Innovative Mobile Application Research Articles

Innovating Statistics Education: The Design of a Novel App Using Design Thinking

Statistical education at university level faces significant challenges, particularly with the rapid advancements in technology and evolving teaching methods. Updating teaching methodologies for statistics in higher education is essential. Information technologies can greatly enhance the learning of statistical content, but many existing platforms are not well-suited for university contexts, either due to language barriers or how the content is presented (often confusing, with limited explanations or lacking context). It is crucial to have a student-centered platform that addresses these issues, ensuring an effective and efficient learning experience. This study introduces “EstApp”, an innovative mobile application prototype designed for teaching and learning descriptive statistics in university courses. The application was developed using the Design Thinking methodology, which emphasizes user experience and focuses on the needs of the end users. The design process involved stages of empathizing, defining, ideating, prototyping, and testing, culminating in validation through user tests with university students and professors. This study concludes that EstApp’s functionalities enhance understanding of (1) statistical models through interactive graphs and data visualizers; (2) probability concepts via a probability calculator; and (3) descriptive statistics through real-time data generation and visualizers.

Empowering Urban Farmers: An Asynchronous Learning Application for Greenhouse Management

This paper addresses the growing need for effective educational tools in greenhouse gardening, particularly for beginners lacking prior agricultural knowledge. Despite the increasing availability of mobile applications aimed at agricultural education, many existing resources fail to engage users through interactive experiences, thereby limiting their practical skill development. This study identifies a significant knowledge gap regarding the specific needs of novice gardeners and the effectiveness of current educational applications. To address this gap, we developed an innovative mobile application designed to facilitate asynchronous learning through interactive features such as discussion forums and quizzes. A mixed-methods approach was employed, involving user testing with 30 participants to evaluate the application’s usability and engagement levels. The results indicated that 90% of users found the application intuitive and easy to navigate, with enhanced motivation attributed to its engaging visual design. These findings suggest that the proposed application not only meets the educational needs of users but also fosters a more interactive and responsive learning environment. The implications of this research highlight the potential for mobile applications to significantly improve practical knowledge and skills in greenhouse management, ultimately contributing to more sustainable agricultural practices

Validation of a Novel Mobile Application for Assessing Pediatric Tracheostomy Emergency Simulations.

Pediatric tracheostomy is associated with high morbidity and mortality, yet clinician knowledge and quality of tracheostomy care may vary widely. In situ simulation is effective at detecting and mitigating related latent safety threats, but evaluation via retrospective video review has disadvantages (eg, delayed analysis, and potential data loss). We evaluated whether a novel mobile application is accurate and reliable for assessment of in situ tracheostomy emergency simulations. A novel mobile application was developed for assessment of tracheostomy emergency in situ simulation team performance. After 1.25 hours of training, 6 raters scored 10 tracheostomy emergency simulation videos for the occurrence and timing of 12 critical steps. To assess accuracy, rater scores were compared to a reference standard to determine agreement for occurrence or absence of critical steps and a timestamp within ±5 seconds. Interrater reliability was determined through Cohen's and Fleiss' kappa and intraclass correlation coefficient. Raters had 86.0% agreement with the reference standard when considering step occurrence and timing, and 92.8% agreement when considering only occurrence. The average timestamp difference from the reference standard was 1.3 ± 18.5 seconds. Overall interrater reliability was almost perfect for both step occurrence (Fleiss' kappa of 0.81) and timing of step (intraclass correlation coefficient of 0.99). Using our novel mobile application, raters with minimal training accurately and reliably assessed videos of tracheostomy emergency simulations and identified areas for future refinement. With refinements, this innovative mobile application is an effective tool for real-time data capture of time-critical steps in in situ tracheostomy emergency simulations.

