Conversation with Merlin [email protected] · Tue Dec 12 2023

Draft a mobile application business plan for consumers to record medical history. This medical history is a lifetime data entry application where they can enter details of their health issues, prescription, lab records, Doctor's name, Clinic / Hospital and more. This will be a subscription-based model.

Business Plan for MyHealthHistory – Lifetime Medical Record Application

Executive Summary

*Objective To create a user-friendly mobile application named 'MyHealthHistory' that allows consumers to maintain a detailed and comprehensive record of their medical history, including health issues prescriptions, lab records, doctor's contacts, and medical facility details.

Solution: MyHealthHistory will serve as a secure private health documentation platform that simplifies medical data management, encourages better health monitoring, and enhances communication between healthcare providers and.

Business Model: This will be a subscription-based application offering various plans tailored to different needs, providing secure storage, seamless updates, and easy information sharing.

Customer Segment: The application targets-conscious individuals, patients with chronic conditions, caregivers, and anyone who seeks an organized approach to managing their medical data.

Company Description

Name: My Health History

: [Your Location]

Services:

  • Digital recording of medical history and health data
  • Secure cloud-based storage of medical documents
  • Health data analytics and personalized health insights
  • Subscription-based access with tiered pricing models

Market Research

Industry Analysis: The rising digital health market, on remote patient monitoring and mobile health technology adoption, provides a opportunity post-COVID-19 pandemic.

Customer Analysis: Patients requiring continuous care, individuals managing multiple health issues, and people desiring a centralized health record repository are the key consumers.

Competitor Analysis: Current health applications focus on specific health tracking or medical records management, often lacking lifetime data storage and comprehensive features.

Product

Features:

  • Lifetime entry of personal health records
  • Tracking of prescriptions, lab records, and doctor visits
  • Notifications for health check-ups and medication refills
  • Secure sharing of medical data with healthcare providers
  • Data entry history and health timeline visualization

Development: Utilizing technologies like React Native for cross-platform functionality and Firebase for secure, cloud-based data services.

Sales and Marketing Strategy

Marketing:

  • SEO-optimized website content and blog posts addressing the importance of medical history tracking.
  • Partnerships with clinics and hospitals for app promotion.
  • Social media campaigns targeting health-conscious user groups.
  • Email marketing for personalized user engagement.

Sales Strategy: Implementation of a freemium model with basic features, with the option to upgrade to premium subscription tiers offering additional capabilities and storage.

Financial Projections

Cost Analysis:

  • Initial app and testing costs
  • Ongoing server costs for data storage
  • and sales expenses
  • Staff salaries

Revenue Projections:

  • Subscription fees from premium users
  • Predicted growth in subscriber numbers based on market trends
  • Long-term revenue through partnerships with healthcare providers

Profitability Forecast: Projecting a break-even within two years with a steady increase in subscription adoption rates.

Operational Plan

Initial Setup:

  • Hiring a skilled development team
  • Ensuring compliance with healthcare data protection laws (like HIPAA)
  • Beta testing with a select group of users

Post-Launch:

  • Regular app updates and feature
  • Customer service team to handle queries and feedback
  • Data analysis to ensure ongoing improvement of user experience

Management and Organization

hip Team:

  • CEO with experience in health tech startups
  • CTO with a background in app development and cybersecurity
  • CFO with expertise in subscription-based business models

Advisory Board: Comprising medical professionals, data privacy experts, and seasoned entrepreneurs in the digital health.

Appendix

  • Technical architecture of the app
  • feature specifications
  • User interface mockups
  • Market research data
  • Legal and regulatory considerations

This business plan outlines the vision for MyHistory – a mobile application that not only meets an emerging market demand but offers features that keep users engaged in their health journey while offering a profitable, scalable business model.

It is difficult to keep track of ones all medicalrecords. When a person suddenly falls sick, he/she may not havehis/her medical documents with him. Hence, we decided to developa project which is a medical app for both android and iOS that willalways give access to a users medical records and history. So thatthe user can effortlessly manage and share them between facilities.This is especially convenient when someone is seeing a specialistand managing a lot of documents. Users can store and update theirvitals, medical reports, newly assigned medications basically theentire medical history that is needed to diagnose a patient. Forbuilding the app React-native and Firebase database is used as acloud alongside Redux for store management of the app. Healthpassport is designed to be a universal patient engagement platformthat improves care for the health and encourages the user to takea more active role in their medical life by not doing the same testagain and again for different facilities and thus saving money.Overall, the app is a middleman between patients and healthcareproviders. This can be very helpful in real emergencies. Withproper implementation, it can play a very important role in apersons medical life.Figures - uploaded by Faria SoroniAuthor contentAll figure content in this area was uploaded by Faria SoroniContent may be subject to copyright. Discover the world's research25+ million members160+ million publication pages2.3+ billion citationsJoin for free Development of a Mobile Application for Patient's Medical Record and History Md. Talat Mahmud, Faria Soroni, Mohammad Monirujjaman Khan Department of Electrical and Computer Engineering, North South University, Bashundhara R/A, Dhaka-1229, Bangladesh [email protected]; [email protected]; [email protected] It is difficult to keep track of ones all medical records. When a person suddenly falls sick, he/she may not have his/her medical documents with him. Hence, we decided to develop a project which is a medical app for both android and iOS that will always give access to a users medical records and history. So that the user can effortlessly manage and share them between facilities. This is especially convenient when someone is seeing a specialist and managing a lot of documents. Users can store and update their vitals, medical reports, newly assigned medications basically the entire medical history that is needed to diagnose a patient. For building the app React-native and Firebase database is used as a cloud alongside Redux for store management of the app. Health passport is designed to be a universal patient engagement platform that improves care for the health and encourages the user to take a more active role in their medical life by not doing the same test again and again for different facilities and thus saving money. Overall, the app is a middleman between patients and healthcare providers. This can be very helpful in real emergencies. With proper implementation, it can play a very important role in a persons medical life. Keywords App, android, iOS, Firebase, Redux, Health. I. INTRODUCTION Keeping track of patient history has become much more difficult as the paper is less manageable. To offer the best possible treatment, hospitals must maintain open lines of communication between patients and their families. However, in the midst of the chaos that comes with being ill, patients can forget or be too intimidated to tell clinicians important information about their health. Keeping track of who a patient saw and where he/she went can get daunting. Especially if he/she ever experienced an illness and hence see several doctors. Sometimes a problem may arise such that a patient is right on schedule for an appointment with a new specialist, but theres a line. As he/she sat down with a bunch of forms, he/she realize he/she forgot his/her records. Now, the appointment needs to be rescheduled and he/she has just wasted a ton of time. The

