#FactCheck - AI-Generated Flyover Collapse Video Shared With Misleading Claims
Executive Summary
A video showing a flyover collapse is going viral on social media. The clip shows a flyover and a road passing beneath it, with vehicles moving normally. Suddenly, a portion of the flyover appears to collapse and fall onto the road below, with some vehicles seemingly coming under its impact. The video has been widely shared by users online. However, research by the CyberPeace found the viral claim to be false. The probe revealed that the video is not real but has been created using artificial intelligence.
Claim:
On X (formerly Twitter), a user shared the viral video on February 13, 2026, claiming it showed the reality of India’s infrastructure development and criticizing ongoing projects. The post quickly gained traction, with several users sharing it as a real incident. Similarly, another user shared the same video on Facebook on February 13, 2026, making a similar claim.
Fact Check:
To verify the claim, key frames from the viral video were extracted and searched using Google Lens. During the search, the video was traced to an account named “sphereofai” on Instagram, where it had been posted on February 9. The post included hashtags such as “AI Creator” and “AI Generated,” clearly indicating that the video was created using AI. Further examination of the account showed that the user identifies themselves as an AI content creator.
To confirm the findings, the viral video was also analysed using Hive Moderation. The tool’s analysis suggested a 99 percent probability that the video was AI-generated.
Conclusion:
The research established that the viral flyover collapse video is not authentic. It is an AI-generated clip being circulated online with misleading claims.
Related Blogs
A video circulating widely on social media shows a child throwing stones at a moving train, while a few other children can also be seen climbing onto the engine. The video is being shared with a communal narrative, with claims that the incident took place in India.
Cyber Peace Foundation’s research found the viral claim to be misleading. Our research revealed that the video is not from India, but from Bangladesh, and is being falsely linked to India on social media.
Claim:
On January 15, 2026, a Facebook user shared the viral video claiming it depicted an incident from India. The post carried a provocative caption stating, “We are not afraid of Pakistan outside our borders. We are afraid of the thousands of mini-Pakistans within India.” The post has been widely circulated, amplifying communal sentiments.
Fact Check:
To verify the authenticity of the video, we conducted a reverse image search using Google Lens by extracting keyframes from the viral clip. During this process, we found the same video uploaded on a Bangladeshi Facebook account named AL Amin Babukhali on December 28, 2025. The caption of the original post mentions Kamalapur, which is a well-known railway station in Bangladesh. This strongly indicates that the incident did not occur in India.
Further analysis of the video shows that the train engine carries the marking “BR”, along with text written in the Bengali language. “BR” stands for Bangladesh Railways, confirming the origin of the train. To corroborate this further, we searched for images related to Bangladesh Railways using Google’s open tools. We found multiple images on Getty Images showing train engines with the same design and markings as seen in the viral video. The visual match clearly establishes that the train belongs to Bangladesh Railways.
Conclusion
Our research confirms that the viral video is from Bangladesh, not India. It is being shared on social media with a false and misleading claim to give it a communal angle and link it to India.
Introduction
Whatsapp is one of the leading OTT messaging platforms, which has been owned by the tech giant Meta since 2013. WhatsApp enjoys a user base of nearly 2.24 billion people globally, with almost 487 million users in India. Since the advent of Whatsapp, it has been the most commonly used messaging app, and it has made an impact to such an extent that it is used for professional as well as personal purposes. Meta powers the platform and follows similar guidelines and policies as its parent company.
The New Feature
Users of WhatsApp on the web and desktop can now access one account from various devices. One WhatsApp account may now be used on up to four handsets thanks to a new update from Meta. Be aware that the multi-device capability has been planned for some time and is finally being made available to stable WhatsApp users. Each linked device (up to four devices can be linked) will function independently, and the independent devices will continue to receive messages even if the central device’s network connection is lost. Remember that WhatsApp will automatically log out of all the companion devices if the primary smartphone is dormant for an extended period. Four more gadgets may be a mix of four PCs and smartphones or four smartphones. This feature is now available for updates and downloads on Android as well as iOS platforms.
