Ascom, Dräger, and B. Braun Unveil Silent ICU Solution: Transforming Intensive Care with Smart Digital Alarm Management at ESICM LIVES 2025 in Munich
28 October 2025
Ascom, in strategic collaboration with Dräger and B. Braun, today announced the official launch of their pioneering Silent ICU solution at the ESICM LIVES 2025 Congress, a landmark event in the European critical care calendar held this year in Munich. This solution marks a significant innovation milestone for European hospitals by redefining alarm management, workflow efficiency, and the healing environment in intensive care units (ICUs). Silent ICU is underpinned by the SASICU (Smart and Silent ICU) research program, supported by the Innovative Health Initiative (IHI) under the European Union’s Horizon Europe framework, ensuring its place at the forefront of evidence-based acute care transformation.
The escalating concern over noise pollution in ICUs has traditionally led to increased patient stress, higher rates of delirium, poorer sleep quality, prolonged hospital stays, and long-term cognitive impairment in critical care patients. Silent ICU directly addresses this challenge by shifting away from disruptive bedside alarms. Through seamless integration of advanced medical devices and distributed alarm management, all alerts are instead delegated to centralized dashboards and mobile devices of the relevant clinical staff. Actionable alarms are intelligently filtered and routed compliant with the latest ISO/IEEE 11073 SDC standard for secure, vendor-neutral device connectivity. Nurses and doctors can now receive context-rich notifications via purpose-built Ascom Myco 4 smartphones or standard mobile devices, enhancing their real-time situational awareness while eliminating the constant barrage of noise within patient rooms.
For hospital administrators and operations leaders, Silent ICU delivers significant operational and clinical benefits. The digital, interoperable ecosystem allows for consolidation of device data from multiple manufacturers, unlocking new avenues for data-driven clinical decision-making and continuous workflow optimisation. Critically, the reduction in alarm fatigue—backed by studies conducted in leading European university hospitals—contributes to improved patient outcomes, a decrease in non-value-added clinical distractions, higher staff satisfaction, and supports the strategic shift towards single-patient ICU rooms with closed doors. Such configuration is increasingly recognized for reducing infection risk and enhancing privacy as well as patient rest, fundamentally promoting a more healing-centric environment.
This next-generation alarm management system is equally beneficial for clinical teams. By minimizing non-actionable alerts, the solution supports adaptive mobile workflows and allows caregivers full focus on critical interventions rather than being overwhelmed by persistent, unnecessary noise. The scalable architecture supports progressive rollout, from legacy integration to future-proofed environments, providing hospitals with a phased pathway to adopt advanced acute care digitalization at their own pace.
The Silent ICU solution is the result of a robust collaboration between Ascom, Dräger, and B. Braun, who together are establishing a new paradigm for digital health infrastructure in Europe. “Overcoming capacity bottlenecks in patient care while improving outcomes can only be achieved through innovative digitization measures. The Silent ICU is a great example of bringing vital data to life for better outcomes for patients and caregivers,” stated Michael Reitermann, Ascom CEO ad interim. With the healthcare sector continuing to face staff shortages and increasing demands for acute care excellence, such intelligent, connected solutions are quickly becoming indispensable tools for hospital management teams and clinical leaders across the region. Early results from pilots show promise in improving patient recovery trajectories and institutional workflow efficiency, underscoring the readiness of European ICUs for a digitally enabled future in critical care.