Expanse simulates blockchain voting

Rage Review : Expanse Borderless Tech is a blockchain startup that aims to improve voting methods. After the company's system demonstration, it successfully simulated the US election on the blockchain; taking advantage of the upcoming US election, it compared and demonstrated the huge advantages of the blockchain voting system, which is believed to attract the attention of relevant institutions.

Translation: Annie_Xu

Previously, Expanse Borderless Tech announced that it would develop a blockchain voting system to solve the problem of irregular voting; the company has successfully simulated the US election on the blockchain.

With the election less than a week away, this simulation is designed to demonstrate blockchain’s ability to transform traditional systems; clearly, traditional systems have too many uncertainties.

Disruptive Technology

Blockchain has demonstrated great advantages in many fields.

Expanse stated that the existing voting system is "outdated and ridiculous", with many uncertainties and uncontrollable factors. Moreover, compared with disruptive technologies, the existing system lacks convenience and efficiency.

Expanse founder Christopher Franko listed the advantages of the blockchain voting system, including permanent storage of votes, immutability, prevention of duplicate voting, convenience, etc.

Christopher Franko

Blockchain is the perfect technology

Franko described the worst-case scenario that could occur with a blockchain voting system:

"Even if someone can cheat the system, it will be identified and recorded by the blockchain. This alone shows the advantage of the Expanse voting system over traditional systems."

Franko concluded that Expanse currently takes an anonymous form because it is just a technical demonstration without an identity recognition system; however, the possible form of the system in the future is still uncertain, perhaps completely anonymous, perhaps with real identity; in short, it will be designed according to actual needs.