Backend & Security Engineer. Specialized in building zero-trust architectures, designing robust anti-abuse systems, and engineering high-performance platforms for 1M+ concurrent users. I focus on scalability, security, and operational excellence.
High-throughput client system engineered for extreme runtime optimization. Handles 1M+ daily executions with sub-millisecond latency. Features modular architecture, zero external dependencies, and advanced reverse-engineering capabilities. Built to scale effortlessly in demanding environments.
Enterprise-grade key management platform with cryptographic validation and sophisticated bypass prevention. Implements zero-trust checkpoint architecture, session expiration policies, and secure key issuance mechanisms. Designed to withstand sophisticated attack patterns while maintaining operational simplicity.
Enterprise-grade runtime protection engine preventing memory dumps, code injection, and unauthorized tampering. Advanced AST-level obfuscation with PostgreSQL-backed enforcement. Protects intellectual property through sophisticated code analysis and runtime monitoring. Trusted by high-value applications.
Scalable URL redirection service with distributed architecture. Implements Hashids encoding, JWT authentication, and sophisticated rate limiting. Engineered for sub-100ms response times with comprehensive analytics and audit logging across multiple deployment zones.
Comprehensive institutional access management system with role-based access control (RBAC). Features real-time permission validation, granular audit logging, and compliance-ready architecture. Designed specifically for education technology with institutional-grade security and reliability.