Image from Freepik

Imagine going into the voting booth and being greeted by a machine, not much dissimilar from a touch screen-enabled ATM. You click a large Start button and you enter your social security number, or whatever unique identifier is issued to you by the country you live in.

On the next step, you are greeted by the images of all candidates that participate in the current election campaign. You select your choice and click a large Confirm button. In the final step, you are asked to confirm your choice. A full screen image of your choice is presented with a simple question: “Are you sure you want to vote for [name]?”. You then click Confirm & Vote. You are done.

In an instant, your vote is recorded on a permissioned blockchain. Due to loss of data concerns, local permissioned blockchains will be created for each voting area. When all votes are collected and voting is closed, local data could be fed to another permissioned blockchain that operates at the country level.


Running a few simple math operations on the data provided by the central permissioned blockchain is all any country would need to announce the results of an election.

Instead of waiting for hours upon hours, and in some cases, days, a blockchain-based voting system will ensure the prompt processing of voting data, along with immutability, security and storage.

Compared to the election process that is widely used nowadays, the blockchain-enabled election process of the future paints a better picture, one that values voters’ personal time. In a digital age, we are still resorting to paper to handle one of the most fundamental processes of democracy. It is slow, financially ineffective, and most of all, outdated.

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