Embassy Services (ESPL) presents their fully automated Infrared Thermal Screening Solution using Artificial Intelligence and Machine Learning for highly accurate non-contact temperature readings at an extremely competitive cost. This method helps in early discovery and reporting to ascertain early isolation thus preventing transmission of viral diseases. This innovation is a much-needed thorough solution for the post-pandemic world. Integrated Facility Management giant, ESPL, with its 25 years old legacy is a major contributor to the world through the provision of innovative solutions that ensure us of a safe and healthy environment.
The fully automated contactless thermal screening device and its software is assembled in India. The networked device is maintained and updated over-the-air and can be seamlessly integrated with existing access control systems. The tech behind this solution provides multi-objective fast non-contact temperature management. The skin tone correction, distance correction, and temperature variation across the face features allow accuracy in readings. The highly effective machine learning software ensures a reduction in false positives. The tripod-mounted device is programmed to send alerts through a cloud and ease detection in real-time. It helps a facility to identify and segregate potentially ill patients in a contactless environment.
“The emergence of unusual epidemiological and viral outbreaks has shown us how vulnerable we are as a race. Our people are our biggest resource and while immunity to diseases is that to achieve on a long term, the need of the hour is to provide a safe and healthy environment for all. Our preparedness and responses towards emergencies are a prime focus at ESPL. We will continue to integrate, customise and implement unique solutions for our clients to have them ready for a safer future” said Pradeep Lala, MD & CEO, Embassy Services. Such solutions have multiple facets of use and this contributes to the array of efficient solutions needed for the post-pandemic world.