🌐 SOULBOARD

Smarter Ads. Cryptographically Verified Engagement.

Welcome to ADMOJO Protocol: Module Subrepo

Say goodbye to ad fraud. With cryptographic Proof of Views (via ESP32-CAM) and Proof of Taps (via NFC interactions), ADMOJO ensures every interaction is authentic and verifiable.

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🚀 Modules Breakdown

1. 📸 admojo_web_server — Cryptographic Proof of Views Engine

Goal: Authenticate real-time visual engagement using blockchain cryptography.

• ESP32-CAM securely streams MJPEG video
• Firmware authenticity ensured via SHA256 hashes signed using ECDSA (secp256k1)
• Golang backend (GoCV + OpenCV with SSD/ResNet DNN) detects human faces securely
• Aggregates cryptographically signed viewer counts, submitted securely on-chain

Highlights:

• SHA256 hash integrity verification
• IoU filtering prevents duplicate counts
• Real-time cryptographic verification of video feeds

🔍 Ads aren’t just viewed; they're cryptographically proven.

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2. 📲 admojo_nfc_module — Cryptographic Proof of Taps Module

Goal: Ensure user taps are genuine and verifiable via blockchain.

• ESP32 WROOM + PN532 NFC securely fetches dynamic campaign URLs
• NFC tags written with NDEF format, secured using ECDSA-signed SHA256 firmware hashes
• Deep sleep cycles protect against interference and fraud

Cryptographic Security:

• Secure signing of URLs (ECDSA)
• NFC tags locked with unique cryptographic sector keys

✨ Passive views show interest; cryptographically secured taps prove engagement.

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3. ⚙️ admojo_compute_node — Golang Blockchain Oracle & Verifier

Goal: Provide cryptographically verifiable data directly on Ethereum.

• Authenticates firmware hashes and signatures via Ethereum-compatible ECDSA (secp256k1)
• Real-time verification of SHA256 hashes ensures data integrity
• Aggregates viewer metrics, pushing cryptographically verified data to Ethereum smart contracts

Core Features:

• Robust ECDSA signature verification
• Secure integration with Ethereum blockchain
• Immutable on-chain storage of verified metrics

🔗 Securely bridging off-chain IoT interactions to Ethereum smart contracts.

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🔗 On-Chain Cryptographic Logic

• ADC Token: Ethereum-based token staked and distributed via cryptographically secured engagement metrics
• Smart Contracts:
  • Verify ECDSA signatures and SHA256 firmware hashes in real-time
  • Automate token allocation based on cryptographically proven metrics
  • Transparent, immutable, and auditable Ethereum blockchain transactions

All actions cryptographically verifiable, immutable, and auditable.

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💡 Why ADMOJO?

• 🔒 Cryptographic Verification: Ensures authenticity and integrity
• 📡 Blockchain IoT Integration: Real-world secured analytics
• 🌐 Ethereum Transparency: Complete transparency in ad spend
• 💸 Performance-Proven: Pay exclusively for cryptographically verified engagement

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📅 MVP Milestones

• ✅ Subtask 1: ESP32-CAM cryptographic views verification
• ✅ Subtask 2: NFC cryptographic security & dynamic campaign URLs
• ✅ Subtask 3: Golang backend cryptographic verification & Ethereum integration

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🛠 Tech Stack

• Hardware: ESP32 WROOM/CAM, PN532 NFC Module
• Software: Arduino IDE, GoCV, OpenCV, Golang
• Blockchain & Cryptography: Ethereum, Solidity, Foundry, Metal API, ECDSA (secp256k1), SHA256

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👾 Join the ADMOJO Movement

ADMOJO Protocol represents the next-generation Ethereum-powered, cryptographically secured advertising platform.

Join our community of blockchain developers, IoT enthusiasts, and cryptography innovators.

ADMOJO Protocol — where interactions aren't merely recorded; they're cryptographically proven.