researchgate.net

Automation makes population health management feasible, scalable, and sustainable. Institute of Health Technology Transformation The current state of healthcare systems needs substantial improvement, especially in the recent outbreak of Covid-19. These days, Coronavirus has infected almost 215M people, with 4.47 M deaths worldwide. It has impacted the world and its economy drastically. New health app ideas are needed to confront the situation and come up with apps for medical services. The sector has the potential for innovative trends, like IoT, Big Data, and AI. We will talk about the sectors of the best healthcare apps and come up with some popular applications in the market. The article may give you some good health app ideas that we can turn into a robust project. How many health apps are there in 2023? To understand the potential of the industry in terms of business perspectives and investment, consider statistics data. For 2021, the global mHealth market was valued at $38.2 billion. From 2021 to 2028, the market is predicted to grow at a CAGR of 34,8%, registering a value of $314.60 billion. The growing penetration of smartphones, 5G technology implementation and the users consciousness over health issues provide an unprecedented rise in mobile healthcare technologies. The rise of mHealth demand increased mobile apps available in the App Store and Google Play market. Thus for Q1 2021, there were 53,979 iOS healthcare apps and 53,054 apps available at Google Play. The Benefits of Integrating Mobile Apps in Healthcare and Patient Experience The integration of healthcare services and innovative projects with the best healthcare apps is one of the ways to prevent epidemic situations and address other, no less important medical issues. Healthcare automation and digitalisation across most of its sectors implies benefits, namely: Removal of bureaucracy Minimisation of human errors Improved medical treatments Quicker diagnosis and pre-screening processes Remote patient monitoring Cutting the operational costs Improvement of global health Speeding up the provision of healthcare service Access to the medical service in remote Unified and secure medical and patient databases. How much does a medical app cost? Mobile health application development is related to the most complicated development processes beyond simple programming. It requires regulations, security, and support. With a rough estimation, the average cost of a health mobile app is $425.000. It is the price of an app enhanced with the latest technologies. The price, though, does not include marketing and support services. There is no universal pricing for app development. The price depends on many factors, and even the less significant element can change the price. The main cost drivers still remain the app complexity, the apps features, and the dev teams hourly rate. There are more important elements to care about with mobile healthcare apps than, for example, interactive UI/UX. More than anything, healthcare apps should be secure, stable, and user-friendly. Here is a rough estimation of app development costs led by an average-rated dev team. Professionals Hourly Rate (USD) Total Hours Total Cost Project Manager 40 80 $3200 Mobile app developer 30 80 $2400-$3200 Mobile app developers for continuous code review 30 16 $480 QA engineer 40 16 $640 Cyber Security Engineer 40 16 $640 Backend Developer 40 80 $3200 How to Create a Mobile App for Business? App development needs to follow six-step business planning to make your idea compatible with business perspectives and market demands: Developing a business strategy Hiring development team Budgeting and planning Defining app features Marketing strategy Support and maintenance Which Areas and Sectors of Healthcare can Take Advantage of Innovative Healthcare Apps? Generally, healthcare can be divided into four sub-sections. Lets define how each unit may advance from the best healthcare apps and healthcare software development

addevice.io

The world is going mobile. Right from food ordering to online shopping, people have started using their smartphones for their day-to-day tasks. In such, the medical industry could not remain unaffected of the mobile arena. Today, we can see a large number of medical applications contributing to the well-being of people. Be it tracking their physical activities to keeping a track of their medicine regime, people have started depending upon their mobile app. Contributing to this trend, many hospitals, medical institutes and doctors have started building their own applications. These apps do not just help the patients in staying healthy, but also help these medical professionals in reaching out more and more people, conveniently. But before we go deep into the industry trends and the scenario of developing healthcare mobile apps, its important to realize the current market stats. Also, we need to figure out why most of the applications cannot make a ground in this highly competitive marketplace. Here are a few questions that every app development company and medical professional must address before investing in healthcare mobile applications: Why are mobile health apps useful? Why did they fail? What are the common types of medical applications on the market? What features do they have? Tips and functions generated from medical applications. How do you develop your own healthcare mobile apps and why are medical apps so popular in the marketplace? Here we talk about the current trends in medical mobile app development and find out what is needed to be successful in todays healthcare. Do you remember the hand-held gizmos that Dr. McCoy employed to treat Star Treks wounds? We do not have such powerful gadgets yet, but the medical industry is being digitally upgraded. New technologies are being introduced and new gadgets are being developed. Considering this, the day is not away when we will have the magical devices able to cure everything within moments. As Elon Musk proved, technology has taken a big step in recent human development. Now you can do a lot of work with your smartphone and an Internet connection, complete your shopping and serve your food. The same procedure now applies to the Healthcare industry. The App Store is full of healthcare apps, all for different purposes. According to Flurry analysis, the number of people using health applications increased by 62% over the past four years, and the overall application usage increased by 33%. Why are people interested in developing medical applications? Okay, we have a bigger agenda in mind for those apps, more specifically: Provide nutritional advice to help you make better choices in your daily eating regime. Plan an online workout to maintain your appearance. Make it easier for you to communicate with your doctor. Send an online report on the patients perception and health (eg, the diabetes patients glucose level is passed on to the PCP) Maintain accurate online medical records and access and mobilize all your data 24 hours a day. Call your doctor or emergency room. If necessary, remind about the prescription and refill it. You can book a visit to your doctor online, based on information you can see, such as photos, qualifications, and work experience. Directions to hospitals and clinics You can see the results of your laboratory analysis on your mobile phone. Despite many of the features described above, most software development has failed. Medical IT news research shows that only two-percent of healthcare applications are released. More importantly, every failure will cost the hospital $100 million. Why is this often happening and trying to create a healthcare application for patients often fails? There are several possible reasons for why mobile apps fail to succeed. These are: The user experience is poor There are many indications that the user experience is not appropriate. Availability Geek lists the top 10 most common items. Its important to realize that theres a

businessofapps.com

Draft a detailed information architecture for this mobile application.

Creating an information architecture (IA) for a mobile application designed store a user's medical history involves planning out the app's structure, categorizing content, defining user flows, and ensuring that the information is accessible and user-friendly. Here is a detailed IA for the 'MyHealthHistory' mobile application.

High-Level Categories:

  1. User Authentication

    • Login
    • Registration - Password Recovery
    • Multi-factor Authentication

  2. Profile Management

    • Personal Information
    • Emergency Contacts
    • Insurance Details

  3. Medical Records

    • Health Issues
    • Medication Records
    • Prescription Uploads -its
    • Lab Results
    • Immunizations
    • Allerg

  4. Health Timeline

    • Chronological View
    • Filtering Options
    • Quick Add for Entries

  5. Appointments

    • Upcomingointments
    • Past Appointments
    • Appointment Reminders

  6. Reports

    • Generate Reports
    • Export OptionsPDF, CSV)

  7. Sharing Options

    • with Doctor
    • Emergency Access

  8. Settings

    • Subscription Plans
    • Notifications
    • Privacy Settings
    • Account Management

  9. Support

    • FAQs - Contact Support
    • User Feedback

  10. **Educational Content - Health Tips

    • News and Updates

Detailed Information Architecture:

1. User Authentication:

  • Login Screen
    • Fields: Email,
  • Registration Screen
    • Fields: Email Password, Confirm Password
  • Password Recovery
    • Steps for password reset
  • Multi-factor Authentication Setup

2. Profile Management:

-Personal Information Form** - Fields: Full name, Date of Birth, Gender - Emergency Contacts - Option to add multiple

  • Insurance Details
    • Fields: Provider name, Policy number

3. Medical Records:

  • Health Issues Log
    • Add New Entry Form: Issue, Date Diagnosed, Notes
  • Medication Records
  • Add New Medication Form: Medication Name, Dosage, Frequency
    • Prescription Uploads Camera Access for scanning prescriptions
    • Doctor Visit Log
      • Form: Doctor’s Name,, Visit Date, Visit Reason
    • **Lab Results - Upload Section: Date, Type of Test, Results Immunizations Record
      • Form: Vaccine, Date Received
    • Allergies
      • Add Allergy Form: Substance, Reaction, Severity

4. Health Timeline:

-Chronological View** - Visual representation of medical history

  • Filtering Options
    • By date, category, etc.

5. App:

  • Upcoming Appointments List Past Appointments Archive
  • Appointment Reminders
    • Integration with the device's calendar

6. :

  • Generate Report Function
    • Select range/type of report
  • Export Options -, CSV, Share via email

7. Sharing Options

  • Share with Doctor
    • Secure sharing through email/link
  • Emergency Access
    • Controlled access in emergency situations

8. Settings:

  • Subscription Management
    • Plan details, Payment options
  • Notifications
    • Customization of notification preferences
  • Privacy Settings
    • Manage data permissions
  • Account Management
    • Logout, Delete profile

9. Support:

  • FAQs
  • Contact Support
  • User Feedback Form

10. Educational Content:

- **Health Tips      - Articles, Videos
- **News and Updates**
  - Medical News

User Flows:

  1. Onboarding Flow:

    • Welcome > Explain Features > Sign Up Login

  2. Add New Medical Record Flow:

  • Dashboard > Medical Records > Select Category > Add New Entry Form

  1. Export Flow:

    • Reports > Select Parameters > Generate >

  2. Subscription Flow:

    • Settings > Subscription Plans > Choose Plan > Payment

  3. Emergency Access Flow: Profile > Emergency Access > Setup or Activate

Navigation:

  • Tab Bar Navigation:
    • Home (Dashboard)
    • Timeline
    • Appointments Reports
    • More (Settings and Support)

This IA as the blueprint for developing 'MyHealthHistory' app, providing clear organizational structure and ensuring the app's usability.

