Schools and campuses – the breeding grounds for future innovation and disruption, are yet to come of age and truly evolve into centres deploying cutting-edge technologies. Even as India shines in the glory of the burgeoning tech start-ups and innovations, it is yet to streamline and make these innovations accessible to the young guns of India. That, however, hasn’t stopped companies from perceiving the huge opportunity and crafting products and solutions determined to bridge this gap. Let’s find out more:
DigiVive: OTT revolutionising Education and Learning
DigiVive takes pride in being India’s leading white-label service and technology provider. With the launch of DigiEdu, it is readily helping educational institutions create their own over-the-top learning systems. Its features include fully digital education solution, powered by OTT video recording and delivery capabilities. It is further compatible with web and mobile both, DigiEdu facilitates classroom learning, distance education, and enterprise training. The Lecture Capture Solution allows classroom lectures to be recorded and made available across online channels like YouTube and Vimeo. It also integrates GAMIFICATION to boost higher engagement amongst students and trainees.
Oncam: Analytics-led campus and classroom surveillance
Security cameras alone cannot cater to the need for heightened security and surveillance warranted on campuses. Besides, it depends on dedicated security professionals for constant monitoring, while leaving blind spots. This inspired Oncam to leverage Analytics to completely automate wide-ranging surveillance and security functions, and the benefits are trickling down Recognition of violence, Automatic Alerts, Monitor teachers’ performance and Automates Classroom Attendance.
3Dexter: Education through 3D Printing
3Dexter aims at providing experiential hands-on learning to school students through 3D printing technology. The startup provides a 3D printer with materials, the curriculum, 3D pens and a teacher to schools. Using these, the students can make 3D models of anything ranging from the human heart to a molecular structure to smart cities — a technique that would give a better understanding of the concepts, over 2D diagrams in more interesting ways.
