A DSM-enabled device makes use of Machine Learning (ML) algorithms, a special infrared camera and sensors to monitor on-road driver alertness.
19 May 2021 | 6554 Views | By Autocar Pro News Desk
Commemorating UN Global Road Safety Week 2021, Pune-based Safe Cams Digital Eye Solutions (Safe Cams) has launched a Driver Status Monitor (DSM) system-based camera. The company says at present the DSM functionality has been made available in 3 camera devices being sold by Safe Cams – SC 200 AI, SC ...
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Commemorating UN Global Road Safety Week 2021, Pune-based Safe Cams Digital Eye Solutions (Safe Cams) has launched a Driver Status Monitor (DSM) system-based camera. The company says at present the DSM functionality has been made available in 3 camera devices being sold by Safe Cams – SC 200 AI, SC DS02 and SC 400. While SC200 AI and SC400 models can be configured without a DSM camera, the SC DS02 has been exclusively designed as a ‘DSM-only’ camera.
A DSM-enabled device makes use of Machine Learning (ML) algorithms, a special infrared camera and sensors to monitor on-road driver alertness. The major purpose or objective of the system is to alert the driver whenever signs of drowsiness or any kind of distractions are detected; it does so via an integrated and in-built Dangerous Driving Behaviour Warning mechanism.
Vanesh Naidoo, founder and CEO, Safe Cams Digital Eye said, “We are proud to announce the roll-out of our latest DSM camera range for the Indian market during the ongoing Global Road Safety Week. With India accounting for roughly 11% of all road accidents worldwide, we definitely need to find innovative ways to reduce fatal road accidents and mishaps. We at Safe Cams have been always striving to educate people about the dangers of reckless driving, and with our latest launch of the Driver State Monitor technology-based safety solutions, we are hoping to be able to contribute towards reducing road accidents and mishaps in our country upto a significant extent, most of which are caused due to driver fatigue or inattentiveness.”
“These DSM cameras have been developed by us based on extensive R&D done through open-source facial and gesture recognition software, which our team later modified to identify for specific markers such as eyes being closed, yawning, eyes not facing front, among others. A lot of time was spent by us in terms of training the AI to recognise these markers/triggers, as we wanted to ensure we were able to obtain a 98-99% accuracy rate on all our devices. We have decided to primarily market and sell the DSM-enabled devices to long-haul, high-value truck owners of India, who can see quicker return on investment from our devices. We are also seeing interest from the local and state governments for this technology and are in talks with companies involved in rapid-transit bus services. We are hoping that if our DSM cameras can be fitted to public transport services at scale, the risk of accidents occurring could be minimised dramatically,” added Naidoo.
The DSM-enabled safety cameras have the capability to deliver automatic warnings (alarms) based on the following:
In addition, the Safe Cams’ vehicle and fleet safety/monitoring devices are also equipped with its Cloud platform (Fleet Management Cloud Software), which enables the connectivity of its 4G cameras to the control centres of any fleet company. This in turn enables the management of the fleet company to monitor and assess problems related to their fleet and drivers quickly. If a driver is falling asleep on wheel or displaying inattentive behaviour but also disregarding the warnings from the DSM, the alert is then sent to the control centre; and thereafter they can enforce the driver to take remedial action. Also, with the data collected from these cameras, new operating procedures can be formulated to ensure chances of accidents are minimised over time.