#FactCheck - Claim That Palki Sharma’s Viral Video Questions Jordan’s Protocol Is False; Video Is AI-Manipulated

Executive Summary

‍

Misleading claims related to an incident in Delhi are being widely circulated on social media. Several posts allege that an Indian Army brigadier and his son were assaulted while returning from a “dance club party.” The posts further claim that the attack was triggered by remarks related to “Operation Sindoor.” However, research by the CyberPeace found that these claims are completely false and fabricated.

‍

Claim

‍

On social media platform X, some users (including @ManipurPost5) shared posts claiming that an Indian Army brigadier and his son were attacked after returning from a dance club. The posts also alleged that the altercation escalated after someone mocked “Operation Sindoor.”

• https://x.com/ManipurPost5 

‍

Fact check

‍

To verify the claim, we conducted keyword searches on Google and found a report published by Republic World on April 14, 2026, which included visuals similar to those being circulated.

• https://www.republicworld.com/india/two-arrested-after-army-brigadier-and-son-assaulted-for-opposing-public-drinking-in-delhi 

‍

According to the report, the victims were identified as Brigadier Parminder Singh Arora, a serving Indian Army officer, and his son Tejas Arora. At the time of the incident, they were taking a walk near their residence after dinner. Reports state that they noticed a group of individuals consuming alcohol inside a parked car in a public place and objected to it. This led to an argument, which later escalated into a violent assault. Around 7–8 individuals allegedly attacked the brigadier and his son, with the son sustaining more serious injuries. Questions have also been raised about the role of police personnel present at the scene. Following the complaint, a case was registered, one police constable was suspended, and two accused individuals have been arrested so far. The vehicle involved has also been seized. Further verification led us to another report published by India Today on April 14, 2026, which corroborated the same details of the incident.
‍

• https://www.indiatoday.in/cities/delhi/story/brigadier-and-son-thrashed-in-delhi-after-objecting-to-drinking-alcohol-in-car-crime-news-indian-army-2895732-2026-04-14

‍

‍

Conclusion

‍

The viral claim is misleading and entirely false.The incident has no connection to any “dance club party” or to “Operation Sindoor.” In reality, the altercation began after the brigadier objected to public drinking near his residence.

‍

Introduction

Election misinformation poses a major threat to democratic processes all over the world. The rampant spread of misleading information intentionally (disinformation) and unintentionally (misinformation) during the election cycle can not only create grounds for voter confusion with ramifications on election results but also incite harassment, bullying, and even physical violence. The attack on the United States Capitol Building in Washington D.C., in 2021, is a classic example of this phenomenon, where the spread of dis/misinformation snowballed into riots. 

Election Dis/Misinformation 

Election dis/misinformation is false or misleading information that affects/influences public understanding of voting, candidates, and election integrity. The internet, particularly social media, is the foremost source of false information during elections. It hosts fabricated news articles, posts or messages containing incorrectly-captioned pictures and videos, fabricated websites, synthetic media and memes, and distorted truths or lies. In a recent example during the 2024 US elections, fake videos using the Federal Bureau of Investigation’s (FBI) insignia alleging voter fraud in collusion with a political party and claiming the threat of terrorist attacks were circulated. According to polling data collected by Brookings, false claims influenced how voters saw candidates and shaped opinions on major issues like the economy, immigration, and crime. It also impacted how they viewed the news media’s coverage of the candidates’ campaign. The shaping of public perceptions can thus, directly influence election outcomes. It can increase polarisation, affect the quality of democratic discourse, and cause disenfranchisement. From a broader perspective, pervasive and persistent misinformation during the electoral process also has the potential to erode public trust in democratic government institutions and destabilise social order in the long run.  

Challenges In Combating Dis/Misinformation

‍

1. Platform Limitations:  Current content moderation practices by social media companies struggle to identify and flag misinformation effectively. To address this, further adjustments are needed, including platform design improvements, algorithm changes, enhanced content moderation, and stronger regulations.

