#FactCheck- AI-Generated Video of Alleged Iranian Attack on US Helicopter Goes Viral with False Claims

Executive Summary

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During the Gau Raksha Yatra of Shankaracharya Swami Avimukteshwaranand Saraswati, bees reportedly attacked a discourse event in Rohania area of Varanasi, Uttar Pradesh. Following the incident, a picture has gone viral on social media showing bees attacking Swami Avimukteshwaranand Saraswati. Several users are sharing the image as genuine while targeting the Shankaracharya online. CyberPeace Research Wing  investigated the viral image and found it to be fake. Our research revealed that the picture was created using Artificial Intelligence (AI). While it is true that a bee attack occurred during Swami Avimukteshwaranand Saraswati’s discourse program, the viral image itself is fabricated.

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Claim

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A Facebook user named “Sanjay Chaudhary” shared the viral image on May 15, 2026, with the caption: “Prakritik kop ka bhajan bana Shukracharya Umashankar alias Avimukteshwaranand… This Kaalnemi was delivering false sermons in Rohania, Varanasi in the name of religion… The bees from a nearby hive did not like it and collectively attacked, creating chaos. Even insects and nature no longer like the opposition’s politics disguised as Sanatan Dharma. Calling Yogi Ji Aurangzeb, Akbar and butcher is not acceptable even to nature and insects.”

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Post link and archive link are given below:

• https://www.facebook.com/sanjaychaudhary073/posts/pfbid02kgts8igKDwgctz3MamECMGoGfQR5aWPTdsDgLeux3pD9jwP7ADfgNpoPfHvMb9Zul 
• https://perma.cc/E6SE-BAXZ 

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Fact-Check

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To verify the viral claim, we used Google Open Search tools and found reports related to the incident on the YouTube channel of News18 UP Uttarakhand. A report published on May 13, 2026 stated that bees attacked the discourse event during Swami Avimukteshwaranand’s Gau Raksha Yatra in Rohania, Varanasi. The incident created panic at the venue, forcing the Swami to end his discourse midway. The channel also uploaded a YouTube Shorts video related to the incident.

• https://www.youtube.com/watch?v=M_gXhvZUbOE 

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As part of the research, we further analyzed the viral image using AI detection tools. First, we used the tool “Sight Engine,” which indicated an 88 percent probability that the image was AI-generated.

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We then examined the image using another AI detection tool called “Undetectable,” which also suggested that the photo was likely created using AI.

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Conclusion

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Our research found that the viral image is AI-generated. The picture was created using artificial intelligence tools. While bees did attack during Swami Avimukteshwaranand Saraswati’s Gau Raksha Yatra on May 13, 2026, the viral image circulating on social media is fictional and not real.

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In the tapestry of our modern digital ecosystem, a silent, pervasive conflict simmers beneath the surface, where the quest for cyber resilience seems Sisyphean at times. It is in this interconnected cyber dance that the obscure orchestrator, StripedFly, emerges as the maestro of stealth and disruption, spinning a complex, mostly unseen web of digital discord. StripedFly is not some abstract concept; it represents a continual battle against the invisible forces that threaten the sanctity of our digital domain.

This saga of StripedFly is not a tale of mere coincidence or fleeting concern. It is emblematic of a fundamental struggle that defines the era of interconnected technology—a struggle that is both unyielding and unforgiving in its scope. Over the past half-decade, StripedFly has slithered its way into over a million devices, creating a clandestine symphony of cybersecurity breaches, data theft, and unintentional complicity in its agenda. Let's delve deep into this grand odyssey to unravel the odious intricacies of StripedFly and assess the reverberations felt across our collective pursuit of cyber harmony.