Mind Matters

This project is an innovative mobile application designed to address the mental health needs of children in the digital age. This app combines parental control features, activity tracking, mental health assessments, and a supportive chatbot powered by GPT API to create a holistic solution for parents and children. The app’s primary objectives include: ● Comprehensive Mental Health Assessment ● Real-time Text Sentiments Tracking ● Tasks Tracking ● Safe Browser ● Personalized Guidance and Resources ● Secured and Confidential Platform ● User Friendly

Artificial Intelligence-Powered Mobile Application to Help Visually Impaired People

This paper introduces an innovative mobile application powered by Artificial Intelligence (AI) technology, designed to significantly improve the daily lives of visually impaired individuals. The application incorporates advanced features such as object recognition, color recognition, offline functionality, currency notes recognition, barcode reading, text reader. These features collectively empower users by providing real-time information about their surroundings, facilitating safe and independent, enabling secure financial transactions, and enhancing overall accessibility. The integration of AI algorithms ensures accurate and efficient performance, making the application a valuable tool for improving the quality of life and promoting inclusivity for visually impaired individuals. This research contributes to the field of assistive technology by showcasing the potential of AI- driven solutions in addressing accessibility challenges and fostering independence among diverse user groups.

FINCHILD: The Missing Child Finder Application

"FINCHILD" is an innovative and user-friendly mobile application designed to address the critical issue of missing children by leveraging real-time tracking technology. The application aims to empower parents, guardians, and law enforcement agencies with an effective tool to locate and recover missing children swiftly and efficiently. In a world where child safety is paramount, FINCHILD fills a significant gap by harnessing the power of real-time location tracking, geofencing, and community engagement. The application provides a comprehensive platform that integrates the latest advancements in mobile technology and data analytics to ensure a rapid and coordinated response in the event a child goes missing. The FINCHILD application is a cutting-edge real-time solution designed to address the critical issue of missing children. Leveraging advanced technologies, including GPS tracking, facial recognition, and real-time data analytics, FINCHILD aims to significantly reduce the response time and enhance the efficiency of locating missing children. Key Words: GPS Tracking, Facial Recognition, Real-Time Alerts, Community Engagement.

Development of the mobile application “Fascinating Onomastics” based on semantic base of knowledge

This research, funded under the BR11765535 “Development of Scientific and Linguistic Foundations and IT Resources to Expand the Functions and Improve the Culture of the Kazakh Language” project, is aimed at the need to develop the scientific and linguistic foundations of the Kazakh language with a special focus on anthroponymy. Through the use of descriptive and historical methods, the research creates a semantic knowledge base for Kazakh proper names. This extensive database forms the basis of the innovative mobile application "Fascinating Onomastics", developed using the Flutter 3.0 framework. The application serves as an innovative resource allowing users to study Kazakh anthroponymy with features such as name search, favorites and the ability to add new names. The study revealed about 100 properties that affect the structure of proper names, contributing to a deeper understanding of Kazakh onomastics. The technical and economic effectiveness of the application is highlighted by its potential to increase cultural awareness, promote cultural tourism and be used as an economically viable product. In addition, this study has a high scientific and technical status, offering an unprecedented contribution to the study of Kazakh onomastics and cultural heritage. The application "Fascinating Onomastics" with its rich semantic features and interface in the Kazakh language is becoming an important milestone in achieving scientific, cultural and educational goals.

Abstract P371: The Retrain Your Brain for Healthy Eating Study: Promising Results in Reducing Cravings and Supporting Healthier Eating Habits Among Diverse Patients With Obesity

