Medhub - decentralizing health

[Denno]

Project Name: MedHub

Project Track: Web3

Team Name: riush03

Team Member(s): 1

DevPost Project Link: Medhub Devpost Page

Medhub BTTC Chain Demo

Project Goal:
MedHub aims to revolutionize the healthcare industry by leveraging blockchain and Web3 technology to create a decentralized application (dApp) that enhances the security, transparency, and efficiency of healthcare services. The platform connects patients and doctors in a secure environment, ensuring that medical data is accessible and protected from unauthorized access. Additionally, MedHub facilitates the sale of medicine, integrates AI for improved healthcare services, and streamlines the process of making doctor appointments.

Project Value:
MedHub’s integration with blockchain technology provides several key benefits:

• Enhanced Security: By decentralizing the storage of medical data, MedHub ensures that sensitive health information is protected from breaches and unauthorized access, providing peace of mind for patients and healthcare providers alike.
• Improved Accessibility: The dApp allows for easy and secure connections between patients and doctors, breaking down geographical barriers and improving access to healthcare services.
• Trust and Verification: Blockchain’s transparency features enable the verification of medical professionals and their credentials, fostering trust within the healthcare ecosystem.
• Efficient Services: AI integration within MedHub helps streamline administrative tasks such as scheduling appointments and managing patient records, leading to more efficient healthcare delivery.

Project Info:
[Use the upload button and upload a deck/slides of your project in PDF format. You may upload this part later but it is advisable to upload it ASAP so the community can learn about your project early]

MedHub Features:

1. User Registration: Users can register either as a doctor or a patient. Doctors must provide their credentials, such as a registration ID, for approval by the admin to be added to the system.

2. Doctor Approval: Before a doctor can access patient data, they must be verified and approved in the system by the admin, ensuring only qualified professionals provide care.

3. Patient Health Profiles: Patients can create accounts, describe their health conditions, and select from available doctors. Once a doctor is chosen, the patient grants the doctor access to their medical records.

4. Appointment Booking: Patients can book appointments with their selected doctor directly through the platform, streamlining the healthcare process.

5. Doctor-Patient Communication: Patients can chat with doctors to discuss their progress, treatment, and overall health condition, facilitating ongoing communication.

6. AI Chatbot for Medical Information: Both patients and doctors can use MedHub’s integrated AI chatbot to search for relevant health information and advice, enhancing the support available.

7. Prescription Ordering: Patients can order prescribed medication directly from MedHub’s store, making it easier to access required treatments from trusted sources.

Project Website:

Medhub

NOTE
A doctor won’t be able to access any patient data until they have been approved by the admin. The admin is responsible for verifying the doctor’s credentials before granting access to patient records, ensuring a secure and controlled environment. If you’d like to test the app, I will be reviewing the accounts created and approving them manually. Once approved, you’ll be able to fully interact with the platform. Additionally, I will later provide the source code so you can test the app on your own device. This will give you a hands-on experience with how MedHub works and its security protocols in action.

Source code
https://github.com/riush03/Medhub

Project Test Instructions:
To test MedHub:

1. Visit the MedHub website over here medhub demo.

2. Sign up as either a patient or a doctor.
   

   
   
   
   

3. If you are a doctor wait for the Admin to approve.
   

   

4. After being approved now you can check the patient that have made appointed to you. You can check their data and assign them the treatment instruction need .
   

   
   
   
   
   
   
   
   
   
   

5. If you are patient after creating your profile click on Book apointment to book an appointment, you can check the doctor who specializes on your condtion and please fill in all your data including date and time to avoid system errors.
   

   
   
   
   
   
   
   

6. After the doctor views you condtion will prescribes you the treatment and medicine you need to take and then you go over to shop and place an order of the medicine that the doctor have prescribe you to.
   

   
   
   
   
   
   
   

7. You can also chat with the doctors that have been assigned to you to tell about your progress so that the can help you.
   

   

8. If you need further help you can go over the AI section and ask some questions to the AI. For example here I ask some home remedies on how to treat an hand injury
   

   

Project Details:
MedHub is built on the BTTC (BitTorrent Chain) to leverage its decentralized storage capabilities and fast transaction speeds. The dApp features a user-friendly interface designed for both patients and doctors, ensuring that healthcare services are accessible and secure. By integrating AI, MedHub provides personalized health recommendations and automates routine tasks to enhance the overall user experience. The dApp also includes a decentralized marketplace for the sale of medicines, making it easier for patients to access necessary treatments.