%PDF-1.6 % 1254 0 obj <> endobj 1267 0 obj <>/Filter/FlateDecode/ID[<9E480E0BF76B4C8588632F09A4DF0B1F>]/Index[1254 21]/Info 1253 0 R/Length 82/Prev 1449770/Root 1255 0 R/Size 1275/Type/XRef/W[1 3 1]>>stream hbbd```b``  i?dM s B r3x3d4*ow3012Mc`Ig f  endstream endobj startxref 0 %%EOF 1274 0 obj <>stream hb```f`` e`a` B @ ( ``P-~aJ~K~Nf oZuT%n``p}?hc4=cV .pA"aJNsrkQg?T\}Sf@%D-o]Zne 1S[vYp4[}VinK*muY93jp.%|sKN(]GGqb"`;Z;C$AW(vkA&hD)"KO3C#04o^Y-)""zA'[email protected] h@PL`J `R   UZC4{iP }0 fGu;@M`:L;Kl(.obG2 !vN473jc>+&#..sqs[F$1pI<+aw}_3^Jfy ~ endstream endobj 1255 0 obj <>>> endobj 1256 0 obj <>/ExtGState<>/Font<>/ProcSet[/PDF/Text/ImageC]/Properties<>>>/XObject<>>>/Rotate 0/TrimBox[0.0 0.0 841.89 595.276]/Type/Page>> endobj 1257 0 obj <>stream hU[O0~iB*1I"_?_Zv)r}n9} LsBI B@4BHJ Mb2pxz>@j7w0(5=W[ RLw(Dwkr*9n-Fi9j=o< D,47<[BV+=np1 a4x%j,!pevz\B?)j.;P 4g)` T( JZi;ng+}8raI[U[fZw8'y3vl$"Lf;w9r}&Eas$Iu%WsN0L(F [$ 1RR sJ4nw$.m<nV`GxRw PP9f4cD).4kD5R'RlmV>? Ij]1kvi1lb.e[O[Q $w/iD8'qyJQ:_Na`&I 4&QA}p~cIsOXVr$'{y0i1PfvyV<0$Iy=(|+)bs%)wkO:f endstream endobj 1258 0 obj <>stream H\0E|l)D!e1Mz>AD"?u== %*tsaQ~{W'DSa<J?2?KN5I^~n*=>qQZUv^J%| 9">WF5a[S/>YeZ>\isCYVuEWtB2>v9t#w{7z+;S3jP_AFMM&)wW:W:?:K _oMmKK/^rmNK/9-N/<^r[z)DK/6z:7q`s/_{]uw/_;K^8 t=q/~& &si^,`5`$30g `p<7A#I4>M g<<@ 9<B~ endstream endobj 1259 0 obj <>stream HWKd8x1br$OC:G{,T*[_>_^\I3#mx{yxyzoo/daBsb_.)/<Xl6&Dm$C=|ZO'O sc N| mW(i\eIrwUCORlwJAZnXHAd :/2.YF~Y BT.x`HTL7) XQ: Ql]p5$E;zd=R*P&eM@eF;D$GM->-YrG9"I_57C/XI:pVl9%@yM.&VwP})/93.Z\k^86Y8l+Rw42!XVejv#ptl;hkujFiB &{]QqCu'w5wO<#y\(c#a]0bSy( }2<,B))\cw@Rf{'D.{GHS/ 'x(pRw ;<2\H?Rxi@v[mk^CRH" Lu! iJI,7 CxnaujzjfR6PB@"X5xQt Ik~vAg+uaJ0hT0P`@IO6Q)ELj=b =iL/HyBH \S4:>SG0#dWAy ~*j2/jg3W;L^J_\]:`4:P:6I'H}M=9!#1G>;s\S=S /H]]=x/ORC$nu n^1*I.KNn=8;g8hi]gCB 8gMB\9k{XVf+LlMn0@;uY.!) zRCH /6 -v n\.\NfW,W&/S.ErI`wngF!}],!% n t 2>Wj(=gg 5``(`TVW/Rn+O0&;*5SIx4@q] Bh`rw>k) hca/MCT^H5Xy5=U4?3 Z~kC(>xVR u R0$NV]}ZGYu[knv(q |M;s*E,;PHMLo7J'wf@<#|Er nHqhObuZ-Mc.E]');q(j#EhV a!?BO_ F endstream endobj 1260 0 obj <>stream HyTSwoc [5laQIBHADED2mtFOE.c}088GNg9w'0 Jb  2y.-;!KZ ^i"L0- @8(r;q7Ly&Qq4j|9 V)gB0iW8#8w8_QQj@&A)/g>'Kt;\ $FZUn(4T%)0C&Zi8bxEB;PA om?W= x-[0}y)7ta>jT7@t`q2&6ZL?_yxg)zLU*uSkSeO4?c. R -25 S>Vd`rn~Y&+`;A4 A9=-tl`;~p Gp| [`L`< "A YA+Cb(R,*T2B- nQt}MA0alSx k&^>0|>_',G!"F$H:R!zFQd?r 9\A&G rQ hE]a4zBgE#H *B=0HIpp0MxJ$D1D, VKYdE"EI2EBGt4MzNr!YK ?%_&#(0J:EAiQ(()WT6U@P+!~mD e!hh/']B/?a0nhF!X8kc&5S6lIa2cKMA!E#dV(kel }}Cq9 N')].uJr  wG xR^[ochg`>b$*~ :Eb~,m,-,Y*6X[F=3Y~d ti zf6~`{v.Ng#{}}jc1X6fm;'_9 r:8q:O:8uJqnv=MmR 4 n3kGz=[==<=GTB(/S,]6*-W:#7*e^YDY}UjAyT`#D="b{+:!kJ4Gmt}uC%K7YVfFY .=b?Sy k5%4m7lqlioZlG+Zzmzy]?uuw|"NwW&e*|j5kyg^ykEklD_p7Dmo1ml{M nLl<9O[$hBd@iG&vV8nR7u\D-u`K8%yhYJ;.! zpg_XQKFA=:8655679<?DINU\dlv)6DScs 2F[p(@Xr4Pm8Ww)Km endstream endobj 1261 0 obj <>stream HLT PSWpoxe$GJRTEQEGTD&@@\V.6]u[oqfONw=s)O%$c*,^f47'{U;ARp~e(39X'#)BTV^QH*1sBdPKQyeC5DNyP2j0'j uDPi_:.x#cW6Ff<yJ dC?r|C}*}N7o_3k{V!p4y.03pG]2JKyLPHu`ZTm u}QQl*Ug-,!jz -gHDz.QF}Pu7Xh V/ bk@"BA\t >"(p.v(&H>)X)PL&(d0.iP-60lPAD>ovnQ]"fg2t-SXLxYEi('|:dR < p N1:Gq0,%(k0gVQA 1Kg+/+>N(RH==~ 2:]g.6[Vj0G.7i:/q`.9q _ETA3oB~EW%~[}e P8jEO_2G|SMB ]](w_M#5-uuh B:C8IP uK Kvh`>),++A>+++4'kkk@v":<la{DHI:m":>4m]nTxu"za!84JYX=XwpZ<4_b/z.#0MHE^8d\A<d*`!d-jr.vB3swJ{*:>x xz\}.j'G: !Oq6UT;D|l-wgd2_mcUg$E "6k+\ ^&X8,1OYs-zKT G$?:uFBlk\hIR