Introduction: Adopting healthy eating habits can improve cardiovascular health. However, following dietary guidelines can be challenging, partly due to neural pathways that influence cravings and appetite. While medications exist to reduce appetite and cravings, behavioral interventions targeting cravings are less common. The innovative Food Trainer mobile application, FoodT, employs a go no-go paradigm, where participants learn to respond to healthy foods presented in green circles (go-trials) and withhold their response to unhealthy foods presented in red circles (no-go trials). Growing evidence suggests that this training can reduce food cravings and energy intake. Nonetheless, its feasibility in clinical and at-home settings and among diverse populations remains underexplored. To address this gap, this study investigates the feasibility of the FoodT application for a diverse patient population with obesity. Hypothesis: Food response training is feasible to decrease food cravings (scores: 15-75) and energy intake (kcal). Methods: The Retrain Your Brain for Healthy Eating trial is a single-group feasibility study of participants with obesity from diverse racial and ethnic backgrounds. Participants engage in a food response training intervention, with a video-conference introduction session, followed by a self-guided training regimen of three or more sessions weekly for 12 weeks. Study staff conduct weekly meetings to monitor adherence and offer support. Assessments include weekly food craving reports via a validated survey (Food Craving Questionnaire - State) and energy intake (kcal) via weekly self-guided ASA-24 dietary recalls. We averaged reports in cravings and kcal for Month 1, Month 2, and Month 3 and used linear mixed-effect models. Results: Of 17 participants, 87% self-identified as female, 42% as non-Hispanic Black, and 23% as Hispanic (age: 50.0±13.4, BMI: 36.53±4.59). On average, participants used FoodT 4.22±2.91 times per week. We observed significant reductions in cravings (Month 1: 37.59±10.42, Month 2: 32.43±10.22, Month 3: 31.36±9.80), P = .001, and kcal (Month 1: 1872.54 ±740.22, Month 2: 1818.05 ±724.43, Month 3: 1563.14 ±682.78), P = .046. Conclusion: Preliminary findings from this feasibility study suggest that FoodT has the potential to decrease food cravings and energy intake among a diverse population with obesity. However, this study is limited by a small sample size, gender imbalance, and reliance on self-reported data. This mobile app offers a low-cost scalable tool to support patients with obesity in adopting healthier diets, and improve cardiovascular health, needing further research to confirm these findings and assess its long-term sustainability and clinical implications.

Just-in-Time Fluid Flow Simulation on Mobile Devices Using OpenVisFlow and OpenLB

The present state of research in computational fluid dynamics (CFD) is marked by an ongoing process of refining numerical methods and algorithms with the goal of achieving accurate modeling and analysis of fluid flow and heat transfer phenomena. Remarkable progress has been achieved in the domains of turbulence modeling, parallel computing, and mesh generation, resulting in heightened simulation precision when it comes to capturing complex flow behaviors. Nevertheless, CFD faces a significant challenge due to the time and expertise needed for a meticulous simulation setup and intricate numerical techniques. To surmount this challenge, we introduce paint2sim—an innovative mobile application designed to enable on-the-fly 2D fluid simulations using a device’s camera. Seamlessly integrated with OpenLB, a high-performance Lattice Boltzmann-based library, paint2sim offers accurate simulations. The application leverages the capabilities of the Lattice Boltzmann Method (LBM) to model fluid behaviors accurately. Through a symbiotic interaction with the open-source OpenCV library, paint2sim can scan and extract hand-drawn simulation domains, affording the capability for instant simulation and visualization. Notably, paint2sim can also be regarded as a digital twin, facilitating just-in-time representation and analysis of 2D fluid systems. The implications of this technology extend significantly to both fluid dynamics education and industrial applications, effectively lowering barriers and rendering fluid simulations more accessible. Encouragingly, the outcomes of simulations conducted with paint2sim showcase promising qualitative and quantitative results. Overall, paint2sim offers a groundbreaking approach to mobile 2D fluid simulations, providing users with just-in-time visualization and accurate results, while simultaneously serving as a digital twin for fluid systems.

