OmegaX Platform
Medical DAO
Example

Example

This section provides a detailed, step-by-step practical integration example, illustrating exactly how OmegaX Health’s decentralized medical DAO, multi-chain data storage, AI-driven insurance claims processing, and tokenomics all integrate seamlessly in real-world usage scenarios.

Example Scenario: User Submitting a Decentralized Health Insurance Claim

Scenario Overview

In this practical example, we explore a complete user journey involving:

  • Health data entry
  • AI-driven decision making
  • Data storage (IPFS & blockchain)
  • Insurance claim submission
  • AI-powered claim verification
  • Automated decentralized payout from insurance pools

Step-by-Step Integration Example

Step 1: Health Data Entry & Storage

Scenario:

  • User records a new symptom (e.g., severe headache), updates their health profile, and uploads medical documentation (doctor’s report, MRI scans).

Technical Steps:

  1. Data structured in JSON format (TaskData, DataEntry schemas).
  2. JSON data hashed (SHA-256) to ensure data integrity.
  3. Data uploaded to IPFS, receiving a Content Identifier (CID).
  4. CID and hash stored as a blockchain transaction on the user’s selected blockchain (Solana or BSC).

Sample JSON Data:

{
  "entryType": "SYMPTOM",
  "symptomDetails": {
    "description": "Severe headache and dizziness",
    "urgency": "HIGH",
    "location": ["HEAD_FOREHEAD", "HEAD_TEMPLES"],
    "loggedTimestamp": "2025-04-01T10:00:00Z"
  },
  "documents": [
    {
      "type": "MEDICAL_REPORT",
      "ipfsCid": "<IPFS_CID_for_report.pdf>"
    },
    {
      "type": "MRI_SCAN",
      "ipfsCid": "<IPFS_CID_for_scan.jpg>"
    }
  ]
}

Blockchain Transaction Example (Solana):

OMGX:4e3fa9:<IPFS_CID>:1711965600:HEALTH_PROFILE_UPDATE

Step 2: AI-Driven Medical Decision

Scenario:

  • OmegaX’s AI agent analyzes new symptoms and recommends immediate medical attention, updating the user’s health plan tasks accordingly.

Technical Steps:

  1. AI generates a recommendation task based on analysis.
  2. Task recorded and stored with a new blockchain transaction (same hashing and storage method).

AI Decision JSON Example:

{
  "taskId": "task_123",
  "type": "REMINDER",
  "title": "Urgent Doctor Consultation Recommended",
  "description": "Based on your symptoms, immediate medical consultation is advised.",
  "urgency": "CRITICAL",
  "scheduledTimestamp": "2025-04-01T10:05:00Z",
  "generatedBy": "AI"
}

Blockchain transaction stored similarly to previous step.

Step 3: Insurance Claim Submission

Scenario:

  • User visits a medical provider, incurs costs, and subsequently submits a decentralized insurance claim via the OmegaX app.

Claim Submission Technical Flow:

  1. User submits claim including transaction details, medical reports (already IPFS stored), symptom logs, and doctor’s invoice details.
  2. Claim structured as JSON, hashed, and stored on IPFS & selected blockchain.

Sample Claim JSON:

{
  "claimId": "claim_789",
  "userId": "user_123",
  "treatmentDetails": {
    "diagnosis": "Migraine",
    "totalCost": 500.00,
    "currency": "USD",
    "providerDetails": "Central Hospital, Zagreb"
  },
  "linkedData": [
    "<Hash_of_initial_symptom_entry>",
    "<Hash_of_AI_decision_recommendation>",
    "<IPFS_CID_invoice_document>"
  ],
  "submittedTimestamp": "2025-04-02T14:00:00Z"
}

Blockchain transaction example (BSC):

OMGX:9af23b:<IPFS_CID>:1712066400:INSURANCE_CLAIM

Step 4: AI-Powered Claim Verification

Scenario:

  • AI automatically verifies the claim by cross-checking blockchain and IPFS-stored hashes and data validity.

Claim Verification Flow:

  1. AI fetches hashes and IPFS documents.
  2. Confirms integrity by matching recomputed hashes.
  3. Evaluates eligibility based on insurance terms stored in the decentralized DAO policies.
  4. AI decision logged on-chain.

Sample API Call for Verification:

POST /api/claim/verify
{
  "claimId": "claim_789",
  "chain": "BSC",
  "linkedHashes": [
    "<Hash_of_initial_symptom_entry>",
    "<Hash_of_AI_decision_recommendation>"
  ]
}

AI Response Example:

{
  "status": "success",
  "claimId": "claim_789",
  "verified": true,
  "aiDecision": "APPROVED",
  "coverageAmount": 450.00,
  "currency": "USD",
  "blockchainSignature": "<tx_hash>",
  "detailsLink": "<blockchain_explorer_link>"
}

Step 5: Automated Decentralized Payout

Scenario:

  • AI-approved claims automatically trigger smart contracts to release payout instantly from decentralized insurance pools.

Technical Flow:

  1. Smart contract on-chain processes AI approval.
  2. Instant transfer executed to user’s wallet address from insurance pool.

Smart Contract Payout (Solidity, BSC):

function executeClaimPayout(address claimant, uint256 amount) external onlyAuthorized {
    require(poolBalance >= amount, "Insufficient pool balance");
    omegaXToken.transfer(claimant, amount);
    emit ClaimPaid(claimant, amount, block.timestamp);
}

Cross-Chain Integration Examples 

function stakeOmegaX(uint256 amount) external {
  require(amount > 0, "Cannot stake zero");
  omegaXToken.transferFrom(msg.sender, address(this), amount);
  stakedBalances[msg.sender] += amount;
  emit Staked(msg.sender, amount, block.timestamp);
}
let memo = format!("OMGX:{}:{}:{}:{}", derived_hash_id, cid, timestamp, "INSURANCE_CLAIM");
invoke_signed(
  &system_instruction::transfer(&payer_pubkey, &destination_pubkey, lamports),
  &[payer_account.clone(), destination_account.clone(), system_program.clone()],
  &[&[&memo.as_bytes()]],
)?;

API Integrations & Third-Party Usage

  • OmegaX provides open APIs enabling hospitals, clinics, or independent apps to integrate seamlessly, submit claims, store data, or verify claims independently through permissionless endpoints:
    • POST /storage
    • GET /verify
    • POST /claim/verify

Benefits of This Practical Integration

  • Full transparency: All steps publicly verifiable on-chain.
  • Instant & automated payouts: AI-driven verification and smart contracts eliminate manual delays.
  • Cross-chain flexibility: Users freely select blockchain ecosystems.
  • Permissionless integration: External health services and providers easily integrate into OmegaX ecosystem.

Interactive Developer Quickstart

  • Links provided to API Docs, SDK examples, and sandbox environments.
  • Ready-to-deploy smart contract examples and multi-chain integration snippets included to ease developer onboarding.

Conclusion of Practical Integration

This complete user scenario demonstrates OmegaX Health’s multi-chain, AI-driven decentralized medical ecosystem. It highlights the seamless integration of health data management, decentralized governance, and automated claim processing within a cohesive Web3 healthcare solution.

The next steps will include detailed integration guides, SDK documentation, and advanced practical examples to accelerate third-party integrations.

Tokenomics