Medhub.pdf (121.6 KB)

Smart Contract Links:

1. Medhub smart contract: BTTCSCAN | BitTorrent (BTT) Blockchain Explorer Tesnet
2. Mainet

MedHub Project Milestones:

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Milestone 1: Core Functionality Development

• Tasks:
  • Set up user registration for both doctors and patients, ensuring a smooth onboarding process.
  • Build the admin dashboard for managing the platform, including doctor verification and approvals.
  • Implement role-based access control where patients can choose which doctors can access their medical records.
  • Integrate appointment booking and secure communication channels between patients and doctors.

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Milestone 2: Security and Storage Integration

• Tasks:
  • Integrate decentralized storage using IPFS and Pinata for securely storing medical records.
  • Implement encryption protocols for data storage and transmission to ensure privacy.
  • Test and verify role-based access, ensuring that only authorized doctors and patients can access sensitive data.
  • Deploy the platform on BTTC testnet for thorough testing and debugging.

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Milestone 3: Mainnet Deployment

• Tasks:
  • Finalize all features and conduct final security audits to ensure the platform is secure.
  • Deploy the MedHub dApp on BTTC mainnet, making the platform available to real users.
  • Monitor the performance and scalability of the platform post-launch, ensuring smooth user interactions.
  • Start marketing campaigns to onboard healthcare providers and patients to the platform.

[Gordian]

Welcome to this season. Good submission here. Lots of questions around this, decentralized health. Hmmm.

Just a recap from last session. Your project submission
ChainAI - Automating contract creation , auditing and deploying

Just a little question, what the update on it. Or any plans to
Continue ?

[Relate101]

Welcome to hackathon S7, your project is really interesting but I will like to know how well patients privacy will be maintained cus I know patients need more privacy when it come to health, I like to ask more questions when more details are added. Thank you

[Okorie]

Welcome to season 7
I have a question

• Please how will med hub grow with other users, and also fit in with current health care rules .

[Denno]

I discontinued the ChainAI project because it didn’t work well, now I am working on Medhub

[Denno]

1. Decentralized Data Storage: MedHub leverages decentralized storage solutions on the BTTC (BitTorrent Chain) to store patient data. This means that instead of relying on a central server, which could be vulnerable to hacks or breaches, patient data is distributed across a secure network. This decentralization reduces the risk of unauthorized access, ensuring that patient information remains private and secure.

2. Data Encryption: All patient data stored and transmitted through MedHub is encrypted using advanced cryptographic algorithms. This ensures that even if data were to be intercepted, it would be unreadable to unauthorized parties. Only patients and their authorized healthcare providers have the decryption keys necessary to access the information.

3. Patient-Controlled Access: MedHub gives patients full control over who can access their medical data. Patients can grant or revoke access to their information at any time, ensuring that only trusted healthcare professionals can view their sensitive health records. This approach empowers patients to manage their privacy proactively.

4. Smart Contracts for Data Access: Access to patient data is managed through smart contracts on the blockchain. These contracts ensure that all access requests are logged, transparent, and only granted according to the patient’s explicit consent. This adds an additional layer of security and trust, as all actions are recorded immutably on the blockchain.

[Denno]

Growth Strategy and Regulatory Compliance for MedHub:

1. Growth with Users:

• User-Centric Design: MedHub is designed with both patients and healthcare professionals in mind, offering a user-friendly interface that makes it easy for individuals to adopt and use the platform. By prioritizing ease of use, MedHub encourages more users to join the platform, creating a network effect that naturally drives growth.
• Community Building and Education: We plan to engage with both the healthcare and blockchain communities through educational content, webinars, and partnerships with healthcare institutions. By raising awareness about the benefits of MedHub and how it enhances healthcare services, we aim to build a strong user base that trusts and advocates for the platform.

2. Fitting with Current Healthcare Regulations:

• Compliance with HIPAA and GDPR: MedHub is committed to adhering to the highest standards of healthcare privacy regulations, including the Health Insurance Portability and Accountability Act (HIPAA) in the United States and the General Data Protection Regulation (GDPR) in Europe. By ensuring that all data storage, processing, and transmission meet these standards, MedHub will be compliant with major healthcare privacy laws globally.
• Regulatory Audits and Certifications: We will seek certifications from relevant healthcare authorities to demonstrate our commitment to compliance. Regular audits will be conducted to ensure that MedHub remains up to date with any changes in healthcare regulations, and that our systems are always aligned with legal requirements.

