Braithwaite's RMS: Strengthening the symbiotic relationship between Technology and Healthcare with India's first contactless Vital Signs Measurement System

A cursory glance at the sky-rocketing growth graph of Braithwaite & Co. Ltd. is enough to establish that under the guidance of its visionary leader, Mr. Yatish Kumar, Chairman and Managing Director, the company has opened the door of sustained progress for itself. Over the past decade, the engineering firm's revenue has escalated at a breakneck speed, and it has expanded its operations to diverse verticals. As a part of its expansion strategy, the company has forayed into varied sectors, such as Renewable energy and Waste management, Healthcare, Information Technology, IoT & ITES projects, and more.

One of many, Braithwaite's venture into the Information Technology Sector was strategic and tactical. The company has developed a Remote Monitoring System (RMS) that facilitates effortless access to devices from remote locations. Utilizing Braithwaite's RMS is Dozee, India's first FDA-approved Vital Signs Measurement System, recognized for its contactless patient monitoring and early warning features. The engineering firm's MedTech innovation is being lauded for contributing to the growth of digital medical infrastructure and elevating the plausibility of sustainable healthcare.

This coveted amalgamation of healthcare with technology has pledged to prioritize patient-centricity, tailor healthcare per the requirement of the patients, and elevate the healthcare framework in India.

Elevating healthcare: Braithwaite's RMS and Dozee, India's first High Dependency Unit (HDU)

Dozee, India's first patient monitoring unit, has been designed to combat the overcrowding of hospitals, delayed response time, mediocre treatment outcomes, shortage of healthcare professionals and staff, and inadequate medical infrastructure. Leveraging the advancement in technology, Braithwaite is contributing to an improved digital healthcare infrastructure that facilitates the achievement of real-time network visibility for consistent health monitoring, timely intervention, reduced human errors, lessened costs, and enhanced health outcomes. An ISO-certified and CDSO-registered MedTech machinery, Dozee, was invented to transform and revolutionize the healthcare scenario. A 'make in India, make for the world' initiative, this RMS-enabled machine will empower health infrastructure to accomplish qualified and prompt responsive care. With Braithwaite's Remote Monitoring System, Dozee will contribute to increased life expectancies, declined burden on healthcare personnel, and improved medical care.

Braithwaite's RMS and Dozee: Delivering advanced precision healthcare to patients

Aided by a sensor sheet positioned under the mattress of patient beds that records the micro-vibrations emitted from the body, Dozee measures multiple parameters via contactless and accessory-based modes. The machine can measure significant vitals, including Heart Rate, Respiration Rate, Heart Rate Variability, Sleep Stages, Apnea-Hypopnea Index, and more by contactless mode. Further, its accessory-based features allow the measurement of Oxygen Saturation (SpO2), Non-Invasive Blood Pressure (NIBP), Body Temperature, 12-Lead Electrocardiogram (ECG), etc. A piece of precision equipment with high reliability, contactless Dozee prevents the occurrence of human error and produces accurate and error-free results. As per multiple reports, its Ballistocardiograph technique has been verified to generate results that are 98.4% as accurate as compared to medical-grade devices.

Equipped with an Early Warning System, the AI-powered machine generates customized notifications per the patient's condition and identifies clinically deteriorating vitals. This feature facilitates the timely mitigation of risks associated with the patient's health and reduces the scale of vulnerability and mortality. Every Dozee unit is sensitive and inclusive of patients to provide an early advantage during medical crises. By virtue of its Triage System, identifying medical priorities based on a patient's clinical status and providing advanced medical treatment can be accelerated. A substantial stumbling block to the healthcare system, a large patient volume leads to low patient throughput and clinically significant delays. Braithwaite's RMS technology contributes to a high ICU bed throughput, early response time, faster discharge, more time dedicated to patients, and effective patient outcomes. Once the hospital beds are integrated with AI-powered Dozee, they get connected with the Central Command Centres and the health facility's Health Management Information System. This integration results in cloud-based scalability and convenient access to clinal records. Through its mobile application that generates a weekly health report in a legible format, medical personnel and family members can keep a check on the patient from any corner of the world.

Takeaway

With the amalgamation of Healthcare and Technology, the healthcare scenario in India is consistently revamping. However, with the rise in population, the severity of diseases, the demand for medical professionals, and a robust healthcare infrastructure, the healthcare scenario in India is facing a crisis. Since rural and semi-urban population looks forward to metropolitan medical facilities for better treatment outcomes, the issue of patient overcrowding, exhaustion of medical resources, and lack of prompt medical care is inclining. Moreover, there are multiple instances of medical professionals being mentally and emotionally exhausted. Hence, to overcome this medical trouble, Braithwaite is utilizing its RMS technology through Dozee for Automated Patient Monitoring to save multiple lives with lesser resources, increase timely transfers, reserve valuable nursing hours, provide respite to healthcare professionals, and refine the quality of care. With this initiative, the Miniratna-I company aims to strengthen the symbiotic relationship between Technology and Healthcare and transform and revolutionize the Indian healthcare scenario.