Product

How ADXP rebuilds advertising from first principles

Not putting existing ad systems on-chain. Redesigning the logic of digital advertising value flow with cryptographic verifiability at every step.

100ms

Auction Latency

Off-Chain RTB with On-Chain ZK Notarization

The central technical contradiction: RTB requires millisecond decisions, while settlement requires transparency. ADXP resolves this through a hybrid architecture.

Staked coordinator nodes form the auction layer with sub-100ms latency
Advertisers lock deposits on-chain and submit bid commitment hashes
Winner determined off-chain; ZK proof submitted to blockchain
Recursive Proof Aggregation: 5-second epochs → single Root Proof
97%+ gas reduction while maintaining full cryptographic verifiability
Any participant may challenge results; malicious coordinators slashed

Privacy-Preserving Targeting

Architected for the post-cookie world. Third-party cookies are gone — ADXP's PPT replaces them with cryptographic privacy, not more data extraction.

User data remains on-device in plaintext-free form
Client generates zk-SNARK locally proving criteria are met
Complex ML predictions run inside AMD SEV-SNP / ARM TrustZone TEEs
Users earn ADXP by voluntarily contributing anonymized data
Explicit authorization required for all data usage
GDPR, CCPA, and emerging privacy framework compliant by design

21-Node Verification Committee

Ad-Audit DePIN Network (DTVN)

A Decentralized Traffic Verification Network that structurally eliminates the conflict of interest of centralized verification. Physical hardware, geographic distribution, token incentives, and slashing.

Staked ADXP holders run fraud detection software
Browser fingerprinting, IP reputation, behavioral pattern recognition
AI-generated synthetic traffic detection models
Random sampling assigns each impression to a 21-node committee
BFT consensus for verification outcomes
Accurate nodes earn ADXP; false or negligent nodes slashed

// AI Agent discovers and bids
const adxp = new ADXPAgentClient({
  agentKey: agentWallet
});

const inventory = await adxp.discoverInventory({
  targetAudience: {
    interests: ['travel'],
    region: 'SEA'
  },
  maxCPM: 2.50
});

const bid = await adxp.submitBid({
  impressionId: inventory[0].id,
  bidAmount: 1.85
});
// Settlement auto-executes on delivery

AI Agent Bidding SDK

Machine-to-machine advertising transactions. By 2026, AI agents make purchasing decisions without human intervention. ADXP is the default programmatic layer for this economy.

Programmatic inventory discovery via API
Autonomous bid submission with budget constraints
Automatic smart contract settlement on verified delivery
Performance-conditional payment encoding
Early integration: autonomous travel planning agents
Full TypeScript / Python SDK support

Architecture

Layered protocol stack

From user-facing applications to blockchain settlement infrastructure

Application

Advertiser Console Publisher Console User Data Panel Analytics Dashboard AI Agent SDK

Core Protocol

Auction Protocol Settlement Protocol Verification Protocol Reputation Protocol Governance Protocol Data Protocol

Interoperability

LayerZero / CCIP Web2-Web3 Bridge Oracle Network

Blockchain

BSC Mainnet ADXP ZK-Rollup L3 IPFS / Arweave EigenDA

Comparison

ADXP vs. Traditional Programmatic

Why rebuilding the protocol layer is the only viable path forward

Dimension	Traditional RTB	ADXP Protocol
Settlement Speed	60–90 days	Instant (on-chain)
Publisher Revenue Share	40–51%	70%+
Auction Transparency	Opaque	ZK-verified, auditable
Fraud Detection	Centralized, conflicted	Decentralized DePIN
User Data Privacy	Extractive	On-device, ZK-proofs
User Compensation	None	10% of impression value
AI Agent Support	None	Native SDK
Cross-Chain	N/A	Omnichain (LayerZero/CCIP)