Computer Science & Engineering | Focus: Solana DeFi & RWA Architecture
Architecting deterministic state machines and collateralized lending infrastructure. Specializing in Rust-based memory-safe execution, high-throughput Solana on-chain programs, and secure atomic settlements for neo-banking environments.
- On-Chain Execution: Solana, Rust, Anchor Framework, Native Instruction Serialization
- Off-Chain Routing: Actix-web, Next.js, TypeScript
- System Environment: Pop!_OS (Linux), Deterministic CI/CD Pipelines
- Asset Architecture: JIT-funded stablecoin corridors (EURC, USDC), RWA integrations, NFC-to-fiat bridging
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📦 solana-compliance-hook
Solana / Rust / Anchor Collateralized lending and borrowing monorepo. Engineered for strict memory efficiency and instant liquidation corridors. |
💳 CryptoCardBridge
Solana / Actix-web / TypeScript Integrated lending vault and crypto payment layer. Facilitates JIT-funded debit card transactions with real-time atomic settlement. |
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⚙️ Stablecoin Payment System
Solana / Native Rust/webhook/anchor A high-performance, dual-implementation (Anchor reference + native zero-copy) Solana stablecoin payment rail with enterprise-grade orchestrator, idempotent APIs, webhook reliability, and future-proof on-chain state |
📡 BDT Crossrate Oracle
Rust/CI_CD/Anchor/Typescript/RPC/Solana An enterprise-grade, high-efficiency Solana oracle program that synthesizes a real-time, fixed-point BDT/USD price feed. The architecture is explicitly decoupled into an asymmetric cross-rate engine: it matches a low-frequency, low-liquidity off-chain fiat leg updated via a zero-cost serverless crank with a high-frequency on-chain leg |
(Warning: State reliance on shared public API limits)
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