ALOWMARI, AHMEDWALUCHIO, ELVIS ODONGO2025-09-042025-09-042024-05-06https://hdl.handle.net/2437/397314In spite of breakthroughs in science and technology, safety remains to be of paramount significance. Technologies for surveillance are being developed in response to the need to protect our physical spaces, belongings, and health. Cameras are important because they serve as attentive observers who constantly scan our environment. Though important, standard security systems can have shortcomings. Surveillance systems fill in these holes and provide an extra layer of security. In addition to serving as a deterrent, real-time surveillance allows homeowners or security experts to take prompt action and stop minor issues from getting worse. Cameras provide actual proof in the event of an occurrence. It presents significant evidence. Contemporary surveillance system users can access live feeds and recordings online while they're not there using cell phones or PCs. A quicker response to crises, such as fire alarms, break-ins, or medical problems, is made possible by this remote access. These systems offer scalability and freedom. Our approach uses an inexpensive single-board computer called Raspberry Pi4B to offer an adjustable surveillance device. Our motion-activated camera system improves resource consumption efficiency by only gathering important events. This project offers a framework for upcoming advances in surveillance technologies in addition to meeting current needs. Through embracing innovation, we help build a future in which security is achieved through constant innovation and the smooth integration of tracking into our day-to-day activities, rather than as an extravagance.75enMOTION TRIGGERED SURVEILLANCE CAMERA,INDUSTRY 4.0,RASPBERRY PIEngineering SciencesHozzáférhető a 2022 decemberi felsőoktatási törvénymódosítás értelmében.