We plan to do this by:

º Analysing the target market size and growth potential.

º Identify competitors and existing solutions

º Conduct surveys or interviews with potential users

º Research relevant healthcare regulations in your target market

º Identifying potential regulatory challenges and how to address them

What is our idea ?

A simple, hybrid offline-capable as well as online digital search engine app designed for young adults will enhance access to key information and resources by using pre-loaded, curated content and predictive algorithms.

What does it plan to do?

This search engine will provide reliable, quick answers to common questions in education, health, and entertainment, catering to users in areas with both limited and unlimited WiFi connectivity.

How will it meet our target markets needs?

By focusing on an intuitive design and filtering out overly complex or adult-specific content, the app will meet the unique needs of younger users while also providing general knowledge and practical information to young adults.

As a result, the app will boost users’ productivity, reduce data usage, and improve accessibility to essential information regardless of internet availability.

1. Subscription-Based (SaaS)

- Basic, Standard, Premium Tiers with monthly/annual options.

- Predictable revenue and encourages long-term use.

2. Usage-Based

- Pay-per-use or volume discounts for data queries and analyses.

- Ideal for smaller clients or those with variable usage.

3. Per-Feature Pricing

- Core vs. premium modules; add-on fees for customizations.

- Lets clients pay only for features they need.

4. Enterprise Pricing

- Tailored for large organizations, with custom features and dedicated support.

- Long-term contracts, higher revenue potential.

5. Freemium Model

- Free basic access with paid upgrades for advanced tools.

- Great for attracting new users and budget-limited researchers.

6. Revenue Sharing

- Partnership-based model with royalty or revenue share on successful drug discoveries.

- Minimizes client costs upfront, potential for long-term returns.

7. Data Licensing

- One-time or annual fees for access to proprietary datasets.

- Suitable for institutions needing data access but limited platform use.

Each model offers flexibility for different client needs, from individual researchers to large pharma companies.

The primary audience includes young adults who are college students, early-career professionals, or adults managing their own health. They need quick, accessible information for their personal well-being, work, or general knowledge, even without consistent internet access. This group values simplicity, clarity, and relevance in content, as their busy schedules leave them with limited attention spans.

Secondary Target Users: Adults (35+)

The secondary audience consists of older adults, such as parents or mid-career professionals, who seek straightforward and trustworthy health information. They prefer reliable, easy-to-use resources for practical everyday questions. These users are likely looking for a tool that is not only user-friendly but also accessible for less tech-savvy individuals.

1. Data—Several users depend on mobile data to access search engines online or other resources, which is limited and expensive. Significantly, a limitation of this solution is costly mobile data and unreliable connectivity to the Internet in some parts of the world. This leads to frustration and irregular access to information.

2. Word-of-mouth information - From areas with little to no connection to the internet, citizens rely on friends, family, local professionals, or anyone else for answers to their common basic questions. However, this approach can be slow, may lack reliability for immediate or specific data, and may also not provide answers accurately.

3. Libraries - In some outdated societies, people use local libraries or printed resources for general knowledge like education and health. Ultimately, hard-copy resources are restricted in scope due to outworn information, the range of digital search capacities, and the lack of convenience.

4. Offline apps - Downloaded encyclopedia apps or other apps with stored content are used by many users and they tend to rely on them for educational purposes. Again, these apps lack reliability as they may not cover a huge range of data and because content updates are inconsistent. Hence, this affects the search engine's flexibility and accuracy of the information.

With all these limitations with their solutions, it is evident that our offline search engine app would face these obstacles and overcome them easily.

• app development, design, testing, maintenance

• reaching users in target markets, especially in communities with low internet access

• customer support

• server maintenance

• content creation and curation

MVP Core Features:

1. Offline Drug Database

   • A foundational feature where users can search for basic drug information, including drug names, uses, and key side effects.

   • This feature will focus on popular or essential drugs to keep the database compact for offline functionality.

2. Drug Interaction Checker

   • Simplified to allow users (especially healthcare providers) to check basic interactions between commonly prescribed drugs.

   • This feature can initially be limited to the most common interactions, ensuring safety without overcomplicating the database.

3. Predictive Search Function

   • To enhance user experience, the app can include predictive text to suggest relevant drug names or categories as the user types, improving search efficiency.

4. Basic Dosage and Side Effect Information

   • A brief dosage guide with standard dosages and common side effects for the top searched drugs.

   • This will meet immediate needs for healthcare providers and consumers while keeping data limited for ease of use offline

     
     

Key Benefits for Users:

• Accessibility: Offline capability meets the unique needs of users in low-connectivity areas, making essential information available anytime.