The StripedFly malware represents the epitome of a digital chameleon, a master of cyber camouflage, masquerading as a mundane cryptocurrency miner while quietly plotting the grand symphony of digital bedlam. Its deceptive sophistication has effortlessly skirted around the conventional tripwires laid by our cybersecurity guardians for years. The Russian cybersecurity giant Kaspersky's encounter with StripedFly in 2017 brought this ghostly figure into the spotlight—hitherto, a phantom whistling past the digital graveyard of past threats.

How Does it work 

Distinctive in its composition, StripedFly conceals within its modular framework the potential for vast infiltration—an exploitation toolkit designed to puncture the fortifications of both Linux and Windows systems. In an emboldened maneuver, it utilizes a customized version of the EternalBlue SMBv1 exploit—a technique notoriously linked to the enigmatic Equation Group. Through such nefarious channels, StripedFly not only deploys its malicious code but also tenaciously downloads binary files and executes PowerShell scripts with a sinister adeptness unbeknownst to its victims.

Despite its insidious nature, perhaps its most diabolical trait lies in its array of plugin-like functions. It's capable of exfiltrating sensitive information, erasing its tracks, and uninstalling itself with almost supernatural alacrity, leaving behind a vacuous space where once tangible evidence of its existence resided.

In the intricate chess game of cyber threats, StripedFly plays the long game, prioritizing persistence over temporary havoc. Its tactics are calculated—the meticulous disabling of SMBv1 on compromised hosts, the insidious utilization of pilfered keys to propagate itself across networks via SMB and SSH protocols, and the creation of task scheduler entries on Windows systems or employing various methods to assert its nefarious influence within Linux environments.

The Enigma around the Malware

This dualistic entity couples its espionage with monetary gain, downloading a Monero cryptocurrency miner and utilizing the shadowy veils of DNS over HTTPS (DoH) to camouflage its command and control pool servers. This intricate masquerade serves as a cunning, albeit elaborate, smokescreen, lulling security mechanisms into complacency and blind spots.

StripedFly goes above and beyond in its quest to minimize its digital footprint. Not only does it store its components as encrypted data on code repository platforms, deftly dispersed among the likes of Bitbucket, GitHub, and GitLab, but it also harbors a bespoke, efficient TOR client to communicate with its cloistered C2 server out of sight and reach in the labyrinthine depths of the TOR network.

One might speculate on the genesis of this advanced persistent threat—its nuanced approach to invasion, its parallels to EternalBlue, and the artistic flare that permeates its coding style suggest a sophisticated architect. Indeed, the suggestion of an APT actor at the helm of StripedFly invites a cascade of questions concerning the ultimate objectives of such a refined, enduring campaign.

How to deal with it 

To those who stand guard in our ever-shifting cyber landscape, the narrative of StripedFly is a clarion call. StObjective reminders of the trench warfare we engage in to preserve the oasis of digital peace within a desert of relentless threats. The StripedFly chronicle stands as a persistent, looming testament to the necessity for heeding the sirens of vigilance and precaution in cyber practice.

Reaffirmation is essential in our quest to demystify the shadows cast by StripedFly, as it punctuates the critical mission to nurture a more impregnable digital habitat. Awareness and dedication propel us forward—the acquisition of knowledge regarding emerging threats, the diligent updating and patching of our systems, and the fortification of robust, multilayered defenses are keystones in our architecture of cyber defense. Together, in concert and collaboration, we stand a better chance of shielding our digital frontier from the dim recesses where threats like StripedFly lurk, patiently awaiting their moment to strike.

References:

https://thehackernews.com/2023/11/stripedfly-malware-operated-unnoticed.html?m=1

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Introduction

As our experiments with Generative Artificial Intelligence (AI) continue, companies and individuals look for new ways to incorporate and capitalise on it. This also includes big tech companies betting on their potential through investments. This process also sheds light on how such innovations are being carried out, used, and affect other stakeholders. Google’s AI overview feature has raised concerns from various website publishers and regulators. Recently, Chegg, a US-based tech education company that provides online resources for high school and college students, has filed a lawsuit against Google alleging abuse of monopoly over the searching mechanism.

