IoT Connectivity for Healthcare
Remote patient monitoring and telehealth are now at the forefront of medical service delivery. The Internet of Things (IoT) facilitates better and safer solutions with Monogoto’s seamless, frictionless connectivity for healthcare devices, wearables and telehealth.
Discover how Monogoto is revolutionizing the healthcare industry.
Revolutionizing the Healthcare Industry
Revolutionizing the Healthcare Industry
Increased Security
Secure connectivity for sending data to and from medical devices without relying on unsecured WiFi.
Remove Friction
Embed connectivity in your device from the start. Remove friction from new connections or when private networks fail.
Global Connectivity
Secure connectivity anywhere, anytime. Devices can be used in over 180 countries via more than 550 networks.
The Challenge
Telehealth in the age of COVID-19
The need for remote patient monitoring and telehealth to limit travel and in-person appointments is advancing rapidly, accelerated by the COVID-19 pandemic and digital transformation.
Inconsistent connectivity makes effective use of remote medical devices and telehealth difficult and less safe. Effectively embedding secure, frictionless connectivity by integrating it into medical devices removes this barrier.
Patients’ data is extremely sensitive, making built-in security for data transfer essential.
The Solution
Cellular connectivity is the best solution for telehealth in the 21st century
Cellular connectivity offers the best option for removing the friction inherent in relying on WiFi and Bluetooth solutions for service providers offering remote patient monitoring devices and telehealth services.
Monogoto’s innovative IoT solutions embed connectivity into medical device providers’ products, enhancing their offering to include reliable, global, frictionless, secure connectivity.
Devices with Monogoto’s cellular connectivity already integrated work anywhere, indoors and outdoors, and in remote areas. End-users can continue with travel, work and leisure activities without any need to consider or accommodate connectivity requirements.