2. Speed and Spread: Due to increasingly powerful algorithms, the speed and scale at which misinformation can spread is unprecedented. In contrast, content moderation and fact-checking are reactive and are more time-consuming. Further, incendiary material, which is often the subject of fake news, tends to command higher emotional engagement and thus, spreads faster (virality). 

3. Geopolitical influences: Foreign actors seeking to benefit from the erosion of public trust in the USA present a challenge to the country's governance, administration and security machinery. In 2018, the federal jury indicted 11 Russian military officials for alleged computer hacking to gain access to files during the 2016 elections.  Similarly, Russian involvement in the 2024 federal elections has been alleged by high-ranking officials such as White House national security spokesman John Kirby, and Attorney General Merrick Garland. 

4. Lack of Targeted Plan to Combat Election Dis/Misinformation:  In the USA,  dis/misinformation is indirectly addressed through laws on commercial advertising, fraud, defamation, etc. At the state level, some laws such as Bills AB 730, AB 2655, AB 2839, and AB 2355 in California target election dis/misinformation. The federal and state governments criminalize false claims about election procedures, but the Constitution mandates  “breathing space” for protection from false statements within election speech. This makes it difficult for the government to regulate election-related falsities.

‍

‍

CyberPeace Recommendations

1. Strengthening Election Cybersecurity Infrastructure: To build public trust in the electoral process and its institutions, security measures such as updated data protection protocols, publicized audits of election results, encryption of voter data, etc. can be taken. In 2022, the federal legislative body of the USA  passed the Electoral Count Reform and Presidential Transition Improvement Act (ECRA), pushing reforms allowing only a state’s governor or designated executive official to submit official election results, preventing state legislatures from altering elector appointment rules after Election Day and making it more difficult for federal legislators to overturn election results. More investments can be made in training, scenario planning, and fact-checking for more robust mitigation of election-related malpractices online. 
2. Regulating Transparency on Social Media Platforms: Measures such as transparent labeling of election-related content and clear disclosure of political advertising to increase accountability can make it easier for voters to identify potential misinformation. This type of transparency is a necessary first step in the regulation of content on social media and is useful in providing disclosures, public reporting, and access to data for researchers. Regulatory support is also required in cases where popular platforms actively promote election misinformation.
3. Increasing focus on ‘Prebunking’ and Debunking Information: Rather than addressing misinformation after it spreads, ‘prebunking’ should serve as the primary defence to strengthen public resilience ahead of time. On the other hand, misinformation needs to be debunked repeatedly through trusted channels. Psychological inoculation techniques against dis/misinformation can be scaled to reach millions on social media through short videos or messages.
4. Focused Interventions On Contentious Themes By Social Media Platforms: As platforms prioritize user growth, the burden of verifying the accuracy of posts largely rests with users. To shoulder the responsibility of tackling false information, social media platforms can outline critical themes with large-scale impact such as anti-vax content, and either censor, ban, or tweak the recommendations algorithm to reduce exposure and weaken online echo chambers. 
5. Addressing Dis/Information through a Socio-Psychological Lens: Dis/misinformation and its impact on domains like health, education, economy, politics, etc. need to be understood through a psychological and sociological lens, apart from the technological one. A holistic understanding of the propagation of false information should inform digital literacy training in schools and public awareness campaigns to empower citizens to evaluate online information critically. 

‍

Conclusion

According to the World Economic Forum’s Global Risks Report 2024, the link between misleading or false information and societal unrest will be a focal point during elections in several major economies over the next two years. Democracies must employ a mixed approach of immediate tactical solutions, such as large-scale fact-checking and content labelling, and long-term evidence-backed countermeasures, such as digital literacy, to curb the spread and impact of dis/misinformation.

