By Dipak Kurmi
The transition from traditional paper ballots to Electronic Voting Machines (EVMs) represents one of the most significant structural shifts in the history of Indian democracy. Developed by the Election Commission of India (ECI) in a strategic partnership with two premier state-owned entities, the Electronics Corporation of India Limited (ECIL) and Bharat Electronics Limited (BEL), the EVM system was designed to address the deep-seated vulnerabilities of the manual voting process. Prior to the late 1990s, the Indian electoral landscape was defined by the use of printed paper ballots, which were not only exorbitantly expensive to produce but also required a massive mobilization of post-voting resources for transportation, storage, and manual counting. This archaic system was plagued by logistical nightmares and, more critically, was highly susceptible to fraudulent activities. The most egregious of these was booth capturing, a phenomenon where party loyalists would forcibly take control of polling stations to stuff ballot boxes with pre-filled fake papers, a problem that grew alarmingly between the 1950s and the 1980s, often accompanied by widespread local violence.
The conceptual origin of the EVM dates back to 1977, when the Election Commission sought a technological intervention to eliminate the chaos and cost of paper-based elections. ECIL was tasked with the initial development, successfully producing a working model by 1979, which was subsequently demonstrated to various political parties on August 6, 1980. The manufacturing responsibilities were later shared between BEL and ECIL to ensure scalable production. The first real-world trial of these machines occurred in 1982 during the by-election for the Paravur Assembly constituency in Kerala. However, this early adoption faced a major judicial roadblock when the Supreme Court of India ruled that Sections 59 to 61 of the Representation of the People Act, 1951, specifically mandated the use of paper ballots. The court held that without a formal amendment to the law by Parliament, the use of alternate electronic technology was legally unauthorized, effectively halting the immediate deployment of EVMs across the country.
Legislative alignment finally arrived in 1989 when Parliament amended the Representation of the People Act to permit e-voting, yet widespread implementation remained stalled due to a lack of political consensus and lingering skepticism among stakeholders. It wasn’t until 1998 that the machines were reintroduced on an experimental basis across twenty-five State Assembly constituencies in Rajasthan, Madhya Pradesh, and Delhi. The success of these trials paved the way for broader adoption; by May 2001, EVMs were utilized in all constituencies for the Assembly elections in Tamil Nadu, Kerala, Puducherry, and West Bengal. The ultimate milestone in this technological journey occurred during the 2004 General Election, where EVMs were deployed across all 543 parliamentary constituencies for the first time. Since that landmark event, every State Assembly and parliamentary election in India has been conducted through this electronic medium, marking the end of the paper ballot era for national and state-level polls.
One of the most critical aspects of the Indian EVM is its architectural simplicity and isolation, which serves as its primary defense against hacking. These are standalone machines that are entirely self-contained and battery-powered, meaning they do not require any networking capability or external power source to function. Crucially, they lack any wireless or wired internet components, interfaces, or communication ports, rendering them immune to remote cyberattacks or cloud-based manipulation. This “air-gapped” design is complemented by sophisticated safety features, such as security locking and a hard-coded limit on the rate of voting—typically restricted to five votes per minute—to prevent the rapid “stuffing” of votes that was common during the era of booth capturing. Modern iterations also incorporate the Voter Verifiable Paper Audit Trail (VVPAT), which allows a voter to see a physical slip confirming their choice, adding a layer of transparency and a physical backup for audit purposes.
The security protocol surrounding the handling of EVMs is as rigorous as the hardware itself. Once polling concludes on election day, the balloting and control units are separated, and the control units are moved under heavy guard to secure, locked premises. The presiding officer is mandated to provide each polling agent with an account of the total votes recorded, ensuring that the starting count at the counting center matches the closing count at the booth. To manage the vast inventory of devices, the Election Commission utilizes specialized EVM Tracking Software (ETS), which monitors the movement and location of every unit on a real-time basis. Furthermore, the embedded hardware and software are designed with a “pairing” logic, ensuring that a specific control unit will only function with the specific balloting unit assigned to it by the Commission, thereby preventing unauthorized component swapping or tampering after the polls have closed.
The process of counting votes is designed to be tamper-proof and highly transparent, occurring only in the presence of designated officers and political representatives. Results are displayed on the control unit only after the “Result” button is pressed, but this button is protected by strict mechanical and logical safeguards. It is physically hidden and sealed, and the system is programmed such that the result cannot be accessed unless the “Close” button was previously pressed by the officer-in-charge at the exact end of the voting period. This sequence ensures that no results can be previewed or altered during the polling process. At the counting center, the seal is broken, and the total displayed on the machine is tallied against the records provided on polling day. This systematic approach has drastically reduced the time required to declare winners, often allowing for the conclusion of counting for millions of votes within a single day, a feat that previously took nearly a week with manual paper sorting.
Despite their proven efficiency, the reliability of EVMs has frequently been challenged in the judicial arena through various lawsuits and public interest litigations. Critics have often raised speculations regarding the potential for electronic fraud or internal software manipulation. However, the judiciary has remained a steadfast supporter of the technology, with both High Courts and the Supreme Court repeatedly dismissing such challenges as either frivolous or lacking in empirical evidence. The courts have consistently ruled in favor of the Election Commission, affirming that the use of EVMs is not only technologically sound but also constitutionally valid. By eliminating the logistical burden of transporting millions of paper ballots and mitigating the risk of physical booth capturing, the EVM has become the cornerstone of electoral integrity in the world’s largest democracy, evolving from a 1970s proposal into a robust, indispensable tool of modern governance.
(The writer can be reached at dipakkurmiglpltd@gmail.com)
