web3

Portly

Portly is a premium, AI-powered crypto portfolio tracking platform that functions as a single glass pane for your digital wealth. It securely links with MetaMask on the BSC network to provide zero-latency WebSocket updates the millisecond a block is finalized. Featuring a sentient AI engine for deep risk analysis, it transforms complex on-chain data into institutional-grade visuals while rewarding active users with POTL tokens for completing strategic platform missions.

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About the project

Portly is a premium, AI-powered crypto portfolio tracking platform designed to function as an institutional-grade command center for managing digital wealth across multiple blockchains. The system acts as a sentient layer on top of the blockchain ecosystem, combining deep learning AI models with real-time analytics to process millions of on-chain signals. By utilizing high-performance WebSocket architectures, Portly unifies liquidity tracking for Ethereum, Solana, and Polygon on a single glass pane, ensuring portfolios update the exact millisecond a block is finalized.

Built with a non-custodial gateway architecture, the platform connects securely with MetaMask on the BSC network to sync identities in milliseconds while keeping private keys entirely on the user's device. In addition to deep risk assessment and pattern recognition, the platform features an engaging Play-to-Earn ecosystem. Users can complete strategic platform missions and claim POTL token rewards, which are airdropped to their connected wallets instantly via automated smart contract routing.

Key Results & Outcomes

Engineered a high-performance WebSocket architecture to deliver zero-latency syncing and updating digital asset portfolios the exact millisecond a transaction block is finalized.

Implemented a sentient deep learning AI engine that scans wallet balances instantly to calculate precise risk scores and identify bullish pattern divergences.

Designed and optimized a non-custodial gateway integration with MetaMask and reducing credential verification latency down to an industry-leading 2 milliseconds.

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