gsma.com

%PDF-1.5 % 1 0 obj <>>> endobj 2 0 obj <> endobj 3 0 obj <>/ExtGState<>/XObject<>/ProcSet[/PDF/Text/ImageB/ImageC/ImageI] >>/MediaBox[ 0 0 612 792] /Contents 4 0 R/Group<>/Tabs/S/StructParents 0>> endobj 4 0 obj <> stream x=ks7]0-s<R#&bvTEQ?y`f(-*Fw >>ru|x~s_nWO..7zs7/?zJ%m#d?yZUTeZ'? Ob=l)ul_nsU? A~V/ v9_?V#ZZaVwyyE1yo+hJ9>mZoZg0nP'8;91. *oYMpr"Q$Oa]Ml`2Si{T](DdY^&`Q*KoTg 's]ZDZ*ZdMZUv4A`iP\/^qlXe*_ C]+6Xrm9]80$ LJNH}"y:`oWU bNedjj`goh4W "h{s3MX396}tZ*k4B~g"lN,N~;IRv1_V#HD}d MZQe6?:[X7/^L`t5nh`T_!JN`f/al 3vN-,.uCi(AcbD^C3nHhy Zcd&P" Y;$58 ~ sFeBsV~247DUUaf2@xeeyEWH `j? mf]5` *GsP1_j\Q{\@ .?lt9~2kK;Fw8d3MS(D45~?\AK; q&N3rmC WW3/!cYtLGz)Zr~BO`f2EFDx!N+xb2(b<V\!Z4?R/!0W_f\195`3g3+KNQ R]K t/fb nMfx&|aP%6$OBhEfd uH^EFb 2RS_e7nIB8ItL?7f)B3^GOnB'))ct9*A?@t,$ wDF]L asD/3e:32>\,VugYtsflu4>Jh/ y7on< xl-.U;O=_uGT8QWD$Nw@Q%-eu%b]=}oXODq# jb}iwsoR( ;b;p9;'E'e>g1@>*tR'mhe"v)AdlG!Fe92=Q(0,.hp8r,)v4Rwb() 6O/".)\4n\J /b 'HYA(|F2u(^TP<!yP &lu/)LHp1lk: HrU5P,< jIB? *`QHl`ySsNy)8 CWL. 9a_d' OjZ\ZRth:?ZgV <1A-'l=;V {@w:FRtNNpgk9HGyE|UeD`&"B 3G32=Tw,PukW:LNg;3ZM(?{\u, ,=+sE^?puZjru[Xc4QnQU1gj_m48 bXM5~3C}-oxXr2>/q$mxW]YHcaT>.Q( rYV8u@`cze/OEsq f,>G;1i1I.GGncgiOO: g`=3Q`%VxFbkR!TprHQqGR9 gu9\^*{wN{_70P?jm/gj $D70kQO~`]OgF P@9RK1m=ye`xX8$ODe[c 1C$wEpI5yvs9'{<8Y)([} O`mugNrX0cGs^9c?5@VkGQ1,`q qSO8kUer|i' TXTR^uxWN"&yJ PhT==Wl-OqK.bluF, (gz*U&6qhTXCa3 vD7t\HZG7ELAeW%9\[ c jH C=uOS 54vN @L@J8["XI+E8 BfW &:TfBj/yQ ~ss dGoVn[0^-dMrY=ss14BYY +|VY 2*aml('R!k=x 68saK<04b5NhDU'etV#oE4gCoTf8+ny,5F^H MB@9Z1]jH4TxRveQ(!hyn}oM[<n4COrGC.;{4;sI[\;!&ytf>ZO}INoIy 2EE97l\^7Xj,TwtB/VFc,s{vJw}h*ajW~x9<3)961 oq[ hM1R{0bl6m@%> |bWeo Ablm? N]O]:U|j!PKfEll,zBkMrz?8b F,>I5:0?Bn/*/zFwnz p3's~jP?kt0+)/ea`<pILt3YuO ?$`r&!29s1y/J NIkz[AXRk]6@2?PE6&[w}z9"Bqw531Sqp@Zl |_3OdJE:"bW6"9x.k-OPk?fQfNuxr12]o9uvdUD +X.vTU8A o{BIQ GNrC@z3_u2%_2Q(4c!\ L|:PlQID> M/Ga#+efweJ~8yeG}'z %:s~w=fl_XvpY1$^1;#l i6BSS8DkWi:\^?yehpEY4.\9K6UkyUdvrVC+zSDT4Ox(kg#YUeXlw651Lv(F^w.8C=`x&t]~ZpDpDwX;}=W;&R=L;u<!(gm['[ }9TKH<2dp t5 Si i\`eCoo8(z76f6 K.$m9QRWs&=P1a962U6J |C q(. Zm\NkPh[IGW JbX(aBS[*@A~g.{aC;X[Qd B+?5-)b7q0RWfnr1s AQAUzO1;W=h+u%7a]'x%wp8T=4MywS;[\aFkHt[W7b>NP'4mr Ka2/sQ5XzO|[A Du>QC3iIn@z&WIR?2/=_*~Lc0,- BE^ @\;xWCU8`.|E0;4pb@7wOl[}xc%3Y>;/PR3}K"3<UQV/= }Pj.9'$eO}+bAsbW 6 a[@bO>pLKw\t}D'H[H=W Wj8sl$|Fu1 Qe-j{rSq P\0D('\ =PoX;[E,7[V.jrqX6xZ6=1v<k;.9MggXPye/F70nb 9lS0zSWSb;7U`7^CCt^51dlF:Dv<'LO?H<mzP284ZV^;kM1S1X&R^q^\ N2EA|WG#$8x=kxTReu qGKvC9C(!8;qU)g^uzg|{<@-F wussmNG:[%5)d "CX 2,/s&w^1oe6m4O.'{L-Y3m'#H6 APiN=p>-,\T4MnP iZK(b%#: %`h,>:hl@\lX1ibh['Y+aJnSR<Fup m2jNR :Gdq`Z a/JGj;vjxw9WFV DMldYFWXny~bgOJ) Gf!4~yNrm+cA6Lr?,\A}-6xGv~xa/Q65t!2 46j+:9]sL9^sY6 _z6SjC1TEV#x6,\,5)DU ^xOGM \`^$Je. B3bqx/}Svi~^|igS4G)u?fGMF,r~k7^3% # #*R^1eNjRBw;&+) cL!?1fxa=4 ^9zaEd 6wfs?T"/mgJ)4t\C+M#K<{7Us5u|Y'&Oi\'UbJ8_ T'52^.+|]}qx6#rJxxpq~;74Qps$rb n. K\r}V!~-Z@@E+w` /5F:'_\BsqpoENwSgB/ wLi{wx(`A{JNG Zo 6S1idc'sF171$T18k#iG]Ue=y'RWoGqZQhf.gMn06oKKvN%*;JZG2} ?x^sz\^dOqi9}*M \4CtLJ<zP~`Ny%Di(%r1=WURaEzO^nI!C*;Nn</UwT1}f&uB8okBWH"Gwqs5,Ai"+oU pb<Ai?u g%)I?CfuZ3Gv sX?SY0z7n;v>1 % endstream endobj 5 0 obj <> endobj 6 0 obj <> endobj 7 0 obj <> endobj 8 0 obj <> endobj 9 0 obj <> endobj 10 0 obj <> endobj 11 0 obj [ 12 0 R] endobj 12 0 obj <> endobj 13 0 obj <> endobj 14 0 obj <> endobj 15 0 obj <> end

