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Cybercrimes have become as common as petty crimes and at every level we can face situations that make us vulnerable to cybercrimes through links, text messages on phones, scam phone calls etc. that demand to sensitive information and misuse them. The 2019-2021 Corona Virus (SARS-CoV-2) Pandemic has shown a drastic increase in cybercrimes. As use of technology, remote access work and communication rise, increase in digital process increase, it has also made people vulnerable to many different types of cyber-attacks such as phishing, malwares and social engineering. It has also resulted in commercial theft of intellectual property. This paper tries to throw light on economic loses that have occurred due to cybercrimes.

A huge opportunity for scribe automation is to design a system specifically to support visually impaired and blind students in the process of achieving high levels of independence while attending examinations, by automating their exam-taking process. The ability of students to control and independently answer questions through voice helps reduce their reliance on human assistance. The prime goal of the proposed application is to solve the problem of students being dependent on scribes to take examinations. Upon clicking particular keys on the keyboard, questions will be dictated by using the concept of speech synthesis, and answers can be given accordingly based on the concept of speech recognition. Hence, not only visually impaired students can benefit from this but it will prove to be useful for the other handicapped people as well.

Due to urbanization and population explosion in India, the number of vehicles on the road every day is increasing at an unprecedented rate. This indirectly calls for increase in rate of road accidents and fatality rate. With budding economic trends and shape-shifting growth plot of urban world, the need to improve consumer safety all together has been a major issue in hand for the transportation magnet industries. Inefficient transport system, meagre congestion management and reckless drivers with no regard to human life have been a major stake around the epicenter of all snags of road accidents. Thus, there is a crucial need to inculcate technological signatures to uplift the current backlogs transportation industry is facing, by making it more accessible, environmentally friendly, faster, comfortable, safe and affordable without compromising the future needs. Wrong way driving on busy roads and highways can have catastrophic outcomes. If a wrong way driver is not detected and dealt with instantly, they will be endangering the lives of themselves and other road users. This article therefore attempts to detect perilous conditions such as vehicles approaching in oncoming lane traffic and slow-moving vehicles and inform and aware the drivers who is forthcoming in the same lane.

The recently evolved research on neuromorphic computing which is considered as the hardware acceleration of brain-inspired computing, which has been one of the best adaptable intelligences and is being widely used in various areas of applications ranging from basic neuroscience research, to pattern recognition and artificial intelligence. Although, computing power is technologically progressing in astonishing rate, the need to push computing power further always has been the dire necessity in the modern world. The paradigm shift from traditional convectional computing to neuromorphic computing can be the next generation of computing offering high computational speeds and greater efficiency when compared to the traditional way of information processing and computing. This invited paper, starts off with the background introduction of Moore’s law followed by neuromorphic computing and end with recent innovations in the field and conclude with technological challenges and applications of neuromorphic computing in day to day life.