#FactCheck - Suryakumar Yadav–Salman Ali Agha Handshake Row: Viral Image Found AI-Generated
Executive Summary
An image circulating on social media claims to show Suryakumar Yadav, captain of the Indian cricket team, extending his hand to greet Pakistan’s skipper Salman Ali Agha, who allegedly refused the gesture during the India–Pakistan T20 World Cup match held on February 15. Users shared the image as evidence of a real incident from the high-profile clash. However, a research by CyberPeace found that the image is AI-generated and was falsely circulated to mislead viewers.
Claim
On February 15, an X account named “@iffiViews,” reportedly operated from Pakistan, shared the image claiming it was taken during the India–Pakistan T20 World Cup match at the R. Premadasa Stadium in Colombo. The viral image appeared to show Yadav attempting to shake hands with Agha, who seemed to decline the gesture. The post quickly gained significant traction online, attracting around one million views at the time of reporting. Here is the link and archive link to the post, along with a screenshot.
- https://x.com/iffiViews/status/2023024665770484206?s=20
- https://archive.ph/xvtBs
Fact Check:
To verify the authenticity of the image, researchers closely examined the visual and identified a watermark associated with an AI image-generation tool. This raised strong indications that the image was digitally created and did not depict an actual event.
The image was further analysed using an AI detection tool, which indicated a 99.9 percent probability that the content was artificially generated or manipulated.
Researchers also conducted keyword searches to check whether the two captains had exchanged a handshake during the match. The search revealed media reports confirming that the traditional handshake between players has been discontinued since the Asia Cup 2025 in both men’s and women’s cricket. A report published by The Times of India on February 15 confirmed that no such customary exchange took place during the match between the two teams in Colombo.
Conclusion
The viral image claiming to show Suryakumar Yadav attempting to shake hands with Salman Ali Agha is not authentic. The visual is AI-generated and has been shared online with misleading claims.
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Introduction
The rise of unreliable social media newsgroups on online platforms has significantly altered the way people consume and interact with news, contributing to the spread of misinformation and leading to sources of unverified and misleading content. Unlike traditional news outlets that adhere to journalistic standards, these newsgroups often lack proper fact-checking and editorial oversight, leading to the rapid dissemination of false or distorted information. Social media transformed individuals into active content creators. Social media newsgroups (SMNs) are social media platforms used as sources of news and information. According to a survey by the Pew Research Center (July-August 2024), 54% of U.S. adults now rely on social media for news. This rise in SMNs has raised concerns over the integrity of online news and undermines trust in legitimate news sources. Social media users are advised to consume information and news from authentic sources or channels available on social media platforms.
The Growing Issue of Misinformation in Social Media Newsgroups
Social media newsgroups have become both a source of vital information and a conduit for misinformation. While these platforms allow rapid news sharing and facilitate political and social campaigns, they also pose significant risks of unverified information. Misleading information, often driven by algorithms designed to maximise user engagement, proliferates in these spaces. This has led to increasing challenges, as SMNs cater to diverse communities with varying political affiliations, gender demographics, and interests. This sometimes results in the creation of echo chambers where information is not critically assessed, amplifying the confirmation bias and enabling the unchecked spread of misinformation. A prominent example is the false narratives surrounding COVID-19 vaccines that spread across SMNs, contributing to widespread vaccine hesitancy and public health risks.
Understanding the Susceptibility of Online Newsgroups to Misinformation
Several factors make social media newsgroups particularly susceptible to misinformation. Some of the factors are listed below:
- The lack of robust fact-checking mechanisms in social media news groups can lead to false narratives which can spread easily.
- The lack of expertise from admins of online newsgroups, who are often regular users without journalism knowledge, can result in the spreading of inaccurate information. Their primary goal of increasing engagement may overshadow concerns about accuracy and credibility.
- The anonymity of users exacerbates the problem of misinformation. It allows users to share unverified or misleading content without accountability.
- The viral nature of social media also leads to the vast spread of misinformation to audiences instantly, often outpacing efforts to correct it.
- Unlike traditional media outlets, online newsgroups often lack formal fact-checking processes. This absence allows misinformation to circulate without verification, making it easier for inaccuracies to go unchallenged.
- The sheer volume of user engagement in the form of posts has created the struggle to moderate content effectively imposing significant challenges.
- Social Media Platforms have algorithms designed to enhance user engagement and inadvertently amplify sensational or emotionally charged content, which is more likely to be false.
Consequences of Misinformation in Newsgroups
The societal impacts of misinformation in SMNs are profound. Political polarisation can fuel one-sided views and create deep divides in democratic societies. Health risks emerge when false information spreads about critical issues, such as the anti-vaccine movements or misinformation related to public health crises. Misinformation has dire long-term implications and has the potential to destabilise governments and erode trust in media, in both traditional and social media leading to undermining democracy. If unaddressed, the consequences could continue to ripple through society, perpetuating false narratives that shape public opinion.