Exploring community satisfaction in building an innovative android-based mobile survey application for people travelling to Mentawai Island

This research aims to develop and evaluate an android-based mobile survey application to measure passenger satisfaction with transportation service standards to Mentawai Island. The application that has been developed will help in the evaluation process so that the improvement of sea transportation services can be improved. This study used the 4D development model and involved 30 passengers of the Mentawai Fest Ship as research subjects. The research instruments used were a validation questionnaire and a practicality test. A survey of public satisfaction with transportation services to Mentawai Island using an Android-based application will be developed, implemented, and evaluated. The results show that the application effectively meets the community's needs, shows high validity, and provides a convenient feedback mechanism for users. Overall, these findings contribute to efforts aimed at improving the quality of transportation services and the overall passenger experience.

Doctor App- Manipal Health Enterprise

Abstract: The "Doctor App - Manipal Health Enterprise" is a comprehensive healthcare solution designed to enhance the efficiency, accessibility, and quality of healthcare services provided by Manipal Health, a leading healthcare enterprise. This innovative mobile application aims to bridge the gap between healthcare providers and patients, offering a seamless and userfriendly platform for medical consultations, appointments, and health management. The app facilitates remote medical consultations, allowing patients to connect with experienced healthcare professionals from Manipal Health Enterprise. This feature promotes timely access to medical advice and reduces the need for in-person visits. Users can conveniently schedule appointments with healthcare practitioners through the app. This feature streamlines the booking process, reducing waiting times and optimizing the overall patient experience. The app integrates a secure EHR system, enabling patients and healthcare providers to access and manage medical records digitally. This enhances coordination between different healthcare services and ensures comprehensive patient care. The application prioritizes data security and ensures encrypted communication between patients and healthcare professionals. This commitment to privacy instills confidence in users to share sensitive health information. The "Doctor App - Manipal Health Enterprise" not only simplifies healthcare access but also fosters a patient-centric approach by leveraging technology to enhance communication and collaboration between healthcare providers and patients. By embracing the digital transformation of healthcare services, Manipal Health Enterprise aims to deliver a more efficient, patientfriendly, and comprehensive healthcare experience.

Alleviating range anxiety with ‘Enroute’: A real-time mobile solution and infrastructure innovation for electric vehicle users

Amidst the growing adoption of electric vehicles (EVs), this study addresses the prominent issue of "range anxiety" encountered by EV users when confronted with critical charging situations during their journeys. The research background emphasises the constraints of the existing charging infrastructure, primarily designed for urban areas, leaving EV drivers susceptible to unforeseen charging emergencies in remote or less-travelled regions. To tackle this challenge, an innovative mobile application that provides a real-time solution by harnessing crowd-sourced data and forging partnerships with charging infrastructure providers was developed. This app assists users in locating available charging stations. It offers the option to book a service that can bring the necessary charging equipment to a specified location (similar to a porter service), ensuring timely assistance. The research methodology involved user surveys and data analysis, specifically emphasising seamless integration with EVs’ onboard systems, making support practical and readily accessible. The results demonstrate the effectiveness of this app in alleviating range anxiety and enhancing EV users’ confidence in long-distance travel. In conclusion, this paper outlines a promising solution to a pressing issue in electric mobility. It underscores the importance of addressing the charging infrastructure gap for the widespread adoption of EVs. The future scope of this research involves further refinement of the app, expanded partnerships with charging networks and Porter service providers, and continued collaboration with EV manufacturers to ensure seamless integration and user satisfaction, ultimately advancing the cause of sustainable transportation.

CRUSE® -An innovative mobile application for patient monitoring and management in chronic spontaneous urticaria.

