Transforming acute care with SDC

Presenting clinical context information in a smart, easy to interpret way could help avoid information overload and make well-informed decisions for personalized medicine. Standardized, medical-grade data could be aggregated from a wide range of medical devices and complementary systems, such as laboratories or imaging. This would present clinicians with a full, digital clinical picture, assisting to successfully manage even complex medical cases. By displaying the relevant alarms, calculated scores, or contextualized data for a specific scenario, systems could indicate changes in patient conditions in real-time, helping clinicians to recognize complications and adapt therapies promptly.

Remote control of medical devices in acute care can offer tangible workflow and safety advantages. Clinicians could adjust device settings, and review patient data without being physically present at the bedside. This reduces the number of preventable room entries, streamlining workflows and saving valuable time in isolation or critical care settings. At the same time, fewer bedside visits could mean reduced exposure to infectious agents, thereby lowering the risk of infection and minimizing the burden of donning and removing personal protective gear.

Automating routine tasks could free up resources that would otherwise be spent managing technology or carrying out administrative work. This would allow more time to be devoted to direct patient care, ultimately improving staff satisfaction. Clinicians could benefit from automated therapy maneuvers within a closed-loop system of connected medical devices. Guided by real-time data, evidence-based actions would be performed automatically and precisely within the system for personalized care delivery. This would free clinical staff from repetitive, manual device adjustments. In addition, seamless data integration into electronic medical records would also relieve teams of time-consuming paperwork, enabling accurate and timely electronic documentation.

SDC structures device data with consistent semantics, time synchronized and in high resolution, providing trustworthy, high‑quality data required for clinical artificial intelligence. This supports moving from reactive to predictive care with data-driven applications for clinical decision support, personalized therapy and process automation.

With SDC as an open international standard, devices and applications are decoupled. You can add new capabilities, expand to new units, or choose between vendors without redesigning the entire installed base. This reduces vendor lock‑in, and provides freedom to select compatible, best‑in‑class solutions as the market advances, protecting long‑term capital while accelerating time‑to‑value.

Standardized interfaces simplify integration and lifecycle management, lowering implementation and maintenance efforts. As clinical demands grow, the infrastructure scales with software‑driven updates rather than hardware churn, extending asset life and safeguarding the ROI of your modernization roadmap.

SDC enables truly seamless interoperability by standardizing how devices and applications exchange data, integrating into hospital networks with less friction. A conforming, vendor‑neutral network interface reduces the need for expensive integration projects and accelerates deployment across care areas. With direct network access, SDC‑capable devices connect and share full data sets without proprietary drivers, eliminating fragile point‑to‑point bridges. In daily operations, SDC can also cut administrative complexity by lowering reliance on middleware and custom drivers, which simplifies lifecycle management with fewer components to maintain and fewer software version conflicts.

SDC replaces legacy one‑way serial links with bi‑directional data exchange over TCP/IP, allowing devices and information systems to both send and receive data. This two‑way flow puts information where it’s needed most for advanced interoperability: aggregated bedside insights for clinical decision‑making and actionable inputs within devices to drive process automation and coordinate therapy steps, reducing manual work and latency between detection and intervention.

As more medical devices connect at the point of care, SDC establishes a high level of protection for data in motion via Transport Layer Security (TLS) encryption, safeguarding patient information and operational continuity. For robust security, SDC-based solutions require mutual authentication of both device and system identities based on digital certificates to create trusted channels across the clinical network. Dräger implements extra security features that reduce the attack surface even further and safeguard the secure operation of interoperable devices. This includes the implementation of Access Control Lists for every device and a certificates management process. Read the whitepaper below to learn more.