Towards Post-Quantum Secure E-Voting

It is a common belief that quantum computers will pose a security risk to current public key cryptography schemes in use, including remote electronic voting systems. This is mostly because most known online voting protocols make use of cryptosystems that are based on discrete logarithm or factoring problem which are hard for classical computers, but not quantum computers. Although, current quantum computers aren’t complex enough to run these kinds of attacks yet, in a few decades they will be. Thus, there is a good reason to worry about the ballot’s privacy already now.

Digital Identity Series - The Right Technology

Being a technology provider, there is a risk of sounding biased when talking about the right technology for digital identity solutions, but I’m not here to just say, “our technology is the right technology”. I want to raise points that should be considered when deciding which technology is right for the kind of service being implemented and the particular user-base it’s aimed at.

Digital Identity Series - Why the Banks?

Max van de Poll is the Head of Digital Identity at Cybernetica, and responsible for SplitKey, the next generation mobile authentication and digital signing tool for digital government and high value transaction-based organisations. He’s put together a short blog series around digital identity and how to create successful services that benefit everyone, from government to businesses to citizens. Have a read and do engage with comments, arguments for different approaches, and questions.

UXP Connector 1.6 Now Released

Spring 2020 has brought along a new version of UXP Connector from Cybernetica’s Data Exchange Technologies team. Version 1.6 of Connector was launched on 30th April and it introduces both new functionality and smaller improvements.