Cadi Scientific Pte Ltd
Cadi Scientific is a Singapore-based healthcare technology company established in 2003, specializing in wireless sensing, tracking, and matching devices. The company aims to improve patient lives through efficient hospital practices by automating and simplifying processes with advanced healthcare technology solutions. Their flagship product, SmartSense™, includes wearable devices for temperature monitoring, location tracking, infant matching, contact tracing, hand hygiene compliance, and equipment tracking. Cadi's solutions are deployed in major hospitals and healthcare institutions across the region, monitoring millions of patients, visitors, staff, and assets.
Industries
Nr. of Employees
medium (51-250)
Cadi Scientific Pte Ltd
31 Ubi Road 1 #09-01, Annex Building, Singapore 408694
Patents
Primary tag and a secondary tag for communication with each other, and a system comprising a primary tag and one or more secondary tags
US-9576461-B2
View Details
Primary tag and a secondary tag for communication with each other, and a system comprising a primary tag and one or more secondary tags
US-9576461-B2
View DetailsProducts
Enterprise RTLS platform for hospitals
A multi‑technology RTLS platform designed for healthcare to tag, track and trigger processes based on the real‑time location of patients, staff and assets.
Web-based Biomedical Equipment Reporting System (BERS)
A healthcare‑focused web application for digitizing biomedical equipment records, contracts, spare parts and maintenance workflows, with optional RTLS integration for real‑time location data.
Wearable temperature and location sensor tags
Small, low‑power wearable tags capable of continuous skin‑contact temperature sensing and location reporting for patient monitoring and infection control.
Infant security and mother–infant matching solution
A system using wearable infant tags and automated matching/alert rules to ensure correct mother–infant pairing and to detect unauthorized movements.
Enterprise RTLS platform for hospitals
A multi‑technology RTLS platform designed for healthcare to tag, track and trigger processes based on the real‑time location of patients, staff and assets.
Web-based Biomedical Equipment Reporting System (BERS)
A healthcare‑focused web application for digitizing biomedical equipment records, contracts, spare parts and maintenance workflows, with optional RTLS integration for real‑time location data.
Wearable temperature and location sensor tags
Small, low‑power wearable tags capable of continuous skin‑contact temperature sensing and location reporting for patient monitoring and infection control.
Infant security and mother–infant matching solution
A system using wearable infant tags and automated matching/alert rules to ensure correct mother–infant pairing and to detect unauthorized movements.
Services
On‑site deployment of multi‑technology RTLS, integration with hospital bed management and clinical systems, and configuration of location‑based triggers and workflows.
Implementation of a web‑accessible BME system including asset master, work order, corrective maintenance, contract and spare inventory modules with optional RTLS integration.
Deployment of wearable infant identification tags and automated matching/alert logic to prevent infant mismatches and unauthorized removal.
Configuration and operation of RTLS‑based contact tracing and hand‑hygiene monitoring to support infection control and outbreak response.
Design and customization of low‑power, medical‑grade wearable tags and sensors for clinical applications, including durability and battery‑life optimization.
On‑site deployment of multi‑technology RTLS, integration with hospital bed management and clinical systems, and configuration of location‑based triggers and workflows.
Implementation of a web‑accessible BME system including asset master, work order, corrective maintenance, contract and spare inventory modules with optional RTLS integration.
Deployment of wearable infant identification tags and automated matching/alert logic to prevent infant mismatches and unauthorized removal.
Configuration and operation of RTLS‑based contact tracing and hand‑hygiene monitoring to support infection control and outbreak response.
Design and customization of low‑power, medical‑grade wearable tags and sensors for clinical applications, including durability and battery‑life optimization.
Expertise Areas
- Real-time location systems (RTLS) for healthcare
- Wireless continuous vital‑signs monitoring
- Infant security and mother–infant matching systems
- Hospital asset tracking and biomedical equipment management
Key Technologies
- Active and passive RFID
- Wi‑Fi triangulation for location
- Bluetooth Low Energy (BLE) location and beacons
- Infrared and low‑frequency proximity sensing
News & Updates
Sengkang General Hospital plans to expand its Real-Time Location System (RTLS) to improve workflow and patient tracking, enabling quicker contact tracing and patient isolation.
Singapore General Hospital (SGH) deploys a discreet panic button system for emergency staff security, aiming to protect healthcare workers from abuse and improve response times.
Cadi Scientific is expanding its healthcare technology solutions to hospitals across Southeast Asia, Greater China, and the Middle East.
Cadi received a Merit Award for the project 'World’s First Continuous Vital Signs Wearable for NUH and TTSH General Ward Patients' at the Healthcare Supplier Awards 2017.
Sengkang General Hospital plans to expand its Real-Time Location System (RTLS) to improve workflow and patient tracking, enabling quicker contact tracing and patient isolation.
Singapore General Hospital (SGH) deploys a discreet panic button system for emergency staff security, aiming to protect healthcare workers from abuse and improve response times.
Cadi Scientific is expanding its healthcare technology solutions to hospitals across Southeast Asia, Greater China, and the Middle East.
Cadi received a Merit Award for the project 'World’s First Continuous Vital Signs Wearable for NUH and TTSH General Ward Patients' at the Healthcare Supplier Awards 2017.