Login and authentication
Django provides robust and secure user authentication, while Python's secrets library guarantees secure token generation for email verification. This ensures that only authorized users can access the system.
Election creation
This information is stored in a JSON manifest, used to generate public-private key pairs. The ElectionGuard SDK providescryptographic security for key generation, guaranteeing the integrity and security of the election configuration.
Candidate and voter management
Django 's database templates facilitate secure and efficient data management, ensuring that candidate and voter information is stored and accessed securely.
Custodian management
Custodian and key management using the ElectionGuard SDK ensures that no single entity can decrypt votes, decentralizing trust and reinforcing security.
Creating smart contracts
Smart contracts on Tezos offer a transparent and immutable record of the election, ensuring that election data is forgery-proof and publicly verifiable.
Opening the election
Ensuring that only verified users can open the election maintains security, while using the ElectionGuard SDK to open the election ensures that election processes are cryptographically secure.
Monitoring and Tracking
Django provides reliable tracking and logging capabilities, ensuring that the election process is transparent and any issues can be promptly addressed.
Election closure and decryption
Homomorphic encryption enables votes to be counted without decrypting individual votes, guaranteeing voter confidentiality. Zero Knowledge Proofs (NIZK) guarantee that the count is correct without revealing any individual votes.
Connexion et authentification
Django fournit une authentification utilisateur robuste et sécurisée, tandis que la bibliothèque secrets de Python garantit une génération sécurisée de jetons pour la vérification par email. Cela assure que seuls les utilisateurs autorisés peuvent accéder au système.
Création d'élection
Ces informations sont stockées dans un manifeste JSON, utilisé pour générer des paires de clés publique-privée. Le SDK ElectionGuard fournit une sécurité cryptographique pour la génération de clés, garantissant l'intégrité et la sécurité de la configuration de l'élection.
Gestion des candidats et des électeurs
Les modèles de base de données de Django facilitent une gestion sécurisée et efficace des données, garantissant que les informations sur les candidats et les électeurs sont stockées et consultées de manière sécurisée.
Gestion des gardiens
La gestion des gardiens et des clés à l'aide du SDK ElectionGuard garantit qu'aucune entité seule ne peut décrypter les votes, décentralisant ainsi la confiance et renforçant la sécurité.
Création de contrats intelligents
Les contrats intelligents sur Tezos offrent un enregistrement transparent et immuable de l'élection, garantissant que les données de l'élection sont infalsifiables et vérifiables publiquement.
Ouverture de l'élection
S'assurer que seuls les utilisateurs vérifiés peuvent ouvrir l'élection permet de maintenir la sécurité, tandis que l'utilisation du SDK ElectionGuard pour l'ouverture de l'élection garantit que les processus électoraux sont cryptographiquement sécurisés.
Monitoring and Tracking
Django provides reliable tracking and logging capabilities, ensuring that the election process is transparent and any issues can be promptly addressed.
Clôture de l'élection et déchiffrement
Le chiffrement homomorphique permet de compter les votes sans décrypter les votes individuels, garantissant ainsi la confidentialité des électeurs. Les preuves NIZK (Zero Knowledge Proofs) garantissent que le décompte est correct sans révéler aucun vote individuel.
Enhanced safety
Multiple defenses
Our technology relies on multiple layers of security to protect the integrity of elections. We use advanced encryption techniques, verification via blockchain and decentralized data storage. Each layer provides an additional barrier against tampering or hacking.
Voting confidentiality
Homomorphic encryption
Homomorphic encryption enables votes to be counted without ever being decrypted. As a result, votes remain encrypted and confidential during the counting process. Only the final total is revealed, ensuring that individual votes remain secret and secure from end to end.
Decentralized key management
No single point of control
In our system, no single entity holds all the keys needed to decrypt votes. Instead, keys are distributed among several trusted participants, known as guardians. Even if a key is compromised, the votes remain secure because all the guardians must work together to decrypt the final total.
Verifiable evidence
Transparency and trust
Every vote and every total is accompanied by verifiable cryptographic evidence. Anyone can check that votes have been correctly encrypted, counted and not falsified. This transparency enables independent verification of the electoral process by any observer.
Unalterable records
Immutable blockchain
Once election data has been recorded on the blockchain, it becomes immutable, i.e. it cannot be modified or deleted. Each block contains a cryptographic hash of the previous block, creating a secure data chain. Any attempt at modification would be immediately detected, ensuring that election results are permanent and unfalsifiable.
Multiple defenses
Our technology relies on multiple layers of security to protect the integrity of elections. We use advanced encryption techniques, verification via blockchain and decentralized data storage. Each layer provides an additional barrier against tampering or hacking.
Homomorphic encryption
Homomorphic encryption enables votes to be counted without ever being decrypted. As a result, votes remain encrypted and confidential during the counting process. Only the final total is revealed, ensuring that individual votes remain secret and secure from end to end.
No single point of control
In our system, no single entity holds all the keys needed to decrypt votes. Instead, keys are distributed among several trusted participants, known as guardians. Even if a key is compromised, the votes remain secure because all the guardians must work together to decrypt the final total.
Transparency and trust
Every vote and every total is accompanied by verifiable cryptographic evidence. Anyone can check that votes have been correctly encrypted, counted and not falsified. This transparency enables independent verification of the electoral process by any observer.
Immutable blockchain
Once election data has been recorded on the blockchain, it becomes immutable, i.e. it cannot be modified or deleted. Each block contains a cryptographic hash of the previous block, creating a secure data chain. Any attempt at modification would be immediately detected, ensuring that election results are permanent and unfalsifiable.