ijstr.org

Source publication Leming Zhou Dilhari DeAlmeida Bambang ParmantoBackground: A personal health record (PHR) system encourages patients to engage with their own health care by giving them the ability to manage and keep track of their own health data. Of the numerous PHR systems available in the market, many are Web-based patient portals and a few are mobile apps. They have mainly been created by hospitals and el...Context 1... (PostgreSQL Global Development Group) was chosen for the back-end database because it is a powerful, highly scalable, cross-platform, and free open-source relational database system. Figure 1 shows the architecture of the app. The left-hand side is the mobile client app running on the user's mobile device, including the modules identified in the needs assessment study, supported by Angular 5, Cordova plugins, and security services (mainly user authentication, encryption, and decryption). ...Context 2... user-desired contents and features identified in the questionnaire study were implemented in the mobile PHR app (PittPHR). As shown in Figure 1, there are 6 major modules in this mobile app: Health Records, History, Trackers, Appointments, Contacts, and Resources. The Health Records module is used to manage frequently updated medical information, such as laboratory test and diagnostic test results, doctor visit notes, medications, and immunization records. ... Thiago Bulhes da Silva Costa Lucas Hiroshi Shinoda Ramon Alfredo Moreno[...] Marco GutierrezBackground: The importance of blockchain-based architectures for personal health record (PHR) lies in the fact that they are thought and developed to allow patients to control and at least partly collect their health data. Ideally, these systems should provide the full control of such data to the respective owner. In spite of this importance, most...... A criterion for the selection of the apps was the ability to access information offline, requiring the data to reside locally on a mobile phone, making data particularly susceptible to privacy and security breaches. Zhou et al. (2019) applied a user centred approach to the development and evaluation of a PHR app (PittPHR) designed to manage personal health data between clinical visits. Researchers administered a questionnaire with 609 participants from the general population to elicit requirements for the app. ...... Similar to Zhou et al. (2019), we implemented a user centred approach for the design of a POC PHR app prototype using insights from our first study. We established system requirements based on the needs identified in the first study and transformed these into tasks. ...... A mobile personal health record (m-PHR) is an Internet application that allows patients to access and manage their health data from smart mobile devices while securely and confidentially communicating with authorized medical providers. [1][2][3] By adopting m-PHR systems, healthcare institutions (e.g., hospitals and clinics) improve patient consultations and provide various convenient services. 4,5 To install an m-PHR, patients must download an application from their service provider's digital marketplace. ...Hyeon Seok KimDahye LeeKee Nyun KimSang Mi KimYoung-Taek ParkThe use of mobile personal health records (m-PHR) has been little studied at the organizational level. This study was to investigate the relationships of various hospital-related factors with m-PHR use in Korean hospitals. Downloads of m-PHR applications for 101 hospitals were examined from May 26 to 30 June 2022. The dependent variable was the number of m-PHR downloads, and the major independent variables included six technological, organizational, and environmental factors. As technological factors, the number of computed tomography and magnetic resonance imagery devices were significantly associated with downloads (RR = 1.119, CI = 1.0221.226, p = 0.016; and RR = 1.155; 95% CI = 1.0241.302, p = 0.019, respectively). At the organizational level, the number of phy

researchgate.net

Draft again from the Point High-Level Categories:

High-Level Categories:

  1. User Authentication

    • Login
    • Registration
    • Password Recovery
    • Multi-factor Authentication

  2. Profile Management

    • Personal Information
    • Emergency Contacts
    • Insurance Details

  3. Medical Records

    • Health Issues
    • Medication Records
    • Prescription Uploads
    • Doctor Visits
    • Lab Results
    • Immunizations
    • Allergies

  4. Health Timeline

    • Chronological View
    • Filtering Options
    • Entry History

  5. Appointments

    • Upcoming Appointments
    • Past Appointments
    • Appointment Reminders

  6. Reports and Analytics

    • Health Trends and Statistics
    • Custom Report Generation

  7. Interactions and Sharing

    • Sharing with Healthcare Providers
    • Emergency Access

  8. Settings and Customization

    • Notification Preferences
    • Privacy Settings
    • Subscription Management

  9. Support and Education

    • FAQs
    • Health Education Resources
    • Contact Support

  10. Integrations and Extensions

    • Wearable Device Synchronization
    • Third-party Health Services Integration

Each of these high-level categories would need to be broken down into more detailed components to create an effective information architecture for the 'MyHealthHistory' app, ensuring that all necessary information is accessible and the user journey through the app is seamless and intuitive.

Designing the information architecture of appsAs a UX designer, the information that your design presents needs to be clearly organized and sorted, so users can successfully experience and interact with the app or website. This process of organizing information is called information architecture. Think of information architecture as a map for your product.Information architecture is made up of three pieces:Organization: The organization is how different pieces of information connect in a product.Hierarchy: The hierarchy is often called the tree structure and is where a larger category is placed at the top and specific categories related to the overall category are placed underneath. Peer information is placed side by side (or on the same level as each other).Sequence: The sequence enables users to move through an app via certain orders or steps.Understanding organization, hierarchy, and sequence helps guide the process of building a sitemap, so its good to familiarize yourself with these concepts.Eight basic principlesIn your role as a UX designer, you should be familiar with the eight basic principles of information architecture. These are principles created by the founder of EightShapes, Dan Brown. They were created to help UX designers understand and make decisions about their products. Heres a list of the eight principles:Object principle: You should view your content as living and as something that changes and grows over time.Choice principle: People think they want to have many choices, but they actually need fewer choices that are well-organized.Disclosure principle: Information should not be unexpected or unnecessary.Exemplar principle: Humans put things into categories and group different concepts together.Front door principle: People will usually arrive at a homepage from another website.Multiple classification principle: People have different ways of searching for information.Focused navigation principle: There must be a strategy and logic behind the way navigation menus are designed.Growth principle: The amount of content in a design will grow over time.Take a few minutes to read through this detailed article on the eight principles of IA. Then, think about how you can apply the principles to your designs information architecture.Information architecture principles for building a great sitemapThe final step in the information architecture process that well walk through is site mapping. As you learned above, a website or app should be mapped out in a hierarchical way. This hierarchical connection between content is often referred to in the UX field as a parent/child connection.Web app sitemapsHeres how a sitemap is organized for a web app:Homepage, homescreen, or starting point: The homepage is usually the first point of entry for a user. For example, the first entry point for an app might be the welcome page. The parent for this page would be welcome page. The child connection might be: new user log-in, returning user log-in, or log in with Facebook or Google (these are peers and sit on the same level).Other relevant screens: Other relevant pages would include all the other parent/child relationships in the app. An example of this is when a user goes to the parent screen to Settings; under that, the child connections might be Profile, Security, Help, and Policies. Another example is when a user goes to the parent screen to tap Help on an app; under Help, the child connections might be Search for a help topic, Browse topics, and Contact us.Mobile app sitemapsThis structure is similar for a mobile app; you should include high-level entry points for users. Keep in mind that you wont use as many categories on a sitemap for a mobile app as a sitemap for a web app. Here are a few common high-level categories that might be included in an app:Homepage, Product Features, User Settings, Pricing, Contact Us, and Help (You can also reference this article from Medium.com to get a more detailed overview of how to build a web app

medium.com

Designing for a mobile app is quite different to designing for websites. The content may be similar (even the same) but the intent for users is likely to be different, as are the environments and occasions they use them. When designing for mobile the information architecture (IA) uses a different set of rules. The key consideration needs to be around ease of use on a smaller screen for a user that is possibly on the move and very likely distracted. They have limited time, limited attention and need a quick result. Your app could be the first point of contact. It might be the only way your user interacts with you on a regular basis. It needs to be super simple, clean, and quick to interact with. A well thought out, thoroughly researched, and organized information architecture plays a big part in helping to deliver an easy and enjoyable user experience. According to Abby Covert, a leader in the field of information architecture, IA is the way we arrange the parts to make sense of the whole. Information architecture (IA)is found in every digital product, from websites, apps to an intranet and can even be applied to the physical world in places like libraries and supermarkets.For the purposes of this blog we will focus on the importance of information architecture for mobile apps. Researching and designing an apps IA with just the right amount of information is key. And providing a way of navigating that content in a way that is quick and intuitive is key to a good user experience. How is designing for mobile different? The first thing to understand about mobile app information architecture is that its different and not just with regards to size. The sheer physicality and specifications of mobile devices mean we need to consider different design requirements. Because mobile devices are light and portable, users are in constant contact with them and they are by far the most convenient way to access information. With mobile apps it can be even more important to consider the user journey, to keep that journey as short as possible, and anticipate the usersneeds. Consideration should be given to: Physicality and specificationsConstant accessibilityHow people behave and feel 1. Physicality and specifications Most mobile device interfaces are accessed through touch screens. Users rely on learnt gestures in addition to a simple interface to interact. Because of their smaller dimensions, users often expect the content structures to be simpler and smaller. Also, because of limited bandwidth and connectivity, mobile devices require app designs to be optimized for loading time, with reduced data demands. 2. Constant accessibility Because we have constant access to our mobile devices, we tend to use them a lot more. They come with us on the bus, walking the dog, or even watching TV. We often use them while doing something else. This means we often use the device under difficult viewing conditions, or among a variety of distractions. 3. How we behave and feel We have different attitudes, behaviors and priorities while using mobile devices. Many of us often have our mobile device within arms reach at all times. We have become attached to these devices and feel lost when we dont have them nearby. Some people even consider them an extension of their being! How do you factor information architecture into your mobile app design? We need to think of mobile devices as having their own particular information architecture structure to work within their unique requirements and environments. While the structure of a responsive website may follow the same IA, native apps often employ navigational structures that are tab-based. Theres no one or right way to architect a mobile site or application. Rather its dependent on factors like the size of the content you need to organize or what the intended user journey is that informs the choice of information architecture structure. Lets take a look at some of the most popular IA structures for mobile apps: Hie

