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Challenges of Quantum Computing

Challenges of Quantum Computing

Quantum computing is getting closer to becoming a staple technology. Large tech companies are heavily investing in quantum technologies and…
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Scytl
The Diffie-Hellman(-Merkle) Key Exchange

The Diffie-Hellman(-Merkle) Key Exchange

Exploring some of the most impactful cryptographic research
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Scytl
The Dark Side of Urban Artificial Intelligence

The Dark Side of Urban Artificial Intelligence

Addressing the environmental and social impacts of algorithms
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Scytl
The State of the Art in Quantum Computing

The State of the Art in Quantum Computing

Where we are currently, and where we are headed
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Scytl
The mGov4EU project’s pilot in Stuttgart

The mGov4EU project’s pilot in Stuttgart

Notes from the second phase
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Scytl
A Gentle Introduction to Elliptic Curve Cryptography

A Gentle Introduction to Elliptic Curve Cryptography

And the math that makes it possible
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Scytl
E-Vote-ID 2023: Eighth International Joint Conference on Electronic Voting

E-Vote-ID 2023: Eighth International Joint Conference on Electronic Voting

Scytl’s papers, poster, and experience
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Scytl
Coercion-Resistant Cast-as-Intended Verifiability in Electronic Voting Systems

Coercion-Resistant Cast-as-Intended Verifiability in Electronic Voting Systems

Industrial PhD Thesis
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Scytl
mGov4EU’s Pilot Project at Tartu University

mGov4EU’s Pilot Project at Tartu University

Online Voting with eID and Wallet authentication
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Scytl
Standard Security Testing

Standard Security Testing

Is it enough for Online Voting?
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Scytl
Coercion Resistant Cast-as-Intended Verifiability for a Computationally Limited Voter

Coercion Resistant Cast-as-Intended Verifiability for a Computationally Limited Voter

Voting’23 Workshop Paper Summary
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Scytl
Anonymous Elections (II)

Anonymous Elections (II)

Vote codes, blind signatures and anonymous channels
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Scytl
How to Encode Voting Options

How to Encode Voting Options

Making your voting choices encryption-ready
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Scytl
Is Source Code Publication Enough to Ensure Security in Elections?

Is Source Code Publication Enough to Ensure Security in Elections?

Trusted and Reproducible Builds
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Scytl
How Do We Test and Audit an Online Voting System?

How Do We Test and Audit an Online Voting System?

Ensuring security and integrity
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Scytl
Cryptographic Key Management for Online Voting

Cryptographic Key Management for Online Voting

The lifecycle of a cryptographic key
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Scytl
How to Avoid Repetitions in Lattice-Based Deniable Zero-Knowledge Proofs

How to Avoid Repetitions in Lattice-Based Deniable Zero-Knowledge Proofs

Making Deniability User-Friendly
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Scytl
Biometric Technologies for Voter Authentication

Biometric Technologies for Voter Authentication

Identifying Voters with Physiological Characteristics
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Scytl
At the Intersection of Voting Technology and Electoral Standards

At the Intersection of Voting Technology and Electoral Standards

Scytl’s experts present their research findings at E-Vote-ID 2022
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Scytl
Voter Authentication in Online Voting

Voter Authentication in Online Voting

A catalog of authentication solutions for election administrators
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Scytl
PROMETHEUS: Evaluating the feasibility and performance of a quantum-resistant online voting system

PROMETHEUS: Evaluating the feasibility and performance of a quantum-resistant online voting system

Meeting the challenges of quantum computing
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Scytl
Leveraging Quantum Cryptography for Online Voting

Leveraging Quantum Cryptography for Online Voting

Opportunities and Challenges
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Scytl
Cryptography: Conventional, Quantum, Post-Quantum

Cryptography: Conventional, Quantum, Post-Quantum

Where cryptography is now, and where it is going
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Scytl
How to Securely Vote From My Own Device

How to Securely Vote From My Own Device

Maintaining voter privacy and ballot integrity
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Scytl
Anonymous Elections

Anonymous Elections

Mix-Nets and Homomorphic Tallying
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Scytl
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