status.health® is built on the \$HEALTH protocol—the first privacy-preserving health verification infrastructure. Learn how zero-knowledge proofs and cryptoeconomic incentives keep your health data private while rewarding healthy behaviors.
status.health is the first application built on the \$HEALTH protocol, a universal health verification infrastructure. Unlike traditional health apps that rely on privacy policies, our system uses mathematics to guarantee privacy through zero-knowledge proofs, cryptographic separation, and token-based incentives.
The \$HEALTH protocol powers not just status.health, but any application that needs privacy-preserving health verification. We've created the rails; status.health is the first train running on them.
The core of the \$HEALTH protocol is a sophisticated zero-knowledge verification system that processes health documents through a multi-stage pipeline, ensuring complete privacy while extracting only verification metadata needed for token rewards.
The $HEALTH protocol uses mathematically enforced separation between personal identity and verification status. This dual-tier architecture makes it computationally impossible to link your identity to your health data, even for protocol operators.
The $HEALTH protocol uses advanced behavioral economics and cryptographic commitments to incentivize regular testing through a sophisticated reward system. status.health implements these rewards to encourage consistent sexual health verification.
Healthcare providers can integrate directly with the $HEALTH protocol through secure APIs, enabling automatic verification without user uploads while maintaining complete privacy through double-blind matching protocols.
When you choose to share your verification status through status.health, the \$HEALTH protocol uses OAuth 2.0 tokens with cryptographic signatures. These tokens reveal only what you explicitly authorize and are backed by your accumulated token reputation.
{
"verified": true,
"last_test": "2025-05-15",
"consistency_score": 95,
"health_tokens_earned": 1250,
"signature": "0x7f9a3b2c...",
"expires": "2025-05-30T23:59:59Z"
}The \$HEALTH protocol processes all sensitive data in temporary memory that's immediately wiped after use. We follow Department of Defense data sanitization standards to ensure no health information persists in the system.
Encrypted in transit
Temporary RAM only
Extract date & reward
DoD 5220.22-M standard
Full compliance with healthcare privacy regulations, with \$HEALTH protocol architecture that exceeds traditional HIPAA requirements through mathematical privacy guarantees.
Privacy by design architecture built into the \$HEALTH protocol ensures compliance with global data protection regulations through cryptographic separation.
Third-party audited security controls for data availability, processing integrity, and confidentiality across the entire \$HEALTH protocol infrastructure.
Deep dive into the protocol's tokenomics, governance model, and complete technical implementation.
Read Yellowpaper →Explore the detailed mathematical formulas powering \$HEALTH's cryptographic privacy and reward systems.
View Math →Get answers about \$HEALTH tokenomics, governance, and technical architecture.
View FAQ →The protocol uses zero-knowledge proof systems that extract only the test date from your document using cryptographic methods. The actual results never leave your device—we only receive mathematical proof that confirms when you were tested and calculate token rewards accordingly.
$HEALTH introduces cryptographic separation between identity and verification status, behavioral economics-based token rewards, temporal analysis algorithms for streak detection, and ephemeral data processing that guarantees zero retention of sensitive health information.
The dual-tier database architecture uses one-way cryptographic hashes with server-side secrets, making it computationally infeasible to link pseudonymous ProfileIDs back to real identities, even with database access. This protects both identity and token balances.
Tokens are earned through cryptographic proofs of verification, not through exposing health data. Your token balance exists in the verification layer, completely separated from your identity. Even token transactions maintain privacy through the protocol's cryptographic architecture.
While the protocol uses cryptographic proofs similar to blockchain technology, we don't store health data on public ledgers. Our system combines the privacy benefits of zero-knowledge proofs with traditional secure infrastructure and token-based incentives for sustainable adoption.
The $HEALTH protocol and status.health are designed so that even if compromised, an attacker would find no health data to steal—only cryptographic proofs of testing dates and pseudonymous token balances. The dual-tier isolation means identities, health verifications, and token earnings cannot be connected.
Dive deeper into the protocol, tokenomics, and technical architecture powering status.health.