• User-Friendly Search: Predictive search suggestions enhance usability and reduce time spent searching for information, especially helpful for consumers and healthcare providers.

• Focused Content: By concentrating on essential drugs and basic interactions, the app remains accessible and user-friendly, while still offering valuable insights for the primary users.

• software engineers to design and develop the app

• data scientists for integrating content and improving predictive algorithms

• education and health experts to guarantee content reliability and accuracy

• customer support teams that collect feedback and manage marketing approaches to reach the right audience.

• Telecom providers or NGOs to provide access to under-served communities

• Educational institutions to help distribute this app as a learning tool

• Device manufacturers to work more on the technology of the app and provide optimization of the app

There is a clear and growing demand for reliable, offline-accessible drug information. As healthcare access expands globally, users increasingly seek quick, reliable drug data, especially in areas with limited internet connectivity or during emergencies. The popularity of existing apps, such as Epocrates, Medscape, and Lexicomp, highlights this demand, though these platforms often lack offline functionality or focus primarily on professionals, leaving a gap for general users and consumers.

2. Market Size and Potential

The global healthcare mobile application market was valued at over $30 billion in 2022 and continues to grow, driven by a surge in smartphone adoption among both healthcare professionals and patients. Targeting key regions with connectivity challenges and growing healthcare needs, the potential market includes:

• Healthcare Providers: A large segment needing reliable drug data to aid clinical decisions.

• Consumers and Patients: Individuals seeking drug information for safe self-medication or basic understanding, especially in remote areas.

• Regulatory Agencies: Agencies require accessible databases to review drug safety and efficacy.

  
  

3. Unmet Needs

Current applications often require constant internet connectivity and are geared primarily toward medical professionals, leaving out general consumers and users in remote areas. Additionally, simplified, offline-compatible platforms targeting both professionals and the general public remain limited. Our app fills this gap by providing a streamlined, accessible solution.

4. Evidence of Demand

Questionnaire responses reflect strong demand among healthcare providers and consumers for an offline, accessible drug information resource. Healthcare providers expressed a need for quick access to dosage and interaction information, while consumers highlighted the value of easy-to-understand medication guides for safe usage. This feedback aligns with market research, confirming that offline functionality and user-friendly information are highly sought after by key stakeholders.

• Efficient Data Management: By focusing on essential drug information and a compact offline database, the app reduces data storage and processing requirements, minimizing server energy use and digital waste.

• Low-Bandwidth Optimization: Designed for offline use and low data usage, the app can operate effectively without intensive internet dependency, reducing energy consumption associated with continuous online access.

• Paperless Access: Providing digital access to drug information reduces the need for physical reference materials, decreasing paper use in healthcare and supporting environmentally conscious practices.

• Improved Health Literacy: By making accurate drug information easily accessible to both healthcare professionals and consumers, the app promotes safer medication use and empowers users to make informed health decisions.

• Equitable Access: The offline capability ensures that users in low-connectivity regions have equal access to critical drug information, bridging health information gaps and supporting underserved communities.

• Language Localization: As the app expands, translating content into regional languages will improve accessibility and inclusivity for non-English-speaking populations, aligning with social sustainability goals.

• Cost-Effective Information Access: Offering an offline app saves costs for users by reducing data consumption, making it economical for those in data-limited areas.

• Revenue through Partnerships: Collaborating with pharmaceutical companies and regulatory agencies for real-time updates and sponsored content can provide revenue streams while keeping the app affordable or even free for end users.

• Subscription Model for Premium Features: Basic drug information can remain free, while premium features—like detailed interactions, clinical trial data, or custom drug alerts—could be offered under a subscription model, creating a sustainable income stream.

• Regional Drug Databases: When expanding to new regions, the app should integrate localized drug databases and consider region-specific drug approvals, interactions, and availability to remain relevant and compliant.

• Regulatory Compliance: Each expansion requires adapting to local regulatory standards (e.g., FDA, EMA), which necessitates partnerships with local health agencies to ensure that information remains accurate and up-to-date.

• Infrastructure for Offline Capability: Efficient offline capabilities depend on lightweight, optimized databases. To scale effectively, the app should employ scalable data compression and modular updates, reducing the need for large downloads.

• Primary Advantage: Unlike most search engines that require constant internet, this app works offline, catering directly to areas with limited or no WiFi.

• Pre-loaded Curated Content: It includes essential information available offline, so users are never left without answers even when disconnected.

