Online Voting Security

Security of the Voting Process

The security of an online ballot relies on the protection of every stage of the voting lifecycle, from voter authentication to ballot storage and vote counting. Online voting systems must guarantee strict properties such as ballot integrity, confidentiality and resistance to manipulation.

Voteer ensures that each vote is processed as a secure and indivisible transaction. Once a voter submits their ballot, the vote is encrypted and transmitted to the electronic ballot box where it is securely stored until the end of the voting period.

The electronic ballot box is protected by cryptographic mechanisms and sealed through a verifiable sealing process. This seal guarantees that the ballot box cannot be opened or altered during the voting period. Any attempt to modify the ballot box would invalidate the seal and be immediately detectable.

Ballots remain encrypted and securely stored in the electronic ballot box throughout the entire voting period, ensuring that the integrity of the ballot box is preserved until the official closing of the ballot.

At the end of the voting period, the electronic ballot box is opened through a controlled decryption process. The decryption keys can either be distributed among trusted stakeholders through a Decryption Key Distribution mechanism, or securely stored within a protected Decryption Key Vault.

This architecture ensures that no single actor can access the ballots alone and that the opening of the ballot box follows a controlled and auditable procedure.

Through these mechanisms, Voteer guarantees that ballots remain protected throughout the entire voting lifecycle and that results can only be calculated once the ballot has officially closed.

Verifiable Voting Principles

Trust in an online voting system requires more than technical protection. It also requires mechanisms that allow voters and authorized stakeholders to verify that the voting process has been conducted correctly.

Voteer implements verification mechanisms aligned with internationally recognized principles of verifiable electronic voting, based on two key properties: individual verifiability and universal verifiability.

Individual verifiability allows each voter to confirm that their ballot has been correctly recorded in the electronic ballot box. After submitting their vote, the voter receives a proof of vote which enables them to verify that their ballot is present in the ballot box without revealing the content of their vote.

Through a dedicated verification interface provided by the platform, voters can confirm that their ballot has been properly recorded while preserving ballot secrecy when required.

Universal verifiability ensures that the integrity of the overall voting process can be independently verified. Authorized stakeholders can confirm that the ballots contained in the electronic ballot box correspond exactly to the results published once the ballot closes.

These principles are supported by widely recognized verification mechanisms such as cast-as-intended, recorded-as-cast and counted-as-recorded, which ensure that votes are correctly captured, securely recorded and faithfully counted.

Together, individual and universal verifiability strengthen transparency and confidence in the online voting process while ensuring that the integrity of the ballot box can be independently verified.

Platform Architecture

The reliability of an online voting system depends not only on the security of the voting process itself but also on the resilience of the infrastructure supporting the platform.

Voteer’s platform architecture is designed to ensure availability, stability and protection against operational risks that could affect the voting process.

The platform is hosted in two independent data centers located in France, operating in active/active mode. This architecture ensures high availability and operational continuity throughout the voting period, allowing the system to maintain service even in the event of an infrastructure incident.

Secure communication protocols protect all interactions between voters and the platform, ensuring that data exchanged during the voting process cannot be intercepted or altered.

Operational monitoring mechanisms allow the platform to detect abnormal activity and maintain system stability throughout the ballot lifecycle.

By combining resilient infrastructure, active/active architecture and continuous monitoring, Voteer ensures that the online voting platform remains reliable and accessible throughout the entire voting process.

Security Governance

Ensuring the long-term security of an online voting platform requires not only strong technical protection but also structured governance and operational procedures.

Voteer applies strict security governance practices to supervise the platform and its operational processes.

Risk management procedures help identify potential vulnerabilities and ensure that the platform maintains a high level of protection. Security policies and operational procedures are regularly reviewed to adapt to evolving threats and operational risks.

These governance mechanisms ensure that security practices are consistently applied across the organization and that the integrity of the voting platform is maintained over time.

Data Protection

Voteer applies strict data protection principles throughout the organization and management of ballots.

Personal data is processed according to data minimization principles and collected only when necessary for the organization of the voting process.

All data associated with the platform is hosted and processed in France, ensuring alignment with the European regulatory framework for data protection.

Data handling procedures ensure controlled processing, limited retention periods and secure management of information associated with voters and ballots.

The platform also guarantees data reversibility, allowing organizations to recover their data and ensuring that information can be securely exported or removed according to data lifecycle requirements.

Voteer also implements data deletion mechanisms, allowing organizations to remove personal data, archived information or all data associated with a ballot when it is no longer required. These deletion processes help ensure compliance with data protection obligations and support responsible data lifecycle management.

Quality and Security Assurance

Voteer applies a continuous quality and security assurance approach to maintain the reliability, stability and security of the online voting platform.

The platform undergoes regular technical testing and security assessments designed to evaluate its resilience against potential vulnerabilities and ensure the integrity of critical voting components.

Independent experts conduct penetration testing and security reviews to assess the robustness of the platform and validate the protection mechanisms supporting the voting process.

These assessments complement internal quality controls and continuous platform improvements, ensuring that the system maintains a high level of reliability, operational stability and security for organizations conducting ballots.

Assistance and Operational Support

Organizing a secure online ballot requires not only a robust platform but also operational expertise.

Voteer provides assistance and support to organizations throughout the preparation and execution of ballots when needed. Dedicated teams can assist clients with the configuration of ballots, voter lists and voting procedures.

Organizations can also operate the platform fully independently, managing the preparation, launch and monitoring of their ballots directly through the Voteer interface.

This flexibility allows organizations to benefit from expert guidance when required while maintaining full control over the voting process.

At every stage, organizations remain fully responsible for the conduct of their ballots, while relying on a secure and transparent voting platform.

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Secure Online Voting — Frequently Asked Questions

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