Decentralized Voting System Using Stellar Technology

Author(s)	Prof. Sana Ara, Prof. Sonia Fathima, Prof. Shama Banu, Prof. Spandana M J, Prof. Kavitha J, Prof. Pushpavathi H E H E
Country	India
Abstract	The Stellar-based Blockchain Voting System lever ages blockchain technology and AI driven authentication to revolutionize electoral processes by providing secure, transparent, and efficient voting solutions. This project explores the integration of Stellar’s low-cost transaction capabilities and Rust-based smart contracts, ensuring scalability and robust security. Advanced features such as AI-based face recognition and OCR models enhance voter authentication, while blockchain’s immutability safeguards against tampering and fraud. The analysis highlights the system’s adaptability across diverse electoral processes, from national elections to private organizational voting. By combining innovative technologies and user-centric design, the system sets a benchmark for tamper-proof, accessible, and scalable voting solutions, paving the way for a more inclusive and secures democratic process.
Keywords	Blockchain Voting, Stellar, Rust Smart Con- tracts, AI Authentication, Electoral Security, Scalable Voting Systems.
Field	Engineering
Published In	Volume 8, Issue 1, January-February 2026
Published On	2026-02-21

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