Chronic spontaneous urticaria (CSU) is unpredictable and can severely impair patients' quality of life. Patients with CSU need a convenient, user-friendly platform to complete patient-reported outcome measures (PROMs) on their mobile devices. CRUSE® , the Chronic Urticaria Self Evaluation app, aims to address this unmet need. CRUSE® was developed by an international steering committee of urticaria specialists. Priorities for the app based on recent findings in CSU were defined to allow patients to track and record their symptoms and medication use over time and send photographs. The CRUSE® app collects patient data such as age, sex, disease onset, triggers, medication, and CSU characteristics that can be sent securely to physicians, providing real-time insights. Additionally, CRUSE® contains PROMs to assess disease activity and control, which are individualised to patient profiles and clinical manifestations. CRUSE® was launched in Germany in March 2022 and is now available for free in 17 countries. It is adapted to the local language and displays a country-specific list of available urticaria medications. English and Ukrainian versions are available worldwide. From July 2022 to June 2023, 25,710 observations were documented by 2540 users; 72.7% were females, with a mean age of 39.6years. At baseline, 93.7% and 51.3% of users had wheals and angioedema, respectively. Second-generation antihistamines were used in 74.0% of days. The initial data from CRUSE® show the wide use and utility of effectively tracking patients' disease activity and control, paving the way for personalised CSU management.

VEZZIES: Redefining the E-Commerce Experience through an Android Application

Abstract: This research paper delineates the comprehensive development, implementation, and assessment of Vezzies android application, an innovative mobile application crafted to revolutionize [specific functionality or solve a particular problem within its targeted domain]. The study adopts a meticulous and iterative approach, leveraging [methodology or framework utilized, e.g., agile methodology, user-centred design principles, etc.], to orchestrate the creation of an intuitive, seamless, and user-centric interface for Vezzies application. Through a series of rigorous testing phases and user-driven design iterations, the application aims to efficaciously address [the pressing issue or need it seeks to resolve]. Key findings encapsulate the efficacy and impact of Vezzies application in the context of its intended purpose. User feedback, coupled with extensive usability testing, illuminates not only the commendable attributes of the application but also underscores certain challenges encountered, improvements enacted, and potential future enhancements essential for augmenting user experience and functional capabilities. This paper offers critical insights into the ramifications of Vezzies application within the realm of [relevant field or industry]. It underscores the application's potential to influence [user behaviour, industry standards, technological advancements, etc.], thereby advocating for its significance in the context of contemporary mobile application landscapes. Furthermore, it emphasizes the perpetual necessity of adaptive development methodologies and user-centric design paradigms to sustain relevance and ensure ongoing success in the dynamic milieu of mobile applications.

Pilot testing “Teach Ted”: A digital application for children undergoing blood tests and their parents

ObjectiveIn this pilot study, we evaluated the acceptability and preliminary evidence of the impact of a new educational mobile application, “Teach Ted”, for children undergoing blood tests. MethodsParents of children (4–10 years) completed questionnaires on anxiety and pain before their child had a blood test, and after using Teach Ted and receiving their blood test. Health professionals at each patient's blood test (e.g. technician/nurse) completed questionnaires on patient outcomes and procedure-related outcomes (e.g. time taken). ResultsNine parents and eight health professionals participated. All but one parent (n = 8/9) reported Teach Ted was useful. Seventy-eight percent (n = 7/9) reported they would use Teach Ted again. All health professionals who completed the acceptability measure (n = 3/3) strongly agreed that Teach Ted was relevant/helpful. Many parents perceived Teach Ted helped reduce their/child's anxiety (n = 3/5, 60% and n = 4/6, 67% respectively), although child's pain and child's/parent's anxiety remained similar before and after using Teach Ted (all p > 0.05). The average blood test duration was 7.6 min (range ≤1 to 22), which health professionals (n = 3/3) reported was not elongated by offering Teach Ted. ConclusionsParticipants reported that Teach Ted was acceptable. Further evaluation of Teach Ted's impact on patient's outcomes are needed. InnovationTeach Ted is an innovative mobile application with potential to educate young children about their upcoming procedure and mitigate negative outcomes.

