Safe, secure and ready to deploy.
The Patient Status Engine is the only wireless patient monitoring system that includes the wireless connections as part of the regulated UKCA-mark, Class IIa CE-marked and Class II FDA-cleared end-to-end platform.
The Patient Status Engine (PSE) ensures secure and uninterrupted patient monitoring through integrated Bluetooth, Wi-Fi, and 3G/4G connectivity. With multi-layer redundancy and advanced system design, it eliminates data loss, protects integrity, and prioritizes reliability—supporting proactive care over reactive practices.
The Patient Status Engine (PSE) ensures secure and uninterrupted patient monitoring through integrated Bluetooth, Wi-Fi, and 3G/4G connectivity. With multi-layer redundancy and advanced system design, it eliminates data loss, protects integrity, and prioritizes reliability—supporting proactive care over reactive practices.
The Lifeguard Server is the secure, scalable backbone of the Patient Status Engine, seamlessly aggregating data from multiple Patient Gateways, ensuring precise network control, and delivering real-time dashboards and patient charts. With its open API and HL7/FHIR integration, it connects effortlessly with hospital systems, creating a robust end-to-end platform for continuous patient monitoring and analysis.
The Central Monitoring Unit (CMU) is a live digital control centre, accessible via a secure internet browser, that provides 24/7 visibility of patient data. With real-time dashboards and early warning indicators, staff can remotely monitor patients, alert ward teams when intervention is needed, and ensure proactive care. The CMU can be centralized—aggregating all patient data in one hub—or localized at nursing stations within wards. To further enhance patient safety, clinicians and nurses can also access health status anytime on authorised mobile devices.
The Patient Status Engine (PSE) integrates seamlessly with existing IT platforms, ensuring full interoperability through its open API and HL7/FIHR plug-ins for EMRs and clinical HIS systems. Designed with direct input from clinical teams, it fits naturally into nursing workflows while providing access to both raw and processed data. Its configurable platform supports future care pathways, evolving with new digital biomarkers and predictive algorithms that can also serve clinical research needs. The Lifeguard Server adds flexibility by running either as a virtual machine within the provider’s IT infrastructure or securely in the cloud—making integration simple, secure, and future-ready.
The Patient Status Engine (PSE) is a fully wireless, end-to-end vital signs monitoring system that seamlessly integrates Bluetooth, Wi-Fi, and 3G/4G connectivity within its platform. Certified with UKCA, CE (Class IIa), and FDA clearances, the PSE ensures unmatched reliability by virtually eliminating data loss while guaranteeing data security, integrity, and provenance—setting a new benchmark in patient monitoring.
The Lifetouch intelligent wearable biosensor is a validated and clinically proven wireless medical device that has already been used to collect over 150,000 hours of data from patients in acute care settings. It has been developed in association with diverse clinical teams, particularly nurses, to ensure ease of use, reliable operation and seamless integration into nursing work flows.
With its lightweight design and ultra-low power operation, this state-of-the-art technology continuously samples and analyses the ECG signal in the sensor itself to extract the parameters of clinical interest.
Supporting at least three days of continuous use, the Lifetouch generates the data from which heart rate, respiration rate, and HRV are calculated, while offering real-time ECG streaming functionality.
The device also includes a three-axis accelerometer to provide information on patient orientation, activity, and motion.
Usability and environmental considerations are key design criteria for both the Lifetouch and Lifetemp sensors. Fast and secure connection and pairing is achieved simply by scanning a QR code, and following use, the devices are recycled in a fully certified off-site recycling process that ensures maximum compliance with infection control requirements with minimum environmental impact.
The paediatric sensors are smaller wireless smart patches, designed and manufactured by Isansys Lifecare. Available in a range of sizes for neonates, babies and children, they allow the young patients to move about freely, all the while being monitored as if they were in a high dependency hospital ward. The sensors enable clinicians and nurses to collect patient’s physiologic data including heart rate, pulse rate and respiratory rate and offer remote accessibility to the physiologic data through integration into the standard Patient Status Engine infrastructure.
The Patient Status Engine (PSE) continuously collects and processes real-time vital signs, giving healthcare providers an instant, accurate picture of a patient’s current condition while predicting their future health status. By generating, analyzing, and aggregating physiological data, the PSE serves as a powerful clinical decision support system—alerting clinicians the moment a patient’s vitals fall outside safe parameters.
More than just monitoring, the PSE’s intelligent, data-driven applications can predict complications hours in advance, allowing doctors and nurses to intervene early and prevent adverse events entirely. This proactive approach not only improves patient safety but also transforms care delivery into a smarter, more predictive model.
By shifting from reactive to proactive care, the PSE empowers healthcare teams to save lives, reduce ICU transfers, and ensure patients receive timely interventions—delivering better outcomes for patients and efficiency for hospitals.
Early Warning Scores (EWS) like NEWS2, MEWS and PEWS are proven tools that have significantly reduced adverse events and preventable deaths in hospitals worldwide.
Yet, traditional EWS systems face limitations — they rely on sparse, retrospective data and require valuable nursing time for manual input, even when supported by electronic systems.
The Patient Status Engine (PSE) solves these challenges by fully automating data capture and scoring. With continuous real-time monitoring and trend analysis, it delivers richer insights, highly accurate Early Warning Scores, and instant visual dashboards, enabling faster, proactive interventions.
“Smarter Care. Safer Patients. Turning Data into Life. Wireless innovation for better health."