blog.optimalworkshop.com

What are the key principles and best practices of information architecture for mobile apps? Powered by AI and the LinkedIn community Share your insights alongside other invited experts Scroll to add your perspective to any article section. Contribute to 3 or more articles in this skill to be eligible to earn a Top Computer Science Voice badge. Check back tomorrow for your updated progress. Contribute to 3 or more articles in this skill to be eligible to earn a Top Computer Science Voice badge. Check back tomorrow for your updated progress. Contribute to 3 or more articles in this skill to be eligible to earn a Top Computer Science Voice badge. Check back tomorrow for your updated progress. Contribute to 3 or more articles in this skill to be eligible to earn a Top Computer Science Voice badge. Check back tomorrow for your updated progress. Contribute to 3 or more articles in this skill to be eligible to earn a Top Computer Science Voice badge. Check back tomorrow for your updated progress. Contribute to 3 or more articles in this skill to be eligible to earn a Top Computer Science Voice badge. Check back tomorrow for your updated progress. Contribute to 3 or more articles in this skill to be eligible to earn a Top Computer Science Voice badge. Check back tomorrow for your updated progress. Computer Science Rate this article We created this article with the help of AI. What do you think of it? Thanks for your feedback Add your perspective to make this collaborative article even better. Report this article Contribute to other collaborative articles Thanks for contributing! Add to more articles:

linkedin.com

Draft from the point from previous result: Detailed Information architecture

Detailed Information Architecture for MyHealthHistory App

1. User Authentication

  • Login

    • Fields for Email/Username and Password
    • Forgot Password link
    • Biometric options (Fingerprint/Face ID)

  • Registration

    • Personal Details form (Name, DOB, etc.)
    • Verification (Email/Phone)
    • Agreement to Terms and Privacy Policy

  • Password Recovery

    • Email address input for reset link
    • Security questions/phone verification

  • Multi-factor Authentication

    • Setup instructions for additional security layer

2. Profile Management

  • Personal Information

    • Editable forms for personal details
    • Document upload for identification

  • Emergency Contacts

    • Add/Edit emergency contact details
    • Define the relationship with emergency contacts

  • Insurance Details

    • Add/Edit Insurance provider information
    • Upload insurance cards and documents

3. Medical Records

  • Health Issues

    • Add New/Edit past health issues
    • Include diagnosis date, status, and notes

  • Medication Records

    • Add/Edit medication details
    • Set reminders for intakes

  • Prescription Uploads

    • Secure upload of prescription images or files
    • E-prescription integration

  • Doctor Visits

    • Log details of past and upcoming visits
    • Sync with Appointment section

  • Lab Results

    • Upload and categorize lab test results
    • Graphical representation for easy understanding

  • Immunizations

    • Record immunization history

  • Allergies

    • List known allergies with severity indicators

4. Health Timeline

  • Chronological View

    • Aggregated view of medical history
    • A timeline with zoom in/out feature

  • Filtering Options

    • By time frame, category, condition

  • Entry History

    • Audit trail for added/edited entries

5. Appointments

  • Upcoming Appointments

    • Calendar view with schedule
    • Reminder notifications

  • Past Appointments

    • History log with doctor's notes attachment capability

  • Appointment Reminders

    • Customizable alerts for upcoming appointments

6. Reports and Analytics

  • Health Trends and Statistics

    • Visualization of health statistics over time

  • Custom Report Generation

    • Ability to create and export personalized health reports

7. Interactions and Sharing

  • Sharing with Healthcare Providers

    • Secure mechanism to share selected records

  • Emergency Access

    • Designated access to specific profiles in emergencies

8. Settings and Customization

  • Notification Preferences

    • Set preferences for various notifications related to app activities

  • Privacy Settings

    • Manage data sharing preferences and access logs

  • Subscription Management

    • Overview and management of subscription plan, billing, and upgrade options

9. Support and Education

  • FAQs

    • Identify common questions and provide answers for self-help

  • Health Education Resources

    • Library of articles, videos, and links to reputable health resources

  • Contact Support

    • Options for live support, email, or call back service

10. Integrations and Extensions

  • Wearable Device Synchronization

    • Sync with devices for activities and health monitoring

  • Third-party Health Services Integration

    • Connect with pharmacies, labs, and other health services providers

Navigation Structure

  • Main Navigation Bar
    • Home
    • Medical Records
    • Health Timeline
    • Appointments
    • More (Submenu for Settings, Support, and Integrations)

User Flows (Example)

Adding a New Health Issue Flow: Home > Medical Records > Health Issues > Add New Issue Form

Accessing Lab Results Flow: Home > Medical Records > Lab Results > Select Specific Result

Usability Considerations

  • Touch-target sizes should be appropriate for finger taps.
  • Navigation should be optimized for one-hand use.
  • Content layout should consider varied mobile screen sizes and orientations.
  • Use lazy loading and optimization techniques for users with slow internet connections.

Accessibility Compliance

  • Text-to-speech features for the visually impaired.
  • Color contrast adjustments for readability.
  • Easy navigation for users with mobility issues.

The information architecture outlined above serves as a foundational blueprint to ensure 'MyHealthHistory' is systematically organized, intuitive to navigate, and scalable with features that can be expanded or updated over time.

Any mobile application is all about the content it is based on and the way it is organized. Your texts, visuals, videos, audios, etc. can be awesome on their own, but if you make it too complicated for the user to reach them and enjoy their awesomeness, your app is doomed. So, if you want to design a perfect user experience, you need to put a lot of thought into how you organize the information in your app to make it convenient and pleasant for the user i.e. you shouldnt underestimate the importance of mobile information architecture. What Is Information Architecture? First things first. The information architecture of any app or website is, basically, the outline of the information in it; it is the structure of your apps content. The main aim of the designer working on the IA is to make it simple and intuitive to navigate. This process is very similar to how architects invest their time and effort in creating blueprints and figuring out where the buildings main elements should be located to be easily accessible to residents. There are two core principles you should stick to while creating the IA: it has to be easy to comprehend and navigate; it has to be easily scalable (i.e. it has to be easy to add new features to the app after its release). IA of Mobile Apps: What You Should Know The reason why we need to talk about the differences in the IA of mobile apps and desktop apps or websites is pretty obvious: using a smartphone is qualitatively different from using a PC. There are two main things that you should take into account: Device Specifics. First and foremost, the user interaction with a smartphone is based on swipes and taps instead of clicks and keyboard shortcuts. The screen is significantly smaller, so fewer elements can fit into it. Besides, the mobile internet connection may not be as high-speed as the one at home (depending on the country, the users location and the cellphone operator services quality), so mobile apps should be optimized for loading time. Circumstances. People use their smartphones while they are walking from point A to point B or are on the public transport. So, you should take into account all the distractions your users may be struggling with, including various viewing conditions, while using the app. All of these differences require IA designers to rethink how the content should be presented in a mobile app to provide seamless UX. Top 6 Mobile Information Architecture Patterns There is no need to reinvent the wheel: there are numerous IA patterns that can make it easier for you to design your apps basic structure. The only thing you need to think carefully about is which patterns to choose from. Before we start, take into account that you are not supposed to choose only one mobile app information architecture pattern and use it throughout the whole app. You can choose several patterns and combine them any way you want to. However, keep in mind that you need to choose the parent pattern, and then you can use other patterns for subsections. 1. Hierarchy This pattern is used for websites; however, it has found its application in mobile app design as well. Basically, you create one index page that has links to other pages, which in turn can also contain links to more subpages. What It Should & Shouldnt Be Used For This pattern is a good fit for mobile apps that have to have the same structure as desktop websites. However, if you get a multi-faceted navigation structure as the result of using this pattern, it can be inconvenient to use on small screens. So, in this case, it is better to reconsider your choice and opt for another pattern with less complicated navigation. 2. Hub & Spoke This pattern is the default for iPhone apps. Here, you have one index page (the so-called hub) with spokes to navigate to. In order to switch to another spoke, users have to go back to the hub first. Therefore, this pattern encourages users to focus on one task at a time. What It Should & Shouldnt Be Used For This p

