and return to range
- Architecture built for integration with hospital systems, with audit and event logs
- Supplemental monitoring system that does not replace bedside monitors or clinical judgment