ALL SARKARI EXAM: Blockchain Technology in Voting

Election Commission (EC) officials are exploring the potential of using blockchain technology to enable remote voting. The aim is to overcome the geographical hurdles in voting.
Remote voting may take place in person somewhere other than an assigned polling station or at another time, or votes may be sent by post or cast by an appointed proxy.
There have been demands from various political parties that the EC should ensure that migrant workers who miss out on voting, as they cannot afford going home during elections to exercise their franchise, should be allowed to vote for their constituency from the city they are working in.

Blockchain is a system in which the database of recordings (a ‘chain’) appears on multiple computers at the same time even as it is updated with any new digital information (‘a block’).
It offers a singular combination of permanent and tamper-evident record-keeping, real-time transaction transparency and audibility.
The initial and primary use of blockchain technology was for monitoring cryptocurrency (e.g. bitcoin) transactions. However, other users and applications have emerged in the last few years.
The government of Andhra Pradesh and Telangana have put the land records on the blockchain technology owing to its easy traceability feature.

Growing concern over election security, voter registration integrity, poll accessibility, and voter turnout has led governments to consider blockchain-based voting platforms as a means to increase faith and participation in essential democratic processes.
Electronic voting has been used in varying forms since the 1970s with fundamental benefits over paper-based systems such as increased efficiency and reduced errors. At present, the feasibility of blockchain is being explored for effective e-voting.
Even the EC had used a one-way electronic system for service electors (consisting of personnel belonging to the armed forces, central paramilitary forces, and central government officers deployed at Indian missions abroad) i.e. Electronically Transmitted Postal Ballot System (ETPBS) in 2019 Lok Sabha Elections.
Blockchain’s decentralized, transparent, immutable, and encrypted qualities could potentially help minimize election tampering and maximize poll accessibility.

A blockchain remote voting process would involve voter identification and authorization using a multi-layered IT-enabled system (with the help of biometrics and web cameras) at the venue.
After a voter's identity is established by the system, a blockchain-enabled personalized e-ballot paper (Smart Contract) will be generated.
When the vote is cast (Smart Contract executed), the ballot would be securely encrypted and a blockchain hashtag (#) will be generated. This hashtag notification would be sent to various stakeholders i.e. the candidates and political parties.

Any new technology systems, including those based on blockchain technologies, are vulnerable to cyber-attacks and other security vulnerabilities.
These could cause vote manipulation, paper trail erasure, or electoral chaos.
Furthermore, a voter verification system that uses biometric software, such as facial recognition, could lead to false positives or negatives in voter identification, thus facilitating a fraud or disenfranchising citizens.
Blockchain-based voting systems may also entail privacy risks and concerns.

India is primed to lead globally on how it transitions to next-generation voting systems. However, pilot examples from the 2018 US midterm elections underline that there needs to be a bridge between security concerns and technological innovation. Thus, such a service should be provided by an extremely vetted technology provider and system.
EC could try blockchain-based voting first as a mock exercise in some locations on a small scale and keep having stress tests to ensure it is durable. Then it can go onto the next level of having mock elections where people can take part using EVMs for their real vote and a mock vote.

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