SMART Embedded ComputingSMART Embedded Computing offers a scalable Screening, Monitoring and Compliance (SMC) solution that monitors workplaces, buildings and public spaces to ensure that employees and visitors follow infection prevention measures in the wake of the COVID-19 pandemic.
Estimates for the proportion of infected people that may be asymptomatic, pre-symptomatic or mildly symptomatic vary from 45% to 80%*, so infection prevention measures are critical to stopping the spread of a virus
This system scales from a single integrated kiosk-style unit to a full facility-level solution that integrates into existing security systems to widen the use of functions such as mask wearing, hand sanitization, social distancing, cleaning routines and contact tracing.
An elevated body temperature screening system enables rapid identification of potential cases during an infectious disease outbreak such as COVID 19 or the flu. However, screening and health checks are not a replacement for other protective measures, such as social distancing and face masks. Public health management requires wider compliance to these other protective measures: controls that depend on the behavior of employees and visitors.
Beyond the above measures, safe work practices and public place controls, such as use of hand sanitizer or hand washing, cleaning schedules, and use of personal protective equipment (PPE) are critical to protecting employees and visitors.
The SMART Embedded Computing Screening, Monitoring and Compliance (SMC) solution is the answer.
Using a combination of specialized thermal cameras, security cameras and AI analytics software, the SMC can help enhance compliance to your infection prevention measures. This system not only detects elevated body temperature, but also detects whether someone is wearing a mask, has properly sanitized their hands and is maintaining safe social distances, helping prevent the spread of the disease by people that don’t even know they have it.
Beyond COVID-19, heightened public awareness of viral infections, such as seasonal flu, encourages building managers to screen their tenants and visitors.
Artificial Intelligence software that continuously analyzes the scene and alerts a supervisor to events that fall outside of set parameters.
This scalable solution can be integrated with your building infrastructure to include functions such as social distancing, contact tracing, or following trends in vital signs across multiple visits. Our solution uses deep learning to accurately extract information from both thermal and RGB cameras on a real-time basis.
Our deep learning models can minimize false positives, allowing for incredible accuracy. You can’t trick the system into thinking you’re wearing a mask by putting your hand over your mouth or simply holding an object in front of your face.
Our software can adapt to changing conditions and provide rich contextual information, such as motion interpretation. The predictive power of deep learning models far surpass those of conventional models.
The computing power behind this advanced software relies on very high-performance processors, which are located on-site with the cameras to enable decision-making in real-time. Our analysis shows that local processing (edge computing) is more cost-effective and faster than using cloud-based systems. Please contact us for more details.
SMART EC’s thermal cameras detect elevated body temperature at the tear ducts by the bridge of the nose (inner canthus).This is far more accurate than lesser cameras that only measure elevated skin temperature and can be fooled by sunburn or people coming in from the heat or cold.
The system automatically detects a face, identifies the inner canthus and takes a temperature reading.
Telethermographic or thermal imaging systems, infrared thermal detection systems and non-contact infrared thermometers use different forms of infrared technology to measure temperature. When used correctly, these systems can accurately measure surface skin temperature.
A continuously calibrated camera measuring body temperature not only provides highly accurate data, it also reduces the incidence of false positives (alerts) and false negatives (undetected elevation) versus a system based on measuring skin temperature.
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