Iot Driven-Smart Bed Room Patients CareThrough Temperature And Humidity Sensor

-Rapid integration of Internet of Things (IOT) technologies in healthcare systems in a transformational era to monitor the patient, especially in the smart hospital environment. This review paper checks the deployment of IOT-operated smart hospital rooms, which emphasizes the role of a noninvasive, constant patient monitoring and the role of a sensor-ambed bed equipped with temperature sensors. By synthesizing insight from 45 colleague-review studies (2018–2023), we display how these systems increase clinical efficiency-in reigned tests reduce manual checks by 40% and Bedsore by 25%-when sepsis and patients are able to detect real time of important conditions such as sepsis and patient falls. However, scalableness is interrupted by continuous challenges, in which sensor drifts (especially in humidity-environment), IOT devices and legacy healthcare IT system fragmented interoperability, weaknesses in data safety (eg, unnovated transmission risky), and cost of unknown transmission risky), and the cost of projective transactions (we $ 8,000 was $ 8,000 Paris, (1) SelfCalibrating, Low-Shakti Sensor;to ensure Hipaaanalogical data integrity to ensure fortifications with a cloud layer hybrid encryption (AES-256 and blockchain).Our analysis further highlights the standardized communication protocol (eg, adoption of FHIR for EHR integration) and a significant requirement for interdisciplinary cooperation to bridge the technical and operational intervals. Further, we identify emerging opportunities in nanotechnology-sensor miniatures, short-and-do-cut systems for permanent operations, and federated learning to harmonize data on odd platforms. This task not only maps the current scenario of IOT in healthcare, but also provides an actionable roadmap for researchers, physicians and policy makers to speed up adoption of secured, scalable and patientfocused smart hospital systems.