Development of a mobile application for checking the level of English knowledge using the SWIFT programming language and the UIKIT framework

This scientific work is aimed at the development and implementation of an innovative mobile application aimed at assessing the level of knowledge of foreign languages. The main goal of the study was to create a convenient and fast tool that allows users not only to determine their level of language competence, but also to identify shortcomings and determine the optimal path for further improvement.
 In the course of the study, the existing methods and systems for evaluating language skills were carefully analyzed. Based on this analysis, detailed functional and non-functional requirements for the developed software product were formulated. The choice of technical and software tools, in particular the Swift programming language and the IOS operating system, was justified by their relevance and the ability to create applications for all devices in the Apple ecosystem.
 A significant part of the work was the creation of a database using the non-relational Realm system for mobile devices. The application interacts with data in JSON format, which allows you to efficiently load and display lists of questions for users. In the development process, such libraries as Foundation, UIKit, RealmSwift and others were used in order to ensure optimal performance and reliability of the application.
 Special attention was paid to creating an intuitive and convenient interface for users. The development process included a careful design of the logic and structure of the mobile application in order to ensure maximum convenience during use.
 One of the key parts of the research was testing the developed application. UI testing was carried out to check the correctness and usability of the interface, compatibility testing to ensure operation on different devices, and functional testing to check compliance with all defined requirements.
 As a result of the research, an information system for automated testing that meets high standards and requirements was successfully developed. The obtained results can serve as a basis for the integration of the program into the educational process or to provide students with the opportunity to gain practical skills in assessing their language competence.

FINCHILD: Real Time Missing Child Finder Application

Abstract: "FINCHILD" is an innovative and user-friendly mobile application designed to address the critical issue of missing children by leveraging real-time tracking technology. The application aims to empower parents, guardians, and law enforcement agencies with an effective tool to locate and recover missing children swiftly and efficiently. In a world where child safety is paramount, FINCHILD fills a significant gap by harnessing the power of real-time location tracking, geofencing, and community engagement. The application provides a comprehensive platform that integrates the latest advancements in mobile technology and data analytics to ensure a rapid and coordinated response in the event a child goes missing. The FINCHILD application is a cutting-edge real-time solution designed to address the critical issue of missing children. Leveraging advanced technologies, including GPS tracking, facial recognition, and realtime data analytics, FINCHILD aims to significantly reduce the response time and enhance the efficiency of locating missing children.

A Review on Smart Canteen Management System

Abstract: The Smart Canteen App is a cutting-edge digital solution designed to revolutionize the traditional canteen experience in educational institutions, corporate offices, and other food service environments. This innovative mobile application leverages technology to streamline the entire process of ordering, payment, and food pickup, enhancing convenience and efficiency for both customers and canteen operators. By integrating modern technology, the Smart Canteen App offers an efficient, convenient, and user-centric dining experience, benefiting both customers and canteen operators. In today’s fast-moving world, there is a need of quick and efficient service in every sector of life for public in general. There are many employees and students use canteen and food facilities in their workplace and institutions on daily basis, there is a need to provide quick service at billing counters. This work is focused at developing an efficient smart canteen management system. As canteen in colleges get extremely crowded nowadays, so in this project, concentrate on fast service of food to the users to reduce paper work and save the time of the student by avoiding long queue and to keep things organized. This will satisfy all the customers need and overall sale of the canteen will increase. This application program reduces the manual work for managing the Canteen. Students can place their order through the emenu available on the mobile application which would be further transferred to the canteen. The student can therefore know their order details and the order progress through the mobile application. The canteen manages the students order and keeps updating the progress of the order through their web application. The admin manages the student and canteen through the web application. The app boasts an intuitive user interface that enables users to browse through menus, select food items, and customize their orders with ease. The app facilitates online ordering, enabling customers to place their orders remotely, reducing waiting times, and ensuring their meals are ready when they arrive. Users can customize their orders to accommodate dietary restrictions, allergies, and personal preferences, ensuring a personalized dining experience. Secure payment options are integrated into the app, allowing users to make cashless

LEARNM: Augmented Reality Mobile Application in Learning the Concepts of Basic Biological Structures

