Application of Augmented Reality Technology to Access Facial Sunscreen Product Label Information

The goals of this study were to 1) examine the behaviors and demands of users who purchased face sunscreens online, and 2) build augmented reality technology for use in the present, 3) to determine the acceptance and satisfactory after using augmented reality technology to provide facial sunscreen data. This study included a sample group of 30 adults who purchased sunscreen for their faces. The results revealed that it had the highest average system use. Users are concerned with the clarity of the content presented on the screen, as well as the convenience and accessibility with which they may utilize the system. Because of the small size of the product labels on the package, they are difficult to read. Furthermore, consumers have expressed an interest in using the application. Because the use of AR technology to present information in a format that gives users a new experience and feel that they can easily access it. However, there may be constraints in terms of processing time and the display of data details while the data is processed. As a result, the system's performance is the worst of the bunch.


Introduction
More and more individuals are turning their attention to the use of sunscreen these days because it is greatly beneficial. Sunlight does not harm the skin until it burns or develops dark patches hence, this process decreases the risk of skin cancer. Sunscreen ingredients protect the skin in a variety of ways, including by absorbing UV radiation and shielding the skin's layers. that has a rich color or reflects UV rays It will have detrimental consequences on the skin if it receives too much sunlight, such as red skin burns, freckles, sunburn, and aging skin from the sun. As a result, wearing tight clothing or carrying an umbrella may not be enough [17]. To avoid excessive sun exposure, use sunscreen when participating in the non-sun segment. By using a sunscreen with good characteristics, you can hide your protection. Sun protection of at least SPF 15 (SPF15) is recommended.
In case long stay under the sunlight is unavoidable, specific sun cream with higher SPF value is crucially recommended. A proper sunscreen will protect your skin from both UVA and UVB radiation while also preventing inflammation. Protects skin from the sun's burning feeling and aids in the maintenance of a natural skin tone. The greater the SPF, the more visible it is. UV rays are also more effectively blocked by sunscreens [12]. Another key factor to consider before making a purchase is whether the product will suit the user's skin type. One should look over the ingredients to see if there are any compounds that should be avoided and determine whether the user is allergic to/ irritated by certain substances, such as alcohol, perfume, and parabens [10], as well as what type of skin the user has, such as normal, oily, dry, or combo skin, and then choose a product based on the condition for the best results on the user's skin [4].
The product label information on the container is written in a small font that is difficult to see, this may cause customers to select a sunscreen that is inappropriate for their skin type [3], [6]. As a result, the researchers devised a strategy to make it easier for consumers to obtain information on packaging. Using augmented reality technology, a mobile application may access sunscreen product label information for the face [2], [5], [15], [8].

Objective
a. To research consumer behavior and demand for augmented reality technology for obtaining facial sunscreen product label information using a mobile application. b. To develop augmented reality technology to present facial sunscreen information. c. To evaluate the satisfaction study on the application of augmented reality technology to present sunscreen data for the face.

Research conceptual framework
User Response aspect System usage aspect

System operation
Application of augmented reality technology to access facial sunscreen product label information Fig. 1. The research conceptual framework model for application of augmented reality technology to access facial sunscreen product label information Figure 1 presents the conceptual framework of this research, to show the procedure for using augmented reality technology to access facial sunscreen product label information.

Research design
To develop mobile applications, this study used the SDLC (System Development Life Cycle) information system development cycle based on the Water Fall model and Augmented Reality [1], [7], [9], [14], [15]. This study used a sample of 30 buyers who used augmented reality technology to obtain information on facial sunscreen labels via a smartphone application.
a. Data gathering Documents, papers, interviews, and survey reports were used to research the issues related to the sunscreen category, problems and conditions with the skin labels and packaging for sunscreen and exploring the behavior and demands for augmented reality technologies through the use of Augmented Reality. A survey of 30 face sunscreen purchasers' behaviors and demands for augmented reality technology to get facial sunscreen product label information via a mobile application revealed that: In the case of facial sunscreens, 96.7 percent are concerned about the components and would like to use augmented reality technology to get face sunscreen label information via a user's mobile application [2], [3].

b. Design and development
The researcher has concluded the work process of the mobile application in the following system flow diagram below. The procedure for using augmented reality technology to display facial sunscreen information is shown in Figure 2. It is made up of user and administrator workflows that are arranged in a logical manner. This enables users to scan a QR code. The system uses augmented reality technology to deliver information in a user-friendly manner. Shoppers can also use the button to go straight to the store's page and place an order.
All screens and application components, including graphics, were created by the researcher with the following components; images, text, colors, buttons, a menu bar, and an interface for data input and output:   The research has been done on the sample group of 30 people.

d. Evaluation
The researchers assessed the satisfaction study on applying augmented reality technology to present sunscreen data for face using an assessment form and a questionnaire.
The satisfaction score is a Likert scale with 5 levels, ranging from 1 to 5. The meaning of each score is listed below so that the analysis of customers satisfaction can be performed [16].

Findings
The researcher brought the developed mobile application to a trial group of 30 people and asked them to answer the questionnaire immediately after using the application. which can be summarized as shown in the table. In terms of system consumption, it has the highest average, as seen in the table above. Because people respect the system's ease of use and accessibility, as well as the clarity of the content presented on the screen [13]. As a result, product labels are small and difficult to read on packaging. Furthermore, consumers have expressed an interest in using the application. While in the user response aspect, the mean is in the second order because the use of AR technology to present information in a format that gives users a new experience and feel that they can easily access it. However, there may be limitations in terms of processing time and the display of details of the data waiting for some time. As a result, the system's performance is the least average.

Discussion
Even now, customers of facial sunscreens can get all of their information from the Internet. However, sunscreen for the face is a product that might cause allergic responses and other adverse effects when used. As a result, the group of purchasers must still go shopping and try out the product before making a purchase. As a result, the usage of mobile applications to display product label information using augmented reality technology has been approved because users still place a premium on readable font sizes and the ease with which they may obtain information via mobile devices. However, the extent of display for AR technology may be limited because it can't be read if it's not in the marker's region. Developing augmented reality technology for access to sunscreen product label information via mobile applications this time. Consider the ease of use and complete information on the product label. Creating a unique way of presenting information on product labels in order to market the product. It's also an easy and quick way to get product label information [18].

Conclusions
Most face sunscreen users prefer to purchase from www.facesunscreen.com which leads to the the goal of this study that is to employ augmented reality technology to access information on face sunscreen product labels via a mobile application. A place where things are sold so that you can try them out and get additional information before buying them, as well as read the product label. However, the label's letters are small, making it difficult to read. As a result, shoppers will be able to access information on product labels more readily and conveniently thanks to the usage of AR technology.
After experimenting with a sample group, the findings of using augmented reality technology to access information on product labels revealed that the system utilization aspect had the highest average because people respect the system's ease of use and accessibility, as well as the clarity of the content presented on the screen. Consequently, product labels are small and difficult to read on packaging. Furthermore, consumers have expressed an interest in using the application.
While in the user response aspect, the mean is in the second order because there is the use of AR technology to present information in a format that gives users a new experience and feel that they can easily access it. However, there may be limitations in terms of processing time and the display of details of the data waiting for some time. As a result, the system's performance is the least average.
AR remains a technology that gives shoppers a fresh impression and experience, making it easier for them to obtain label information and make purchasing decisions [11].