About Welshare Health

Welshare Health is developing a health profile matchmaking protocol (HPMP) that matches AI agent researchers with patients to accelerate medical breakthroughs.

About Welshare Health

Our mission is to empower individuals to control, contribute, and benefit from their health data, while building the decentralized infrastructure for AI-driven scientific breakthroughs.

By leveraging the decentralized nature of blockchain and the analytical power of AI, we aim to revolutionize the way medical research is conducted and healthcare is delivered.

Our Vision

We envision a future where individuals become active contributors to "Agentic Research" — AI agents working alongside users to validate hypotheses and generate scientific breakthroughs. Users remain "in the loop," maintaining control over their data and intellectual property.

Our vision is to create a world where everyone can actively participate in advancing medical knowledge and improving healthcare outcomes. By harnessing the collective power of individuals' health data, we aim to accelerate scientific discoveries, personalize healthcare interventions, and empower individuals to take control of their health journey.

The Problem

Agentic AI researchers need a conversational "Patient-in-the-loop" to verify their research hypotheses.

The Problem

Medical research today is slow, expensive, and disconnected from patients:

  • $600 billion lost annually due to lack of patient behavior insights.
  • 75% of patients want more personalized healthcare.
  • 74% of patients are willing to share their data if it improves healthcare.

However, researchers (and now AI agents) need ways to access real-world patient data safely, consentfully, and at scale — something traditional health systems are ill-equipped to support.

The Solution

The Health Profile Matching Protocol (HPMP) enables agents to discover user profiles and establish bidirectional communication channels.

The Solution

The Health Profile Matching Protocol (HPMP) is a decentralized infrastructure designed to connect agentic researchers with users who own and control their health data. HPMP enables secure, privacy-preserving discovery and interaction between AI agents and human participants.

Now AI agent researchers can query the protocol for correlations and insights, open bidirectional communication channels with users, and ask users to share more data points or answer surveys.

Protocol Landscape

The HPMP safely stores and computes over user profile data, is accessed via SDKs and MCP, and manages communication channels.

Protocol Landscape

Research Flywheel

The HPMP enables a self-reinforcing cycle of expanding research knowledge that ultimately improves personalized health services for patients.

Research Flywheel

Market Size

The $600 billion market for clinical trials and patient behavior insights is ripe for disruption.

Market Size

Why web3

Web3 technology enables this medical research contribution in a way that previously was not possible. In particular, leveraging web3 enables secure data processing, ownership & monetization, and confidential compute.

Why web3

DeSci x AI

At the core of Welshare Health lies the fusion of Decentralized Science (DeSci) and AI. DeSci enables the democratization of medical research by decentralizing data ownership and incentivizing individuals to contribute their health data securely. AI augments this process by analyzing vast amounts of anonymized health data to uncover valuable insights and accelerate medical discoveries.

DeSci

DeSci fundamentally shifts the paradigm of medical research by empowering individuals to have ownership and control over their health data. Traditional medical research often faces barriers due to centralized control of data, leading to limited access and insights. By leveraging blockchain technology, DeSci ensures data security, privacy, and transparency while allowing users to contribute their data willingly.

AI

AI plays a pivotal role in enhancing the capabilities of Welshare Health's decentralized ecosystem. By harnessing the power of machine learning algorithms, AI sifts through vast datasets collected from diverse sources, identifying patterns, correlations, and predictive models that may elude human analysis. This enables researchers to gain deeper insights into disease mechanisms, treatment efficacy, and personalized healthcare interventions.

A Real-World Application of DeSci x AI in Diabetes

We know people often throw the word "AI" around carelessly, so let's be specific and solve a real-world problem.

In the realm of diabetes management, individuals living with type 1 diabetes (T1D) face a persistent challenge: the fluctuating nature of blood glucose levels and the constant need for precise insulin dosing.

Diurnal glucose profiles — T1D challenge

In type 1 diabetes, the body's immune system mistakenly attacks and destroys the insulin-producing beta cells in the pancreas, leading to an inability to produce insulin—a hormone essential for regulating blood sugar levels. Without insulin, glucose levels in the blood can rise to dangerous levels, causing a range of acute and chronic complications, including cardiovascular disease, kidney failure, nerve damage, and vision problems.

T1D complications

Insulin therapy is the cornerstone of type 1 diabetes management, aimed at replacing the deficient insulin and keeping blood glucose within a healthy range. However, achieving optimal glycemic control with manual insulin administration is a complex and demanding task. Factors such as diet, physical activity, stress, illness, and hormonal fluctuations can all influence blood glucose levels, requiring frequent adjustments in insulin dosage throughout the day.

Manual insulin administration

AID systems offer a transformative solution by automating aspects of insulin delivery and glucose monitoring. These systems typically consist of a continuous glucose monitor (CGM) to measure glucose levels in real time and an insulin pump to deliver insulin doses as needed. By integrating these components with sophisticated algorithms, AID systems can adjust insulin delivery in response to changing glucose levels, mimicking the function of a healthy pancreas more closely.