applikeysolutions.com

Around 1993, my dad brought home a large, brick-shaped mobile phone. We were all incredibly excited by the new technology, even though none of us thought it would have a massive impact on our lives. I actually still thought of it as a gimmick, a few years later, when some of my friends decided to purchase them. Today there are six-billion mobile subscribers in the world meaning if there were one mobile per owner then 87% of the worlds population would have one. And considering that fewer than three billion people use a desktop computer, thats quite a big difference. Mobile devices are clearly here to stay, and along with them come a whole host of new constraints (and opportunities) for our designs. Lets take a look at how we might update our approach. How is mobile different? The first thing we need to understand about mobile design is that its different and not just with regards to size. The physicality and specifications of mobile devices impart different design affordances and requirements. Because mobile devices are lighter and more portable, we often find it more convenient to use them. Consequently, through this more regular use, we feel a unique, emotional connection to them. Physicality and specifications Most mobile devices employ touch screens, where users rely on gestures in addition to simple interface elements to interact with them. Because of their smaller dimensions, we sometimes expect the content structures to be simpler and smaller. Also, because of their limited bandwidth and connectivity, mobile devices require designs to be optimized for loading time, with reduced data requirements. How, where and when Because we have constant access to our mobile devices, we tend to use them more frequently. They come with us on the bus, walking down the street, or watching TV. We often use them while doing something else. This means we may use the device under difficult viewing conditions, or among a variety of distractions. How we behave and feel Finally, we have different attitudes, behaviors and priorities while using mobile devices. As part of their Going Mobile 2012 study, User Experience Design agency Foolproof found that these devices have given us a new sense of freedom and control. In turn, some users feel a very real affection for their mobile device. Foolproof found that 63% of people felt lost if their smartphone was not in easy reach. They described their mobile devices as alive an extension of their own body and personality Because mobile devices have fundamentally changed user expectations, its extremely important that we, as designers, follow a user-centered design process to arrive at our solutions. The only problem is that our traditional best practices may not always apply. How mobile affects designers Mobiles differences directly impact all parts of the user-centred design process: from user research to the final development and testing of the solution. The biggest parts of the process it affects are our delivery methods and our information architecture. Mobile delivery methods Unlike traditional websites, there are four popular mobile delivery methods. Mobile users that choose to view content in their browser are best served with either a mobile-specific site optimized for mobile devices or a responsive site which re-orients/arranges itself for mobile devices. Those who choose to install an application on their phone either receive a native app(lication) or a hybrid app. Native apps are self-contained: every screen of the application is defined up front. Hybrid apps offer a bit more flexibility, loading content from the web (as its viewed in a browser) but providing users with an app-like interface (or chrome). Each delivery method has different pros and cons. Choose whats right for you based on your projects design context. (In the following table, higher star values are better) Consideration Mobile Responsive Native Hybrid Comments Tailored to user priorities A Mobile first approach ca

uxbooth.com

Designing the information architecture of appsAs a UX designer, the information that your design presents needs to be clearly organized and sorted, so users can successfully experience and interact with the app or website. This process of organizing information is called information architecture. Think of information architecture as a map for your product.Information architecture is made up of three pieces:Organization: The organization is how different pieces of information connect in a product.Hierarchy: The hierarchy is often called the tree structure and is where a larger category is placed at the top and specific categories related to the overall category are placed underneath. Peer information is placed side by side (or on the same level as each other).Sequence: The sequence enables users to move through an app via certain orders or steps.Understanding organization, hierarchy, and sequence helps guide the process of building a sitemap, so its good to familiarize yourself with these concepts.Eight basic principlesIn your role as a UX designer, you should be familiar with the eight basic principles of information architecture. These are principles created by the founder of EightShapes, Dan Brown. They were created to help UX designers understand and make decisions about their products. Heres a list of the eight principles:Object principle: You should view your content as living and as something that changes and grows over time.Choice principle: People think they want to have many choices, but they actually need fewer choices that are well-organized.Disclosure principle: Information should not be unexpected or unnecessary.Exemplar principle: Humans put things into categories and group different concepts together.Front door principle: People will usually arrive at a homepage from another website.Multiple classification principle: People have different ways of searching for information.Focused navigation principle: There must be a strategy and logic behind the way navigation menus are designed.Growth principle: The amount of content in a design will grow over time.Take a few minutes to read through this detailed article on the eight principles of IA. Then, think about how you can apply the principles to your designs information architecture.Information architecture principles for building a great sitemapThe final step in the information architecture process that well walk through is site mapping. As you learned above, a website or app should be mapped out in a hierarchical way. This hierarchical connection between content is often referred to in the UX field as a parent/child connection.Web app sitemapsHeres how a sitemap is organized for a web app:Homepage, homescreen, or starting point: The homepage is usually the first point of entry for a user. For example, the first entry point for an app might be the welcome page. The parent for this page would be welcome page. The child connection might be: new user log-in, returning user log-in, or log in with Facebook or Google (these are peers and sit on the same level).Other relevant screens: Other relevant pages would include all the other parent/child relationships in the app. An example of this is when a user goes to the parent screen to Settings; under that, the child connections might be Profile, Security, Help, and Policies. Another example is when a user goes to the parent screen to tap Help on an app; under Help, the child connections might be Search for a help topic, Browse topics, and Contact us.Mobile app sitemapsThis structure is similar for a mobile app; you should include high-level entry points for users. Keep in mind that you wont use as many categories on a sitemap for a mobile app as a sitemap for a web app. Here are a few common high-level categories that might be included in an app:Homepage, Product Features, User Settings, Pricing, Contact Us, and Help (You can also reference this article from Medium.com to get a more detailed overview of how to build a web app

medium.com

Draft a list of detailed problem statements that will be solved due to this application and also draft opportunities in the future from this application.

Problem Statements Solved by MyHealthHistory Application

  1. Lack Centralized Health Data Management: Patients struggle to manage scattered health records from different healthcare providers.

    • Solution: MyHealthHistory offers an integrated platform where all health information can be stored, managed, and accessed in one location.

  2. Ineffective Continuity of Care: Transition of between different providers often lacks seamless sharing of patient medical records, leading to fragmented care.

    • Solution: The app facilitates the secure sharing of health data across providers, ensuring efficient continuity of care.

  3. Difficulty in Health Information Access: Patients face challenges accessing their historical health information due to outdated paper-based systems.

    • Solution: MyHealthHistory digitalizes health information, granting patients easy and immediate access to their medical history.

  4. Medication Management: Remembering and managing multiple medications and refill schedules can burdensome and error-prone.

    • Solution: The app provides medication tracking features and reminders for dosages and refills, minimizing user errors.

  5. Inadequate Health Monitoring for Chronic Diseases: Patients with chronic conditions need ongoing monitoring, is hard to keep track of manually.

    • Solution: The app enables consistent recording and tracking of health parameters, essential for individuals managing chronic conditions.

  6. Limited Engagement and Self-care: Many patients lack engagement in their healthcare due to limited tools that promote active participation.

    • Solution: MyHealthHistory promotes patient empowerment and engagement through interactive health tracking and analysis tools.

. Privacy and Security Concerns: Patients are often concerned about the confidentiality and security of their sensitive health information.

  • Solution: The application emphasizes strong security protocols and privacy measures to address these concerns.
  1. Disparity in Health Literacy: Patients varying levels of health literacy may not equally understand their health data.
    • Solution: MyHealthHistory provides educational resources and interprets health data into more formats.

Future Opportunities from MyHealthHistory Application

  1. Integration with Technologies: Adopt IoT and wearable technologies to provide real-time health monitoring and predictive health insights.

