Introduction:
In today’s digital era, reliable mobile connectivity plays a vital role in hospitals, significantly impacting communication and patient care. Boost Pro Systems, a leading provider of mobile signal enhancement solutions, recognises the importance of robust mobile signals within healthcare facilities. The “NHS Long Term Plan”, launched in 2020, outlined a mobile-first digital transformation strategy. With the phasing out DECT phones and pages, mobile devices are key to many aspects of service delivery, including A&E support. However, poor mobile coverage means that staff cannot access vital voice and data connectivity, in many cases having to leave the building to make a call – this can lead to delays in critical information exchange, resulting in potential patient care errors and compromised patient safety. For patients, no mobile coverage means they cannot contact loved ones, or access mobile data for entertainment during long stays in hospital. For staff and patients, this can have a detrimental effect on their well-being.
In this blog, we explore the benefits of improving mobile signal in hospitals and how Boost Pro Systems can help create a connected healthcare environment.
Enhanced Communication:
Effective communication is crucial in healthcare institutions. By improving mobile signal strength, Boost Pro Systems enables hospital staff to have uninterrupted connectivity throughout the facility. This empowers healthcare professionals to stay in constant contact, respond promptly to emergencies, and collaborate seamlessly, ultimately enhancing patient care. Reliable mobile signal also facilitates real-time access to Electronic Health Records (EHRs), enabling healthcare providers to update patient information instantly and make informed decisions quickly.
Quick Response to Emergencies:
In a fast-paced hospital environment, quick response times are critical. Reliable mobile signal coverage allows healthcare professionals to communicate seamlessly during emergencies, enabling them to mobilize resources swiftly and make informed decisions in real-time. Boost Pro Systems’ solutions eliminate dead zones and weak signal areas, ensuring that emergency calls and notifications are never missed, and critical information is communicated promptly.
Improved Patient Experience:
Patients and their families often experience stress during hospital stays. Reliable mobile signal connectivity alleviates this stress by enabling patients to stay connected with their loved ones. Boost Pro Systems’ signal enhancement solutions provide seamless connectivity, allowing patients to make calls, send messages, and access the internet without disruptions. This connectivity enhances patient engagement by enabling the use of health-related apps, access to educational materials, and connectivity with telehealth services for post-discharge care.
Efficient Use of Resources:
By improving mobile signal strength, Boost Pro Systems optimizes hospital operations and resource utilization. Enhanced connectivity streamlines communication, reducing the need for pagers and intercom systems. This saves valuable time and allows healthcare professionals to focus more on patient care. Furthermore, reliable mobile signal coverage facilitates the use of mobile healthcare applications and telemedicine services, reducing the strain on physical infrastructure and increasing accessibility to care.
Conclusion:
Improving mobile signal strength in hospitals has numerous benefits, ranging from enhanced communication and rapid emergency response to improved patient experience and efficient resource utilization. Boost Pro Systems’ mobile signal enhancement solutions cater to the unique connectivity needs of healthcare facilities, contributing to better patient outcomes and a connected healthcare environment. By investing in reliable mobile signal solutions, hospitals can improve efficiency, enhance patient care, and ensure seamless connectivity for all stakeholders involved in the healthcare journey.
Read our healthcare case studies here: https://boostprosystems.com/tag/healthcare/