2. Curated and Reliable Content

• Quality Control: The app includes pre-screened and reliable sources for education, health, and entertainment, unlike the open-ended nature of online search engines.

• Specificity in Topics: By focusing on common questions in education, health, and entertainment, the app offers direct, accurate responses tailored to frequent user needs.

3. Predictive Algorithms for Fast Answers

• Optimized for Relevancy: The app’s algorithms are designed to predict and answer questions quickly, providing precise results without the need for extensive browsing.

• User Trends Integration: Algorithms can be updated periodically based on what information users need most, keeping responses relevant even offline.

4. User-Friendly Design for Limited Resources

• Lightweight Build: Designed for efficient performance without heavy data requirements, making it suitable for users with low-end devices.

• Minimalistic Interface: Focus on simplicity ensures ease of use for all ages, even those who might not be tech-savvy.

5. Localized Content

• Culturally Relevant Information: Offers content that aligns with local education, health issues, and popular entertainment, making it more relatable and valuable to users in specific regions.

• Community-Driven Updates: Regularly updated with input from local educators, healthcare professionals, or even users, ensuring the app stays useful and community-focused.

1) Lack of real-time customization for individual health profiles.

2) Great complexity in information, thus making it difficult to comprehend by the youth.

3) Lack of mental health support.

4) Lack of natural and herbal alternatives.

5) Limited community integration.

• Offline Capabilities: Offering preloaded content that allows users to access key information even without an internet connection.

• Online Extension: When internet connectivity is available, the search engine enhances the user experience with updated data and additional resources.

• Curated Content: Focusing on commonly asked questions and basic health information relevant to young adults, ensuring accuracy and reliability.

• Boost productivity by providing quick, relevant answers.

• Minimize data consumption, as offline access reduces the need for constant internet connectivity.

• Improve accessibility to crucial health and wellness information, catering to both urban and remote areas.

• Providing an Offline, Simplified Alternative: Unlike professional-grade medical apps, this search engine is tailored for general consumer use, with an emphasis on simplicity and accessibility.

• Bridging the Connectivity Gap: For users in remote areas or with limited WiFi, the offline capability allows access to critical health information without relying on data.

1. Young Adults (Ages 18+): This tech-savvy group regularly looks for easily accessible and intelligible health and wellness information.

2. Users in Low-Connectivity Areas : Access to vital health resources offline is advantageous for users in low-connectivity areas, particularly those in rural or underdeveloped areas with little internet.

3. Educational Institutions and General Consumers:

   People and institutions seeking trustworthy, easy-to-understand health information free of medical jargon.

1. Youth Population – According to the recent survey, the majority of teenagers that have access to digital devices such as smartphones (95%), desktop or laptop computers (90%) and more, in addition to online platforms (Atske & Atske, 2024). Therefore, the demand for accessible health information is substantial.

2. Remote Regions – A third of the world's population doesn't use the internet. Fewer individuals are online in low-income nations, and those who consume significantly less data are not fully benefiting from connectivity (Aguiar, 2023). Making offline access essential.

3. Growth in Digital Health & EdTech – The digital health market, valued at $211 billion in 2022, is projected to grow to $946 billion by 2030. This rapid growth is driven by increasing adoption of telemedicine, wearable health devices, and AI health tools, supported by rising smartphone use and better internet access worldwide. This highlights the significant potential for a health-focused search tool aimed at youth and underserved regions. (Digital Health Market Size, Share & Trends Analysis Report by Technology (Healthcare Analytics, mHealth), by Component (Hardware, Software, Services), by Application, by End-use, by Region, and Segment Forecasts, 2024 - 2030, n.d.)

I.     References

·       Internet, F. (n.d.). Innovation health strategy. Ministry of Health and Prevention - UAE. https://mohap.gov.ae/en/about-us/innovation-health-strategy

·       UAE Health 2071: The future of healthcare. Al Tamimi & Company. (2021, May 5). https://www.tamimi.com/law-update-articles/uae-health-2071-the-future-of-healthcare/

·       50×50 initiative – involving the students in planning the next 50 years: The Official Portal of the UAE government. 50×50 Initiative – Involving the students in planning the next 50 years | The Official Portal of the UAE Government. (n.d.). https://u.ae/en/about-the-uae/digital-uae/digital-inclusion/community-and-public-engagement-in-the-uae/50-x-50-initiative

·       *https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7939210/

·       https://www.ncbi.nlm.nih.gov/pmc/articles/PMC8187088/

·       https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7603657/

·       Ibrahim, O. M., Ibrahim, R. M., Meslamani, A. Z. A., & Mazrouei, N. A. (2020). Dispensing errors in community pharmacies in the United Arab Emirates: Investigating incidence, types, severity, and causes. Pharmacy practice. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7603657/