    • Opportunity: Enhancing personal health management and promoting healthcare.

  2. Use of AI for Personalized Health Insights: Implement AI-driven analytics to provide personalized health recommendations and early warning alerts for potential health issues.

    • Opportunity: Improved disease prevention strategies and targeted health interventions.

  3. Collaboration with Healthcare Providers: Partner with clinics and hospitals to use the app for pre-visit data collection, streamlining the patient intake process.

    • Opportunity: Save time for both patients and providers, leading to a more efficient healthcare.

  4. Telemedicine Integration: Connect patients with healthcare providers remotely, especially beneficial for those in rural or underserved areas.

    • Opportunity: Enhance access to healthcare services and reduce the burden on traditional care settings.

  5. Population Health Data Analysis: Aggregate anonymized data to identify public trends and inform healthcare policies.

    • Opportunity: Contribute to public health research and the development of evidence-based healthcare policies.

  6. Pharmacy Partnerships: Develop partnerships with pharmacies for direct e-prescriptions and medication delivery options.

    • Opportunity: Streamline the prescription filling process and enhance patient convenience.

  7. Global Expansion of Services: Expand the service to cater to international markets, considering local healthcare regulations and languages.

    • Opportunity: Infiltrate a larger market and address a more diverse user base's health record management needs.

  8. Commercial Health Plan Integration: Collaborate with health insurance companies integrate health plans and facilitate claim management.

    • Opportunity: Simplify the health claims process and provide users with transparent tracking of their healthcare finances.

solving the stated problems and exploring the described opportunities, MyHealthHistory has the potential toize personal health management and contribute to larger-scale healthcare improvements.

Journal List Online J Public Health Inform v.8(3); 2016 PMC5302467 Online J Public Health Inform. 2016; 8(3): e205. AbstractBackgroundThe Personal Health Record (PHR) is an electronic record that allows patients to maintain, manage and access their health information in one secure location. However, despite these potential capabilities, the adoption rate of the PHR has been slow due to various challenges.ObjectivesThis study, being the first of its kind in Saudi Arabia, investigates the perceived barriers and /or challenges for PHR adoption in the Ministry of National Guard Health Affairs (MNGHA). The study explored perceived barriers and /or challenges from two different perspectives; a technical perspective and a social perspective.MethodsThe study was conducted using a mixed methods approach. A cross-sectional study design using a questionnaire was used to measure patients' perceptions of the PHR and a qualitative approach through focus groups was used to capture comments and opinions from technical personnel for perceived technical barriers to PHR adoption.ResultResults from 424 patients revealed a positive perception for PHR adoption with almost all of the participants (96.7%) indicating interest in using the PHR and the majority (73.3%) expressing no confidentiality concerns for the online accessibility of their health information. Patients with higher levels of education indicated higher interest in using the PHR and expressed more concern with confidentiality than patients with lower levels of education. However, the majority of patients (78.3%) expressed their lack of awareness of existing patient e-services on the MNGHA website. The themes that emerged from the focus groups reinforced lack of awareness of e-services as a potential barrier for PHR adoption as well as the role of policy in the regulation and business process for PHR adoption.ConclusionThis study has highlighted the perceived challenges and barriers for adoption of the PHR in MNGHA-Riyadh. In order to ensure an efficient PHR with a strong adoption rate, effective steps need to be undertaken by building PHR awareness as well as setting clear guidelines and regulations from policy makers.Keywords: PHR adoption, Challenges affecting PHR adaption, PHR challenges, PHR barriers, Personal Health Record, PHRIntroductionThe Personal Health Record (PHR) has been used by patients as a tool for continuity of healthcare for decades. In the past, the PHR was viewed as a paper-based form retained by patients in the form of laboratory results, prescription notes and other forms of health related documents [1-5]. Nowadays with the rapid growth of technology within the healthcare sector, the old concept of the PHR has been replaced with an Electronic PHR. According to Markle Foundation, the PHR has been defined as, "an electronic application through which individuals can access, manage and share their health information, and that of others for whom they are authorized, in a private, secure, and confidential environment" [6-9]. There are different types of PHRs: the Standalone or the Thethered. The Standalone PHR is through commercial online websites that allow patients to record their health behaviors. On the other hand, the Tethered PHR is usually linked to a specific organization through its Electronic Medical Record (EMR) to ensure patients' access (as read only) to their health information [2-6,10-12]. In theory, the PHR has the capabilities that allow patients to keep track of their health information, monitor and manage their illness especially in cases of chronic diseases, enhance efficiencies in appointment scheduling, medication refills, and improve the communication with healthcare providers for better quality of care [1-6,9-13]. However, despite the reported potential capabilities of the PHR, the adoption rate has been low [4,8-14] due to a number of reported challenges and barriers such as interoperability, policy, confidentiality, privacy concerns, security

ncbi.nlm.nih.gov

Journal List Future Healthc J v.6(1); 2019 Feb PMC6520086 Future Healthc J. 2019 Feb; 6(1): 5256. Christian P Subbe, consultant physician and honorary senior clinical lecturer, improvement science fellow,AB John vretveit, director of research (MMC) and professor of health care improvement implementation and evaluation,C Nicola Quinn, project manager,D and Jeremy C Wyatt, professor of digital healthcare & directorEAbstractPersonal health records (PHRs) are thought to offer benefits and are promoted by health policy makers and some healthcare systems. Evidence for usage by patients in hospital is limited.This article reports a one-day workshop hosted by the Royal College of Physicians that considered the evidence of the value to patients and others, the challenges to adoption and use of PHRs and sought to identify the practical and research questions that need to be answered.The purpose of this article is to provide readers with an overview of the issues and possible future for hospital application of PHRs in the UK's NHS, especially for supporting self-care, family carers and advancing person-centred care. It aims to share the experience and ideas of those taking part in the workshop and reference resources that we have found useful while highlighting areas for future research.KEYWORDS: Personal health record, hospital, person-centred careIntroductionPatient health records (PHRs) are a digital tool that helps people to maintain their health and manage their care. It may do this by enabling them to capture their own health and care data, to communicate with health and care services, and/or to have access to their care record.1 PHRs can be part of an integrated health care systems (such as Kaiser Permanente),2 be linked to single systems (in primary care, outpatient care or single disease management) or be a stand-alone depository of information of the patient.In Europe, Estonia3 has probably the highest uptake of PHRs with 95% of all health information digitised and patients able to log into their own record. Sweden4 is using regional patient portals and registries of patients with chronic health conditions; since 2017 all patients have access to a patient portal.5 In the US, Kaiser2,6 has also made a patient portal available to all of its patients. Germany has seen attempts by insurance companies to introduce patient portals. France has an agreed standard for patient access but uptake has been low.7It is NHS policy to make available personalised healthcare by 2020. In 2014, the UK coalition government published Personalised health and care 20208 with the ambition for a health and care system that enables people to make healthier choices, to be more resilient, to deal more effectively with illness and disability when it arises, and to have happier, longer lives in old age. The document makes proposals for better access to digital information for health care professionals, service transparency, innovation and industry growth, and to help patients to enable me to make the right health and care choices. In the same year the Five year forward view9 was published and gave a framework for action to use digital technology to shift power to patients and citizens, strengthen communities, improve health and wellbeing and, as a by-product, help moderate rising demands on the NHS.Previous research by the Royal College of Physicians (RCP) on PHRs created a landscape review and a report about user insights;1,10 dissemination of PHRs was almost exclusively in primary care and outpatient care.Development of PHRs for patients admitted to hospitals in the UK has been limited.PatientView11 is a system for renal patients to manage and monitor their condition through access to laboratory tests, clinic letters and list of medications, diagnosis and other treatments. Patients can set up alerts, monitor symptoms, download their records, share their information with others and are given limited access to their hospital electronic health record (her).A

ncbi.nlm.nih.gov

As challenges to PHRs, respondents mentioned their own lack of sufficient experience with a PHR (71%), while 60% stated that patients were not ready for PHRs; they also cited computer skills illiteracy (20%), privacy and security issues (14%), and physicians' resistance (9%).

google.com