Walk into any polling booth in India today and you won't find a ballot box or an ink stamp for a paper slip. You'll find a small grey machine with a blue button, a printer clicking out a paper slip you can glance at for seven seconds, and a queue moving faster than it ever did with paper ballots. That machine is the Electronic Voting Machine, or EVM — and it's only half the story of how elections have gone digital.
The other half is louder, messier, and a lot newer. It's AI-written speeches translated into eight languages in real time. It's a deepfake of a politician who died years ago, endorsing a candidate on WhatsApp. It's a campaign war room running the same micro-targeting playbook Amazon uses to sell you shoes — except the product is a vote.
This piece covers both sides: how EVMs actually work and why India built the world's largest electronic voting system, then how artificial intelligence has taken over campaign strategy in the years since. If you've ever wondered whether EVMs can be hacked, how AI decides which ad you see before an election, or what the Election Commission's new AI disclosure rule actually requires — this is the explainer.
What Is an EVM and How Does It Work?
An EVM (Electronic Voting Machine) is a two-part device — a Control Unit operated by the polling officer and a Balloting Unit inside the voting booth — connected by a cable, that records each vote electronically instead of on paper. EVMs typically fall into the Direct Recording Electronic category, where the voter selects a candidate on a button interface and the vote is stored directly in machine memory, and India operates the world's largest EVM-based electoral system.
Here's what actually happens at the booth:
- The presiding officer activates your ballot from the Control Unit after checking your voter ID against the electoral roll.
- You step into the compartment and press the blue button next to your chosen candidate's name and symbol on the Balloting Unit.
- A long beep confirms the vote is recorded, and the candidate's lamp lights up.
- Since 2019, every EVM is paired with a VVPAT (Voter Verifiable Paper Audit Trail) — a printer that shows a paper slip with the candidate's name and symbol for seven seconds before it drops into a sealed box, so you can visually confirm your vote matched what you pressed.
Modern EVMs in India can record a maximum of 2,000 votes per machine and support up to a set number of candidates per constituency, and they run on a battery rather than mains electricity, which keeps the machine working even during a power cut. That battery detail matters more than it sounds — rural booths without reliable electricity were one of the biggest logistics headaches under the old paper system.
A Quick Timeline: From Paper Ballots to EVMs
- 1982: India first used EVMs on an experimental basis in the Paravur Assembly Constituency of Kerala.
- 1998: EVMs were tried on a wider experimental basis across 16 assembly constituencies in Madhya Pradesh, Rajasthan, and the NCT of Delhi.
- 1999: The first full state assembly election ran entirely on EVMs, in Goa.
- 2003: Every state election and by-election that year used EVMs.
- 2004 onward: Since the 2004 Lok Sabha elections, EVMs have been the standard voting system across the entire country.
That's over two decades of continuous use, which is longer than most democracies have run any single voting technology without a major redesign.
Why Did India Switch from Ballot Papers to EVMs?
Paper ballots sound simple until you're the one printing, storing, and transporting lakhs of ballot boxes across a country with 900 million eligible voters. The practical case for EVMs came down to a handful of recurring problems with paper:
- Printing and logistics costs — every constituency needed its own printed ballots, in the right language, with zero errors.
- Invalid votes — a folded ballot, a smudged mark, or a stray tear could disqualify a valid vote. EVMs eliminated that category almost entirely.
- Counting time — manual counting of paper ballots for a national election used to take days. EVMs cut that down to hours.
- Storage and transport risk — ballot boxes had to be guarded and moved between the polling booth and the counting centre, creating opportunities for tampering that a sealed, standalone EVM reduces.
None of this means EVMs are beyond criticism, and that brings up the question everyone eventually asks.
Are EVMs Safe? The Tampering Debate, Honestly Addressed
Opposition parties in India have repeatedly alleged that EVMs have been tampered with to favour the ruling party, and this remains an active political controversy rather than a settled technical question. The Election Commission's counter-argument rests on a few structural facts: Indian EVMs are standalone machines with no wireless connectivity, no Bluetooth, no internet — they physically cannot be hacked over a network the way a connected voting system could be. The chips are one-time programmable, so the software can't be rewritten after manufacturing without physically replacing the component.
That said, security researchers have raised a separate, more technical concern: because the microcontroller firmware is masked into the chip at the factory, nobody outside the manufacturer can independently read and verify exactly what code is running — you have to trust the supply chain rather than audit the source directly. A collaborative study by Indian and international experts found that EVMs used in Indian elections are theoretically vulnerable to fraud if a bad actor gets brief physical access to the hardware. The VVPAT slip exists precisely to close that trust gap — it gives a paper record independent of the machine's internal memory, and the Election Commission conducts mandatory VVPAT-EVM matching on a sample of booths in every constituency as a check.
The honest answer: EVMs solve the paper-ballot problems well, they're harder to tamper with remotely than most people assume, and the debate that remains is really about firmware transparency and audit access — not about voting machines being connected to the internet, which they aren't.
The Rise of AI in Election Campaigns
While EVMs modernized how votes get counted, artificial intelligence has completely rewritten how votes get won. India's 2024 general election has been described as the country's first "artificial intelligence election," with political parties spending heavily on AI-generated campaign content across the world's largest democratic exercise. Over 640 million votes were counted in that election, and observers noted how extensively every major party leaned on AI tools for voter outreach.
