City of Alcobendas
A case study implementing blockchain-based voting to ensure secure, transparent, and tamper-proof electoral processes for public institutions.
use-case
Blockchain-based secure and immediate vote counting for party voting, elections or shareholder meetings.
Traditional voting systems rely on a single entity to both manage the voting process and perform the counting. This creates a fundamental trust vulnerability that blockchain technology can address.
Blockchain-based secure and immediate vote counting applicable to political elections, internal party votes, and shareholder meetings. The system guarantees anonymity through digital identity and encryption, while the count is automatic, tamper-proof, and public.
A case study implementing blockchain-based voting to ensure secure, transparent, and tamper-proof electoral processes for public institutions.
Anonymity is guaranteed with a digital identity. The vote is secret and guaranteed by encryption.
The count is automatic, tamper-proof and public, ensuring complete transparency in the electoral process.
When a single entity both manages voting and performs counting, trust becomes critical. Blockchain ensures both processes are totally independent and impossible to tamper with. Compromising the system would require computational power 256 times greater than the 500 most powerful supercomputers in the world.
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