Legal Background

Google’s AI Overview/Search Generative Experience (SGE) is a feature that incorporates AI into its standard search tool and helps summarise search results. This is then presented at the top, over the other published websites, when one looks for the search result. Although the sources of the information present are linked, they are half-covered, and it is ambiguous to tell which claims made by the AI come from which link. This creates an additional step for the searcher as, to find out the latter, their user interface requires the searcher to click on a drop-down box. Individual publishers and companies like Chegg have argued that such summaries deter their potential traffic and lead to losses as they continue to bid higher for advertisement services that Google offers, only to have their target audience discouraged from visiting their websites. What is unique about the lawsuit that has been filed by Chegg, is that it is based on anti-trust law rather than copyright law, which it has dealt with previously. In August 2024, a US Federal Judge had ruled that Google had an illegal monopoly over internet search and search text advertising markets, and by November, the US Department of Justice (DOJ) filed its proposed remedy. Some of them were giving advertisers and publishers more control of their data flowing through Google’s products, opening Google’s search index to the rest of the market, and imposing public oversight over Google’s AI investments. Currently, the DOJ has emphasised its stand on dismantling the search monopoly through structural separations, i.e., divesting Google of Chrome. The company is slated to defend itself before the DC District Court Judge Amit Mehta starting April 20, 2025.

CyberPeace Insights

As per a report by Statista (Global market share of leading search engines 2015-2025), Google, as the market leader, held a search traffic share of around 89.62 per cent. It is also stated that its advertising services account for the majority of its revenue, which amounted to a total of 305.63 billion U.S. dollars in 2023. The inclusion of the AI feature is undoubtedly changing how we search for things online. Benefits for users include an immediate, convenient scan of general information pertaining to the looked-up subject, but it may also raise concerns on the part of the website publishers and their loss of ad revenue owing to fewer impressions/clicks. Even though links (sources) are mentioned, they are usually buried. Such a searching mechanism questions the incentive on both ends- the user to explore various viewpoints, as people are now satisfied with the first few results that pop up, and the incentive for a creator/publisher to create new content as well as generate an income out of it. There might be a shift to more passive consumption rather than an active one, where one looks up/or is genuinely searching for information.

Conclusion

AI might make life more convenient, but in this case, it might also take away from small businesses, their finances, and the results of their hard work. It is also necessary for regulators, publishers, and users to continue asking such critical questions to keep the accountability of big tech giants in check, whilst not compromising their creations and publications.

References

• https://www.washingtonpost.com/technology/2024/05/13/google-ai-search-io-sge/
• https://www.theverge.com/news/619051/chegg-google-ai-overviews-monopoly
• https://economictimes.indiatimes.com/tech/technology/google-leans-further-into-ai-generated-overviews-for-its-search-engine/articleshow/118742139.cms?from=mdr
• https://www.nytimes.com/2024/12/03/technology/google-search-antitrust-judge.html
• https://www.odinhalvorson.com/monopoly-and-misuse-googles-strategic-ai-narrative/
• https://cio.economictimes.indiatimes.com/news/artificial-intelligence/google-leans-further-into-ai-generated-overviews-for-its-search-engine/118748621
• https://www.techpolicy.press/the-elephant-in-the-room-in-the-google-search-case-generative-ai/
• https://www.karooya.com/blog/proposed-remedies-break-googles-monopoly-antitrust/
• https://getellipsis.com/blog/googles-monopoly-and-the-hidden-brake-on-ai-innovation/
• https://www.statista.com/statistics/266249/advertising-revenue-of-google/#:~:text=Google:%20annual%20advertising%20revenue%202001,local%20products%20are%20more%20preferred.
• https://www.statista.com/statistics/1381664/worldwide-all-devices-market-share-of-search-engines/
• https://www.techpolicy.press/doj-sets-record-straight-of-whats-needed-to-dismantle-googles-search-monopoly/

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