‍

Sources

•  https://www.cbsnews.com/news/2024-election-misinformation-fbi-fake-videos/ 
•  https://www.brookings.edu/articles/how-disinformation-defined-the-2024-election-narrative/ 
•  https://www.fbi.gov/wanted/cyber/russian-interference-in-2016-u-s-elections
• https://indianexpress.com/article/world/misinformation-spreads-fear-distrust-ahead-us-election-9652111/ 
•  https://academic.oup.com/ajcl/article/70/Supplement_1/i278/6597032#377629256 
• https://www.brennancenter.org/our-work/policy-solutions/how-states-can-prevent-election-subversion-2024-and-beyond 
•  https://www.bbc.com/news/articles/cx2dpj485nno 
• https://msutoday.msu.edu/news/2022/how-misinformation-and-disinformation-influence-elections 
• https://misinforeview.hks.harvard.edu/article/a-survey-of-expert-views-on-misinformation-definitions-determinants-solutions-and-future-of-the-field/ 
• https://reutersinstitute.politics.ox.ac.uk/sites/default/files/2023-06/Digital_News_Report_2023.pdf 
• https://www.weforum.org/stories/2024/03/disinformation-trust-ecosystem-experts-curb-it/ 
• https://www.apa.org/topics/journalism-facts/misinformation-recommendations 
• https://mythvsreality.eci.gov.in/ 
• https://www.brookings.edu/articles/transparency-is-essential-for-effective-social-media-regulation/ 
• https://www.brookings.edu/articles/how-should-social-media-platforms-combat-misinformation-and-hate-speech/ 

‍

Introduction

Picture a pickup truck moving at around 30 kilometres an hour down a straight country road outside Canberra. A journalist is driving it. Somewhere nearby, a researcher sits with a laptop, and without touching the vehicle, he switches the headlights off while it is still moving, in the dark, turns them back on, activates the wipers at full speed, sprays the windscreen washer, and plays sound through the cabin speakers. That scene, broadcast in September 2026 as part of an ABC Four Corners investigation into connected car security, is the starting point for a conversation that extends well beyond the one vehicle involved. (It was a commissioned cybersecurity demonstration, authorised and arranged by ABC's Four Corners as part of their journalistic investigation titled "Asleep at the Wheel.").

What the test actually found

The vehicle at the centre of the investigation was a BYD Shark 6, a plug-in hybrid pickup, which ABC's Four Corners programme provided to automotive cybersecurity researcher Dan Hreszczuk, co-founder of Canberra based Fortify Labs, for a two week authorised assessment. Hreszczuk later described the access point he found in notably simple terms: it did not require a password at all.

Over the course of the test, Hreszczuk demonstrated remote interaction with the vehicle's headlights, windscreen wipers, door locks, cabin speakers and infotainment display. He also tracked the vehicle's real time location and accessed its cabin microphone, which raised concerns beyond vehicle control and into personal surveillance, since a compromised in car microphone can expose private conversations rather than just dashboard functions. It is worth being precise about what the test did not reach. Hreszczuk said he could not access the brakes or the vehicle's cameras, describing those systems as well protected, and the demonstration did not amount to complete remote control of the vehicle.

Following the broadcast, BYD ran its own internal investigation and confirmed a software defect in the Shark 6's infotainment system. The company's engineers reproduced the access path and traced it to Android Debug Bridge, a standard Android development tool that is meant to be disabled in production vehicles but had been left reachable through the defect, alongside a separate route through the vehicle's CAN bus network. BYD has said it will issue an over the air software update to close the gap. Fortify Labs, for its part, stated its objective had been to simulate the kind of remote access a vehicle manufacturer itself typically holds over a connected car, and to demonstrate how that same level of access could be misused if it fell into the wrong hands.

This context matters because it distinguishes a controlled, authorised research exercise, conducted over two weeks with extended physical access to a single vehicle, from an active criminal compromise. No malware was involved, and no evidence has emerged of this technique being used against vehicles outside the test. The finding is nonetheless significant precisely because it shows what becomes possible once a single weak point in a vehicle's software stack is identified and deliberately explored.