Steps to Mitigate Misinformation in Social Media Newsgroups
- Educating users in social media literacy education can empower critical assessment of the information encountered, reducing the spread of false narratives.
- Introducing stricter platform policies, including penalties for deliberately sharing misinformation, may act as a deterrent against sharing unverified information.
- Collaborative fact-checking initiatives with involvement from social media platforms, independent journalists, and expert organisations can provide a unified front against the spread of false information.
- From a policy perspective, a holistic approach that combines platform responsibility with user education and governmental and industry oversight is essential to curbing the spread of misinformation in social media newsgroups.
Conclusion
The emergence of Social media newsgroups has revolutionised the dissemination of information. This rapid spread of misinformation poses a significant challenge to the integrity of news in the digital age. It gets further amplified by algorithmic echo chambers unchecked user engagement and profound societal implications. A multi-faceted approach is required to tackle these issues, combining stringent platform policies, AI-driven moderation, and collaborative fact-checking initiatives. User empowerment concerning media literacy is an important factor in promoting critical thinking and building cognitive defences. By adopting these measures, we can better navigate the complexities of consuming news from social media newsgroups and preserve the reliability of online information. Furthermore, users need to consume news from authoritative sources available on social media platforms.
References
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Introduction
In the intricate maze of our interconnected world, an unseen adversary conducts its operations with a stealth almost poetic in its sinister intent. This adversary — malware — has extended its tendrils into the digital sanctuaries of Mac users, long perceived as immune to such invasive threats. Our narrative today does not deal with the physical and tangible frontlines we are accustomed to; this is a modern tale of espionage, nestled in the zeros and ones of cyberspace.
The Mac platform, cradled within the fortifications of Apple's walled garden ecosystem, has stood as a beacon of resilience amidst the relentless onslaught of cyber threats. However, this sense of imperviousness has been shaken at its core, heralding a paradigm shift. A new threat lies in wait, bridging the gap between perceived security and uncomfortable vulnerability.
The seemingly invincible Mac OS X, long heralded for its robust security features and impervious resilience to virus attacks, faces an undercurrent of siege tactics from hackers driven by a relentless pursuit for control. This narrative is not about the front-and-centre warfare we see so often reported in media headlines. Instead, it veils itself within the actions of users as benign as the download of pirated software from the murky depths of warez websites.
The Incident
The casual act, born out of innocence or economic necessity, to sidestep the financial requisites of licensed software, has become the unwitting point of compromised security. Users find themselves on the battlefield, one that overshadows the significance of its physical counterpart with its capacity for surreptitious harm. The Mac's seeming invulnerability is its Achilles' heel, as the wariness against potential threats has been eroded by the myth of its impregnability.
The architecture of this silent assault is not one of brute force but of guile. Cyber marauders finesse their way through the defenses with a diversified arsenal; pirated content is but a smokescreen behind which trojans lie in ambush. The very appeal of free access to premium applications is turned against the user, opening a rift that permits these malevolent forces to ingress.
The trojans that permeate the defenses of the Mac ecosystem are architects of chaos. They surreptitiously enrol devices into armies of sorts – botnets which, unbeknownst to their hosts, become conduits for wider assaults on privacy and security. These machines, now soldiers in an unconsented war, are puppeteered to distribute further malware, carry out phishing tactics, and breach the sanctity of secure data.
The Trojan of Mac
A recent exposé by the renowned cybersecurity firm Kaspersky has shone a spotlight on this burgeoning threat. The meticulous investigation conducted in April of this year unveiled a nefarious campaign, engineered to exploit the complacency among Mac users. This operation facilitates the sale of proxy access, linking previously unassailable devices to the infrastructure of cybercriminal networks.
This revelation cannot be overstated in its importance. It illustrates with disturbing clarity the evolution and sophistication of modern malware campaigns. The threat landscape is not stagnant but ever-shifting, adapting with both cunning and opportunity.
Kaspersky's diligence in dissecting this threat detected nearly three dozen popular applications, and tools relied upon by individuals and businesses alike for a multitude of tasks. These apps, now weaponised, span a gamut of functionalities - image editing and enhancement, video compression, data recovery, and network scanning among them. Each one, once a benign asset to productivity, is twisted into a lurking danger, imbued with the power to betray its user.
The duplicity of the trojan is shrouded in mimicry; it disguises its malicious intent under the guise of 'WindowServer,' a legitimate system process intrinsic to the macOS. Its camouflage is reinforced by an innocuously named file, 'GoogleHelperUpdater.plist' — a moniker engineered to evade suspicion and blend seamlessly with benign processes affiliated with familiar applications.