·       Alsulami, Z., Conroy, S., & Choonara, I. (2013, April). Medication errors in the Middle East countries: A systematic review of the literature. European journal of clinical pharmacology. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3621991/

·       https://www.ncbi.nlm.nih.gov/books/NBK499956/

·       Rasool MF, Rehman AU, Imran I, Abbas S, Shah S, Abbas G, Khan I, Shakeel S, Ahmad Hassali MA, Hayat K. Risk Factors Associated With Medication Errors Among Patients Suffering From Chronic Disorders. Front Public Health. 2020 Nov 19;8:531038. doi: 10.3389/fpubh.2020.531038. PMID: 33330300; PMCID: PMC7710866.

·       UAE Statistical Annual Report 2020_638151665476982504

·       Q3-2018 CD bulletin - Final - High resolution - For publication.pdf

·       https://psj.mums.ac.ir/article_7642_a0f76007fa363fbaf2c7a19e0c02db65.pdf

·       Institute of Medicine (US) Committee on Quality of Health Care in America. (1970, January 1). Errors in health care: A leading cause of death and injury. To Err is Human: Building a Safer Health System. https://www.ncbi.nlm.nih.gov/books/NBK225187/#:~:text=Medication%20errors%20account%20for%20one,those%20that%20do%20are%20costly.

·       WFSA, B., & Harris, B. S. (2022, September 17). World patient safety day: Medication without harm. WFSA. https://wfsahq.org/news/latest-news/world-patient-safety-day-medication-without-harm/#:~:text=Globally%2C%20the%20cost%20associated%20with,hours%20or%20every%2020%20admissions.

• Ethical consideration.

• Permissibility of uncredited allegations.

• Inadequate resource and reference authentication.

Data

• Lack of interoperability

• Data fragmentation and inconsistency across EHR systems.

• The lack of standardized data formats (hinders seamless information exchange among different healthcare systems and institutions, leading to billing errors, reimbursement delays, and financial inefficiencies.

• Data accuracy and completeness in claims data, lead to billing errors, reimbursement delays, and financial inefficiencies.

• Data security and privacy compliance.

Features

• Resistance to change.

• Incompetent user technological literacy.

• User Accessibility.

Implementation

• Implementation barrier.

• Limited collaboration and connectivity among different health sectors.

• Technological barriers.

• Scalability.

• Interoperability with rural unmodernized health sectors.

1.     Medscape

2.     WebMed

However after thorough analysis of their weaknesses and strengths, via their user feedback. We plan to provide services that are free of advertisements, credible, and reliable.

1) Reduced Energy Consumption:

• Implementation of Code Minification

  • Coding technique that removes unnecessary characters from the apps codebase.

  • Improves app performance and reduces energy consumption.

  • Reduces load on the server, leading to less energy usage and reduces carbon emissions.

• The implementation of code minification aligns with the Green IT policies which aims to reduce the negative impact of IT on the environment. Implementing code minification reflects DoseIQ's support of this sustainability initiative.

Dose IQ's prototype includes the following features:

• Health Profile Customization Page

  • Users can personalize their health profiles by providing the required information such as their name, birth date, gender, nationality and weight. The interface of Dose IQ would adapt according to the information provided.

    
    

• Drug Search Engine

  • A predictive search function that allows for fast medication search and suggestions as the user types.

    
    

• Medication History

  
  

  • Displays the history or information in regards to the medications taken by the user. The medication history features include the medication name, dosage, as well as start and end dates. The feature also displays the details of the physicians who's responsible for prescribing the medication. Other features include reasons of use, refill status, medication notifications and refill reminders.  

    
    

• Drug Interaction Checker

  • Allows users to input two specific medications and alert them to any potential drug interactions, ensuring safe multiple medication usage.

    
    

• Community Feature

  • Creates a space where various users can connect with others, share their experiences and find a supportive community of people who they relate to.

    
    

• Natural/Herbal Suggestions

  • Briefly display natural alternatives that could be used in addition to the medications taken by the users.

  
  

• Mental Health Check

  • An area in which users can reflect on how they are feeling, express their emotions and get support if needed.

    
    

• Multiple Languages

  • Available in various languages. Some of those currently present in the prototype include English, Arabic and Urdu.

    
    

• Gamification and Reward System

  • A fun reward system that encourages medication adherence, with a daily "Complete!" achievement following a full day of adhering to medications as well as reward collection.