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This paper aims to examine the potentials of the multi-purpose touch screen technology application which utilizes a sound articulation point software called \"TALKING PHONICS FOR AUTISM\"as an alternative method of teaching phonics to autistic children. \"TALKING PHONICS FOR AUTISM\"is developed via a collaborative effort between the Centre of International Languages (CIL) and the School of Human Development and techno Communication (iKOM), University Malaysia Perlis (UniMAP). The reading skills of autism children are developed intofive (5) levels ofMalay reading comprehension skills. The first level consists of open syllables - vowels and consonants. The following consecutivethree levels comprised of closed syllables. The fourth level introduces vocal sequence while the fifth level constitutes of Malay language loans. The Malay-language dialect phonological theory by Tajul Aripin Kassin (2000) which is based on Clements &Keysher's (1980) Generative Booking Generic Fonology Model (CV) forms the theorectical framework of this paper.

In order to formalize and co-create the Industrial Revolution 4.0. Augmented Reality is indispensable to facilitate human life. As a result, the difficulty is experienced by the user to know the exact location. As such, these developed applications can greatly assist mobile application users in making it easier to decide where to use their smartphones in specific location. Using Augmented Reality GPS location-based is well suited to a phone's ability to have GPS sensors. Therefore, the place the user is searching or choosing is at the end of the user's finger and it is in the form of virtual environment real-time.

Nowadays, the technologies had experienced massive changes. With the enhancement of technologies, enable devices, software as well as application to be synergised together and creating a new system. The synergised new system enables humankinds to have more productive live ahead in the future. Augmented Reality Mobile Information System (ARMIS) is a system developed using smart phone devices, web studio, mobile application and Quick Response (QR) Code; used to create an overlay image that able to portray the information of products. This system was developed due to the price checker in hypermarket giving out several problems towards the hypermarket customer & retailers, such as giving out a few information regarding towards the product, consuming more electric current, it hidden somewhere in the store and the linear barcode which holding less information. The crucial concept of ARMIS is development of QR Code, development of AR, development of mobile application and the implementation of ARMIS into smart phone devices. Using the model of Alessi Trollip, the product had undergone a few procedures in its development. The main objectives are to develop and introduce ARMIS and to test the ARMIS reliability whether it meets the need of the consumer. ARMIS system also had undergone the Alpha Test where the survey was done towards the The Store hypermarket's customer in Kangar, Perlis, multimedia expert possesses Master or Ph.D and as well as the KPDNKK's officer.