Mode of Operation
Its mode of operation, insidious in its stealth, utilises the Transmission Control Protocol(TCP) and User Datagram Protocol(UDP) networking protocols. This modus operandi allows it to masquerade as a benign proxy. The full scope of its potential commands, however, eludes our grasp, a testament to the shadowy domain from which these threats emerge.
The reach of this trojan does not cease at the periphery of Mac's operating system; it harbours ambitions that transcend platforms. Windows and Android ecosystems, too, find themselves under the scrutiny of this burgeoning threat.
This chapter in the ongoing saga of cybersecurity is more than a cautionary tale; it is a clarion call for vigilance. The war being waged within the circuits and code of our devices underscores an inescapable truth: complacency is the ally of the cybercriminal.
Safety measures and best practices
It is imperative to safeguard the Mac system from harmful intruders, which are constantly evolving. Few measures can play a crucial role in protecting your data in your Mac systems.
- Refrain from Unlicensed Software - Refrain from accessing and downloading pirated software. Plenty of software serves as a decoy for malware which remains dormant till downloaded files are executed.
- Use Trusted Source: Downloading files from legitimate and trusted sources can significantly reduce the threat of any unsolicited files or malware making its way into your Mac system.
- Regular system updates: Regular updates to systems released by the company ensure the latest patches are installed in the system critical to combat and neutralize emerging threats.
- General Awareness: keeping abreast of the latest developments in cyberspace plays a crucial role in avoiding new and emerging threats. It is crucial to keep pace with trends and be well-informed about new threats and ways to combat them.
Conclusion
In conclusion, this silent conflict, though waged in whispers, echoes with repercussions that reverberate through every stratum of digital life. The cyber threats that dance in the shadows cast by our screens are not figments of paranoia, but very real specters hunting for vulnerabilities to exploit. Mac users, once confident in their platforms' defenses, must awaken to the new dawn of cybersecurity awareness.
The battlefield, while devoid of the visceral carnage of physical warfare, is replete with casualties of privacy and breaches of trust. The soldiers in this conflict are disguised as serviceable code, enacting their insidious agendas beneath a façade of normalcy. The victims eschew physical wounds for scars on their digital identities, enduring theft of information, and erosion of security.
As we course through the daunting terrain of digital life, it becomes imperative to heed the lessons of this unseen warfare. Shadows may lie unseen, but it is within their obscurity that the gravest dangers often lurk, a reminder to remain ever vigilant in the face of the invisible adversary.
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Executive Summary
As India concluded its 77th Republic Day celebrations on January 26, 2026, with grandeur and patriotic enthusiasm along the iconic Kartavya Path, a video began circulating on social media claiming to show Indian security personnel failing to perform motorcycle stunts during the ceremonial parade. The short clip allegedly depicts soldiers attempting high-risk, synchronised motorcycle manoeuvres, only to lose balance and fall off their bikes. The visuals were widely shared online with mocking captions, suggesting incompetence during a nationally televised event. However, an research by the CyberPeace found that the video is not authentic and was digitally generated using artificial intelligence.
Claim
A Pakistan-based X user, Sadaf Baloch (@sadafzbaloch), shared the video on January 27, claiming it showed Indian security personnel failing to execute motorcycle stunts during the Republic Day parade held on January 26, 2026. While sharing the clip, the user wrote:“Every time the Indian Army tries a tactical stunt, it looks less like combat training and more like a low-budget circus trailer filmed in one take.”The post was widely circulated with similar narratives questioning the professionalism of Indian forces.
Here is the link and archive link to the post, along with a screenshot.
To verify the authenticity of the viral video, the Desk conducted a detailed frame-by-frame analysis. During the examination, a watermark linked to ‘Sora’—an AI text-to-video generation model was detected at the 00:05 timestamp. The presence of this watermark strongly indicated that the video was artificially generated and not recorded during a real-world event.
Fact Check:
Further visual scrutiny revealed several inconsistencies commonly associated with AI-generated content. The background appeared unnatural and lacked realistic depth, while the movements and reactions of the security personnel looked mechanically exaggerated and inconsistent with real physics. Facial expressions and body motions during the alleged falls also appeared unrealistic. To strengthen the verification, the Desk analysed the clip using Sightengine, an AI-detection tool. The results showed a 98 per cent probability that the video contained AI-generated or deepfake elements.
Below is a screenshot of the result.
As part of the research , the Desk also conducted a customised keyword search and reviewed official coverage of the Republic Day parade. A full-length video broadcast by DD News on its official YouTube channel was examined. The footage showed joint CRPF and SSB motorcycle teams performing traditional daredevil stunts without any mishap. No incident resembling the viral claim was found in the official broadcast or in any credible media reports.
Here is the video link and a screenshot.
Conclusion
The CyberPeace research confirms that the viral video purportedly showing Indian security personnel failing to perform motorcycle stunts during the 77th Republic Day parade is AI-generated. The clip has been falsely circulated online as genuine content with the intent to mislead viewers and spread misinformation.