AID closed-loop system

However, existing AID systems often lack the level of personalization needed to effectively address the diverse physiological and lifestyle factors influencing blood glucose dynamics (such as dietary patterns, physical activity, stress levels, sleep patterns, alcohol consumption, medications, illnesses and infections). As a result, patients may struggle to achieve stable glycemic control, leading to frustration, anxiety, and an increased burden of disease management.

Blood glucose variability

In this context, the integration of Artificial Intelligence (AI) holds immense promise, offering a pathway towards the development of hyper-personalized algorithms capable of revolutionizing AID technology by personalizing insulin delivery, implementing predictive analytics, leveraging adaptive learning and integrating other components (such as wearables) of the broader digital health ecosystem, hence transforming the lives of individuals living with diabetes.

AI hyper-personalized algorithms

The synergy between DeSci and AI within Welshare Health's solution creates a dynamic ecosystem where individuals are not merely passive data contributors but active participants in advancing medical knowledge. Through decentralized governance mechanisms and smart contracts, users are incentivized to share their data ethically and responsibly, ensuring a fair and equitable distribution of rewards. Additionally, AI-driven insights empower users to make informed decisions about their health, driving proactive engagement in preventive care and disease management.

Tokenomics

WEL is an ERC-20 token that is a currency token.

Total Supply

There is a limited Total Supply of 2,500,000,000 WEL.

Token Allocation

WEL Token Allocation Tokenomics vesting schedule

Vesting Schedules

Founders and team receive 0% at TGE and are subject to a 6-month cliff, then 5-year vesting.

Advisors receive 0% at TGE and are subject to a 3-month cliff, then 5-year vesting.

Private Pre-Sale

4% of the token supply is allocated for the private pre-sale at a price of $0.002. Private pre-sale participants receive 10% at TGE and are subject to a 3-month cliff, then 24-month vesting.

Private Pre-Sale price: $0.002

Public Pre-Sale

10% of the token supply will be sold via the public pre-sale process.

There will be 3 phases.

Phase 1 price: $0.004

Phase 2 price: $0.005

Phase 3 price: $0.006

Public pre-sale participants receive 20% at TGE and are subject to a 1-month cliff, then 6-month vesting.

How to Buy WEL

Note: Due to regulatory restrictions, US persons are prohibited from acquiring the WEL token (see Legal Details below).

For non-US persons, you can purchase the WEL token on Uniswap at: https://app.uniswap.org/explore/tokens/ethereum/0x1e762e1fac176bbb341656035daf5601b1c69be5

Token contract address: 0x1E762e1FAc176bbB341656035daf5601b1C69Be5

All pre-sales have ended. TGE is on Oct. 23.

Public Pre-Sales: How to claim your $WEL tokens

If you have purchased $WEL vouchers and passed the KYC process, the following applies to you:

On Oct. 23rd, you will be able to claim your $WEL tokens.

Vesting is set up with Sablier, an industry-standard vesting tool. (https://sablier.com/)

Sablier creates an airstream that you need to claim. An airstream is similar to an airdrop but instead of being transferred instantaneously it can be "streamed" over a given period of time, thus enabling the functionality of vesting.

How do you claim your $WEL tokens?

WATCH THIS VIDEO: https://www.youtube.com/watch?v=-QFLZtUQ330

PART 1: Claiming the airstream

Step 1: Go to https://app.sablier.com/airstreams/?t=eligible and sign in with your wallet.

Step 2: Check your eligibility by clicking on the magnifying glass icon and click on "Check".

Sablier eligibility check

Step 3: Click on "Claim" and validate the transaction in your wallet.

After claiming, Sablier will create the airstream for you. You will see the airstream in the Sablier dashboard.

PART 2: Withdrawing the tokens

Click on "Withdraw" and validate the transaction in your wallet.

Important: There will be 2 separate airstreams set up for you: one for the 20% available at TGE and one that will be added later for the remaining amount that is vested.
Important: You need to claim your airstream in order for the vesting to begin. If you do not claim your airstream, the vesting will not begin.
Important: Claiming and withdrawing on Sablier are on-chain transactions, which makes this process secure and transparent. It also means that it will require the wallet to have ETH funds to process the gas fees incurred.

For more details on Sablier airstreams, check their docs: https://docs.sablier.com/concepts/protocol/airstreams

Public Pre-Sales: Steps towards your WEL token application

  1. Purchase Vouchers: Important: Use the same wallet you log into the pre-sale page for your voucher purchase (on Juicebox). Note: These are not the WEL tokens. The WEL tokens will be distributed to people who are accepted to purchase. To apply, complete step 2.
  2. Apply for WEL Token: Follow the KYC process. You will need your ID and will be required to take a selfie.
Phase 3 overview
IMPORTANT: Buying this voucher does not mean you automatically get the WEL token. To get the WEL token, you first need to pass a KYC check for regulatory reasons. After passing the KYC check, the project team will decide if your application to buy the WEL token is approved or not. If approved, you will get one WEL token for each voucher you bought. This will occur after TGE, which is currently planned for October (subject to change). If your application is not approved, you will get a refund for your voucher, and you won't get the WEL token.

Legal Details

Restrictions on Token Purchasers

Legal Disclaimer

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