Mauro's pop up book is an innovation of tahfidz learning media based on digital technology with a three-dimensional (3D) design that is used to help learning tahfidz for children with special needs. Media pop up book Mauro contains moving book sheets with pieces of paper that appear or arise when the book is opened and fully folded when the book is closed. The digital technology used in this media innovation is voice recognition, respiberrry pi4 and loud seeker. The research method used is a prototype. Mauro's pop up book is designed in such a way for children with special needs to make the learning process more interesting, thereby increasing children's interest in memorizing and studying the Koran. This media applies visual and auditory elements in the learning process.

Children with special needs have a particular way of learning which requires media to learn Alquran. This article discussed how a media developed for Alquran learning for children with special needs was created. This study discussed the design of Alquran Learning Media for children with special needs in memorizing Al-Qur'an. Hence, the prototype method was utilized in this study implemented by identifying problems, analyzing user needs, designing products according to user needs, making products that have been planned, validating experts, and product testing. To get an acceptable result, the author collected sources for the literature from the primary ones such as reports, results of previous research, to expert opinions to conduct this learning media. After testing the media, the overall analysis results showed that Mauro's popup book can be used as a medium to help memorize the Alquran for children with special needs, especially children with autistic disorders. In other words, this product can be adopted as a solution for children with special needs to help them in memorizing Alquran

Based on data from the police of the Republic of Indonesia from 2014 to 2018 there was a significant increase in the number of motorized vehicles, namely 6.49% per year (Indonesian Central Statistics Agency, 2018: 22). This increase in the number of vehicles occurs in all types of vehicles every year according to police data, in Indonesia an average of 3 people die every hour due to traffic accidents. The data also states that the large number of accidents is caused by several factors, including 61% caused by humans related to the driver's character, 9% due to vehicle technical requirements, and 30% caused by infrastructure and the environment (Kominfo, 2017). Based on these data, many traffic accidents occur because of the character of the driver, such as not focusing and traveling. According to Rau et al (2005) in the United States about 100,000 accidents per year (1.6% of 6.3 million) are identified in the Police Crash Report (PCR) due to problematic drivers. accidents experienced by drivers in circumstances have general characteristics that are usually observed by traffic safety officers including, during the late hours of the night (2:00 to 6:00) or after the day (3:00 to 17:00) ) , driving on highways or toll roads, only young drivers, not using brakes, one person in the car, lack of security at the accident site, the level of drivers exceeding the limit for safe driving (Kamran, et al. 2019). Driver's drowsiness is a major factor in road accidents (Kumar, et al. 2018). Drowsiness while driving is very dangerous because it can cause an accident that can be found in death. Death due to traffic accidents caused by drivers is an event that can be avoided and minimized. To reduce the number of traffic accidents and their impacts, it is necessary to have a role from all parties. Based on this, the purpose of our research is to create a detection device system using image processing that is used to detect the eyes of the car driver, if the driver detects the data from the image processing will communicate and to a tool called a nozzle, then the nozzle will issue The air sprays into the driver's face slowly and in the driver's seat is also installed a dc motor that can cause a low level of shock to the driver, so that the driver can regain consciousness and focus on the traffic.   Keywords: Image Processing, Nozzle, Accident, Driver, Image Processing, Nozzle