[Nweke-nature1.com]

Welcome to Grand hackathon S7, before I commence with my question,…if am not mistaken you already submitted this project last season right?

[manfred_jr]

Welcome to Season 7, I’m wowed by reading your offering, a healthcare-focused dApp leveraging blockchain technology (BTTC) and AI to decentralize medical data storage and streamline services, this is pretty innovative to say the least.
My concern really is bordering around patient’s data, decentralizing medical data storage raises concerns about data privacy, even with blockchain security and you will need to implement stringent consent management protocols to ensure patients fully control access to their medical data. How will patients revoke access, and what systems will ensure their data is truly erased upon request?

[ines_valerie]

Welcome to the Hackathon of season 7, I am liking how you are placing your focus on healthcare, I want you to tell me with how fake fake drugs are everywhere, how will you make sure that the medicine that sell through your platform are original and how are you going to handle issues about fraud activity, thank you

[Denno]

No…it failed, I started when it was late.

[Relate101]

Thank you for your reply, I can see that MedHub’s got some serious security measures in place, I like that patients are in control of their own medical info. Can you explain how all these security features work together to keep patient data safe?
Because I know that not all patients conditions are meant to be public.

[Nweke-nature1.com]

Thanks for clarifying, and also good to have you back on this new season, I will go through again and come back to ask questions if I have any

[Okorie]

MedHub is a new way to make healthcare better using Web3 technology.
It helps keep medical information safe, makes it easier for patients and doctors to talk, and makes buying medicine more efficient.
It also uses AI to make things easier and give personalized health advice.

My Question is

In what way will MedHub work with existing healthcare systems and get more people to use it, Will it be able to handle a lot of users and work with other systems.

[ines_valerie]

It is so bad that the owner do not even reply to questions that are been asked to him

[Okorie]

@ines_valerie
Don’t be angry, probably networking or occupied with something different.

[Denno]

Sorry, for the delay in answering your question, I was not active online on the weekend. MedHub is designed to improve upon traditional Web 2.0 healthcare systems by transitioning to a Web 3.0 model, ensuring a more secure, transparent, and efficient experience for both patients and healthcare professionals.

1. Integration with Existing Healthcare Systems:
   MedHub is built to work seamlessly with current healthcare infrastructure. Through APIs and blockchain-based smart contracts, MedHub can integrate with existing hospital and clinic systems, allowing healthcare providers to adopt our platform without disrupting their workflows. This will enable a smooth transition while ensuring compliance with healthcare standards and regulations.
2. Improved User Experience:
   With MedHub, patients can receive quality healthcare services from verified doctors and other professionals. Every doctor’s credentials are securely verified on the blockchain, ensuring trust and transparency in every interaction. The platform also allows users to conveniently purchase medicine, making it a comprehensive healthcare solution.
3. Scalability and Performance:
   MedHub is designed to handle a large number of users by leveraging the decentralized power of blockchain technology. The platform’s underlying infrastructure on the BTTC (BitTorrent Chain) ensures scalability, meaning it can efficiently accommodate growing numbers of users without performance issues. Blockchain’s distributed architecture allows MedHub to scale globally while maintaining high speeds and low costs, ensuring that it can handle both small clinics and large hospitals.
4. Digitization and Security:
   We have fully digitized all processes onto Web3, ensuring that patient data, medical records, and transactions are securely stored on the blockchain. This not only enhances security but also simplifies healthcare services by enabling transparent, tamper-proof records and interactions.

[Chizz]

Welcome to the hackathon session 7
I like the idea of revolutionizing the medical sector through blockchain but I have few concerns about your project

1. How are you going to ensure privacy of the medical data while it is being stored in the blockchain
2. Do you have any specific protocol in place that can prevent unauthorized access of this medical data

Your project link is not working. Please fix it to able us try your project

[Lisa1]

Greetings and welcome to Tron Hackathon season 7. Am interested in your project as it relates to healthcare.
![Screenshot_2024-09-30-09-15-11-21_40deb401b9ffe8e1df2f1cc5ba480b12|690x484](upload://prqyOi6cns1Z2X9M1QLJCNkH1p9.jpeg

I went through your devpost link and I discovered the challenges you encountered. So were you able to get them resolved?

Also when will the test link be available cause I need to run through it.

[Denno]

Hello, what challenge are you facing?..here is the link to the dapp https://medhubtronsn7.netlify.app/