Haryana EVM Verification Plea to be Heard by Supreme Court Today

Haryana EVM Verification Plea to be Heard by Supre

The Supreme Court will address a new legal challenge concerning the use of Electronic Voting Machines (EVMs) in the recent Haryana Assembly elections. This case, brought forward by Congress leaders, asks for a verification of the EVMs. The leaders are worried about the fairness and accuracy of the voting process, expressing concerns about possible errors in the election results.

The case is scheduled to be heard on Friday by Justices Dipankar Datta and Manmohan. The petitioners are seeking a thorough examination of the EVMs to ensure that all votes were recorded accurately. This request comes after two previous attempts to get the court to order the Election Commission of India (ECI) to verify the EVMs. Therefore, this marks a continuing effort to address concerns about the integrity of the election process.

Specifically, the Congress leaders believe that verifying the EVMs is vital for maintaining transparency in a democracy. They argue that such a check is necessary to reassure the public that the votes cast by citizens were correctly counted. The bench of Justices Dipankar Datta and Manmohan will now consider these arguments and decide if they warrant a verification of the EVMs used during the Haryana elections.

This court case is especially significant given that previous similar requests have been turned down. For instance, on December 20, a different bench of the Supreme Court, led by Chief Justice Sanjiv Khanna and Justice Sanjay Kumar, refused to act on similar pleas. Consequently, this new case highlights how persistent concerns are about election integrity.

Ultimately, the upcoming hearing is an important legal development. The court’s decision will likely have a large impact on the conduct of future elections and public confidence in the voting system. The Supreme Court website has confirmed that the case will be taken up on January 24, setting the stage for a key legal discussion on EVM usage.

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