The questions this raises, beyond one vehicle

The useful questions are structural ones. How is authentication actually enforced across every vehicle facing service, not just the ones a manufacturer assumes a researcher might look at? Are a vehicle's internal networks and external facing services properly segmented, so that compromising an infotainment system does not create an unobstructed path toward a vehicle's core control units? Are commands subject to strong authorisation and validation at every layer, rather than relying on obscurity or an assumption that a particular access route would be too obscure to find? Is the principle of least privilege consistently applied, so that a development tool left active in a production vehicle, as appears to have happened here, does not carry the same level of access a factory engineer would have? How are unusual remote behaviours actually detected and investigated in real time, rather than discovered after the fact through an external test? And how are vulnerabilities tracked and patched across a vehicle's entire operational lifecycle, given that a car, unlike a phone, is expected to remain in active use for well over a decade after it leaves the factory floor.

A rulebook already exists. The gap is enforcement, not ignorance

None of this had to be worked out from scratch after the Four Corners broadcast. The industry has had a binding answer to most of these questions sitting on the books since 2021, when the World Forum for Harmonization of Vehicle Regulations adopted UN Regulation No. 155, known in the industry simply as R155. It requires any manufacturer seeking vehicle type approval to run a certified Cybersecurity Management System covering the car's entire life, from the drawing board through production and all the way to the vehicle still being driven a decade later, and to pass a dedicated cybersecurity assessment before that vehicle type can legally go on sale. Since July 2024 the rule has applied not just to new vehicle designs but to every new vehicle rolling off the line, across more than sixty countries that are party to the underlying 1958 UNECE agreement, a list that includes the European Union, Japan, South Korea, and Australia itself.

That last detail is where the picture gets genuinely interesting, and where a simple story stops being quite so simple. Australia sits among the countries that have signed on to the UNECE framework R155 belongs to, yet coverage of the Four Corners investigation reported something that sounds contradictory at first glance: that Australia has no minimum cybersecurity standard actually governing cars sold in the country. Both things can be true at once. Being a party to the 1958 Agreement establishes that a country participates in the broader regulatory architecture; it does not automatically mean every regulation born out of that architecture has been separately adopted into domestic law and is being actively enforced at the point of sale. R155's own companion standard, ISO/SAE 21434, is the detailed engineering playbook manufacturers actually use to meet the regulation's requirements, walking through how to assess threats, design around them, and keep monitoring for new ones long after a vehicle has left the factory. A framework that comprehensive existing on paper is only as useful as a given market's willingness to actually require manufacturers to follow it before a car reaches a driveway, and that gap between a regulation existing globally and a regulation being enforced locally is arguably the more unsettling finding buried inside this story than the hack itself.

The broader lesson

The real takeaway from this test has very little to do with the particular badge on the vehicle involved. It is a demonstration of what happens when any one interface in a complex, connected system is left weaker than the rest of the architecture around it. As vehicles continue absorbing more software, more connectivity and more remote functionality, security boundaries cannot be treated as a feature added once at launch. They need to be designed deliberately, enforced consistently, and monitored continuously across the entire lifecycle of the vehicle and the ecosystem of backend services it depends on, because the cost of getting that wrong is no longer confined to a screen or a server. It now extends to the physical vehicle itself, and the people inside it.

References

1. https://www.pakwheels.com/blog/byd-shark-6-hacked-during-cybersecurity-test-in-australia/
2. https://securityaffairs.com/199460/hacking/a-byd-shark-6-hack-shows-the-risks-of-connected-cars.html
3. https://autotalk.co.nz/byd-confirms-shark-6-software-defect-after-four-corners-hack-ota-fix-coming/
4. https://www.carexpert.com.au/car-news/byds-own-shark-6-hacking-investigation-reveals-software-defect
5. https://yourlifechoices.com.au/technology/the-connected-car-warning-behind-byds-shark-6-software-fix
6. https://arnav.au/2026/09/22/byd-got-hacked-what-really-happened/
7. https://pakobserver.net/byd-shark-6-hacked-in-security-test-as-researcher-gains-access-to-car-systems/
8. https://www.femalefirst.co.uk/motoring/byd-issue-security-update-shark-6-after-hacking-concerns-1451532.html
9. https://finitestate.io/blog/buckle-up-for-security-a-look-at-the-un-r155-regulation-for-connected-vehicles
10. https://www.arteris.com/learn/un-r155-2/

‍