This study endeavors to investigate the effectiveness of LearnM, an innovative augmented reality mobile application, in elevating the comprehension and assimilation of molecular structures among Grade 12 Science, Technology, Engineering, and Mathematics (STEM) students. LearnM showcases an immersive and interactive platform that empowers students to visualize and manipulate intricate three-dimensional models of molecular structures through the convenience of their smartphones. By integrating cutting-edge augmented reality technology, LearnM aims to transcend the traditional boundaries of textbook-based learning, fostering an engaging and dynamic learning experience. The research design employed in this investigation entails a quasi-experimental study with a pretest-posttest control group design. A cohort of 40 Grade 12 STEM students has been selected, with participants randomly assigned to either the experimental or control group. The experimental group will utilize the LearnM application, while the control group will receive conventional instruction. Pretest and posttest assessments will be administered to both groups, enabling a comprehensive analysis of the application’s impact on learning outcomes. The significance of this research lies in its potential to augment the body of knowledge within the realm of mobile learning and augmented reality, with a specific emphasis on molecular biology education. The integration of technology in education has become increasingly vital in the digital age, and this study endeavors to shed light on the effectiveness of such applications in enhancing students’ understanding of complex scientific concepts. Keywords: Augmented Reality, Mobile Application, Molecular Biology, STEM Education.

DAHNA-An integrated innovative mobile application for the screening and personalised management of the atherosclerotic cardiovascular disease risk

Abstract Background DAHNA (Diet According to the Healthy Heart Nutritional Approach) is an integrated and innovative mobile app that allows for: 1. Screening of atherosclerotic cardiovascular disease (ASCVD) risk; 2. A personalized healthy diet (macro- and micronutrients) based on cardiometabolic screening; 3. Long-term management of major risk factors; 4. Highly incentivizing rewards within the app. Objective To present the functionalities, mode of operation, and initial results of DAHNA through public implementation. Methods DAHNA can be downloaded on mobile phones (iOS and Android). Firstly, the app assesses the user's ASCVD risk score based on their country of residence using a "one-size-fits-all" risk calculator that combines the 2021 European Society of Cardiology (ESC) SCORE2/SCORE2-OP scores and the American Heart Association (AHA) Framingham score. For Europe, the calculation is based on the four SCORE2/SCORE2-OP tables for the four risk regions. DAHNA is not limited to healthy individuals and allows the user to indicate if they have diabetes, chronic kidney disease, or ASCVD. Secondly, based on the individual ASCVD risk score, DAHNA offers the following features: 1. Personalized healthy menus (Mediterranean diet) based on the only macro- and micronutrients proven to reduce individual ASCVD risk and in the recommended daily dose, with an automatically generated ingredient list and quantities; the user can choose to purchase the ingredients personally or order the list from suppliers; 2. Periodic follow-up of ASCVD risk outcomes; 3. Display of healthy life minutes gained by the user; 4. Notifications, reminders, rewards within the app, personalized weight loss plans, PDF reports to share with healthcare teams, and nutritional education; 5. A recommendation for a medical examination for those with high or very high risk; 6. Short movies to introduce physical activity and up-to-date medical information; 7. All data is collected in a central database. Results Between August 10th, 2022 and February 12th, 2023, 19,780 users downloaded DAHNA (mean age 48 +/- 10 years, 58% females, 11.13% with diabetes, 15.16% smokers, 16.4% with hypertension; 14% had low-to-moderate risk, 40% had high risk, and 46% had very high risk). A 100% correspondence was confirmed between the results of the DAHNA calculator and the ESC tables. Conclusion 1. DAHNA self-screening showed that 86% of users belong to the high or very high ASCVD risk group, which is consistent with statistical data showing Romania among the countries with a very high ASCVD risk. 2. This app is the first to assign a personalized healthy diet based on specific micronutrients to control ASCVD risk, provide medical recommendations for a healthy lifestyle, and allow for real-time management of major risk factors and ASCVD risk in large populations. These data should be important for adjusting health policies.