Here's where AI has actually plugged into the campaign machine, beyond the headline-grabbing deepfakes:
1. Breaking Language Barriers in Real Time
AI dubbing let a Hindi speech get delivered in Tamil in real time at a public event in 2024, demonstrating how translation AI was reshaping political outreach across India's language diversity. One national party used AI to translate campaign speeches into Kannada, Tamil, Malayalam, Bangla, Odia, Telugu, Punjabi, and Marathi — a scale of multilingual outreach that would have needed a small army of human translators and dubbing artists before.
2. Micro-Targeted Voter Outreach
This is the same playbook as e-commerce retargeting, applied to voters instead of shoppers. Campaigns segment voter lists by constituency, past voting behaviour, and social media activity, then generate AI-written messaging variants for each segment — one tone for first-time voters, another for a farming community, another for urban professionals. It's not new in concept; what's new is the speed AI adds. A message that used to take a copywriting team a day to localize across ten segments now takes an hour.
3. AI Chatbots and Automated Voter Engagement
Political parties have deployed WhatsApp bots and IVR systems that answer voter FAQs, share candidate manifestos, and even collect feedback at a scale no call centre could match during a six-week campaign window.
4. Deepfakes — Constructive and Deceptive
Campaigns made extensive use of deepfake technology, including AI-generated impersonations of candidates, celebrities, and even deceased politicians, and by some estimates millions of Indian voters viewed this deepfake content. Parties spent an estimated $50 million on authorized AI-generated content for targeted voter communication in that single election cycle. Some of this was disclosed and consensual — a candidate's own AI avatar greeting supporters in a language the candidate doesn't personally speak. Some of it wasn't — deepfake videos of deceased leaders like M. Karunanidhi were deployed specifically to influence voter behaviour without the subject's consent, since consent was never possible.
5. Regulatory Response: Mandatory AI Disclosure
India's Election Commission has since ordered all political parties, leaders, and candidates to prominently label any AI-generated content they post on social media during campaigns, in response to how difficult it had become for voters to tell real footage from generated footage. Enforcement is the open question, since India — like most countries without centralized control over the internet — struggles to monitor compliance across every platform and account.
EVMs vs. AI Campaigns: Two Different Layers of Election Technology
It's worth being precise about what these two technologies actually do, because they get lumped together in casual conversation and they solve completely different problems.
| EVMs | AI-Powered Campaigns | |
|---|---|---|
| What it touches | The vote itself, on polling day | Everything before polling day — outreach, persuasion, messaging |
| Who controls it | Election Commission of India | Political parties, campaign consultants, ad agencies |
| Core risk | Physical tampering, firmware transparency | Misinformation, deepfakes, consent, disclosure |
| Regulation | ECI technical protocols, VVPAT audits | New AI-labeling mandate, still evolving |
| Public trust issue | "Is my vote counted correctly?" | "Is what I'm seeing even real?" |
EVMs are a counting infrastructure question. AI campaigns are a persuasion and information-integrity question. Conflating the two — assuming AI-generated propaganda means the EVM count is compromised — is a common but incorrect leap, and it's worth calling out explicitly because misinformation about voting machines often gets fuelled by legitimate concern about AI content, and those are separate problems needing separate solutions.
What Election-Grade AI Tactics Mean for Businesses and Marketers
Here's the part most explainers skip: the techniques political campaigns are using at national scale are the exact same techniques small and mid-sized businesses can use at local scale — minus the ethical grey areas.
Multilingual AI messaging, audience segmentation, and rapid content localization aren't exclusive to elections. A Dwarka retail brand or a Delhi coaching institute can apply the same underlying logic — targeted messaging by audience segment, delivered through the right channel, in the right language — to reach local customers without the budget of a national campaign. The difference is disclosure and intent: a business using AI-assisted content for content writing or a digital marketing push isn't trying to deceive anyone about what's real footage and what isn't; it's trying to reach the right customer with the right message faster than a manual process would allow.
The election disclosure mandate is also a preview of where advertising regulation is headed generally. Platforms and regulators are getting stricter about labeling AI-generated content everywhere, not just in politics — which is exactly why transparent, well-executed SEO and content strategy built on real expertise outlasts anything that leans on synthetic content and hopes nobody checks.
If your business wants to run the kind of precise, segmented outreach political campaigns are known for — without the trust problems — that's a social media optimization and targeting exercise, not a magic trick. It starts with knowing your audience segments as well as a campaign war room knows its voter rolls.
Frequently Asked Questions
Q. Can EVMs be hacked over the internet?
No. Indian EVMs have no wireless connectivity, Bluetooth, or internet capability — they're standalone machines, which is the primary technical reason remote hacking isn't possible the way it would be for a connected voting system.
Q. What is VVPAT and why does it matter?
VVPAT stands for Voter Verifiable Paper Audit Trail. It's a printer attached to the EVM that shows a physical paper slip confirming your vote for seven seconds before it's sealed into a box — giving a paper-based check independent of the machine's electronic memory.
Q. Why is AI in elections controversial?
Mainly because of deepfakes and disinformation — AI-generated video and audio can now convincingly impersonate real people, including candidates and even deceased public figures, making it harder for voters to separate authentic campaign material from fabricated content.
Q. Does India regulate AI-generated political content?
Yes. The Election Commission of India now requires all AI-generated political content shared during campaigns to be prominently labeled, though enforcement across the sheer volume of social media activity remains a practical challenge.
Q. How is AI used in election campaigns beyond deepfakes?
Real-time multilingual translation and dubbing, voter segmentation and micro-targeted messaging, AI chatbots for voter queries on WhatsApp and IVR systems, and rapid localization of campaign content across languages and regions.