Potential issues
As we go deeper into the digital age, it is the responsibility of the tech giants to pilot innovation with features of security by design. Thus such new features should be accompanied by coherent safety and security policies or advisories to ensure the users understand the implications of the new features. Convenience over conditions is an essential part of cyberspace. It points to the civic duty of netizens to go through the conditions of any app rather than only focus on the convenience it creates. The following potential issues may arise from the new features on Whatsapp –
- Increased cybercrime- The bad actors now do not need to access SIM cards to commit frauds over the platforms as now on a single number 4 devices can be used hence the cybercriminal activity can increase over the platform. It is also pertinent for the platform to create SoPs for fake accounts which use multiple devices, as they pose a direct threat to the users and their interests.
- Difficulty in identifying and tracing- The LEAs will face a significant issue in identifying the bad actors and tracing them as the individual’s involvement through a linked device needs to be given legal validity and scope for investigation. This may also cause issues in evidence handling and analysis.
- Surge in Misinformation and Disinformation- With access to multiple devices, the screen time of an individual is also bound to increase. This leads to more time spent online, thus causing a rise in instances of misinformation and disinformation by bad actors. Thus the aspect of fack checking is of prime importance.
- Potential Oversharing of Personal Data- With the increased accessibility on different devices, it is very easy for the app to seek data from all devices on which the app is running, thus leading to a bigger reservoir of personal data for the platforms and data fiduciaries.
- Higher risk of Phishing, Ransomware and Malware Attacks- As the devices under the same login credentials and mobile number will increase, the message can be viewed on all the devices, thus increasing the risk of widespread embedded ransomware and malware in multiple devices is and ever-present threat.
- One number, more criminals- This feature will allow cybercriminals to operate using one device only, earlier they used to forge Adhaar cards to get new sims, but this feature will enable the bad actors to commit crimes and attacks from one single SIM using 4 different devices.
- Rise in Digital Footprint- As the number of devices increases, the users will generate more digital footprints. As a tech giant, Meta will have access to a bigger database, which increases the risk of data breaches by third-party actors.
Conclusion
In the fast-paced digital world, it is important to remain updated about new software, technologies and policies for our applications or forms of tech. This was a long-awaited feature from WhatsApp, and its value of it doesn’t lie in technological advancement only but also in the formulation of policies to govern this technology towards the trust and safety aspect of users. The platforms, in synergy with the policy makers, need to create a robust framework to accommodate the new features and add-ons on apps vehicle, staying in compliance with the laws of the land. Awareness about new features and vulnerabilities is a must for all netizens, and it is a shared responsibility for all netizens to spread the word about safety and security mechanisms.
Introduction
In July 2025, the Digital Trust & Safety Partnership (DTSP) achieved a significant milestone with the formal acceptance of its Safe Framework Specification as an international standard, ISO/IEC 25389. This is the first globally recognised standard that is exclusively concerned with guaranteeing a secure online experience for the general public's use of digital goods and services.
Significance of the New Framework
Fundamentally, ISO/IEC 25389 provides organisations with an organised framework for recognising, controlling, and reducing risks associated with conduct or content. This standard, which was created under the direction of ISO/IEC's Joint Technical Committee 1 (JTC 1), integrates the best practices of DTSP and offers a precise way to evaluate organisational maturity in terms of safety and trust. Crucially, it offers the first unified international benchmark, allowing organisations globally to coordinate on common safety pledges and regularly assess progress.
Other Noteworthy Standards and Frameworks
While ISO/IEC 25389 is pioneering, it’s not the only framework shaping digital trust and safety:
- One of the main outcomes of the United Nations’ 2024 Summit for the Future was the UN's Global Digital Compact, which describes cross-border cooperation on secure and reliable digital environments with an emphasis on countering harmful content, upholding online human rights, and creating accountability standards.
- The World Economic Forum’s Digital Trust Framework defines the goals and values, such as cybersecurity, privacy, transparency, redressability, auditability, fairness, interoperability and safety, implicit to the concept of digital trust. It also provides a roadmap to digital trustworthiness that imbibes these dimensions.
- The Framework for Integrity, Security and Trust (FIST) launched at the Cybereace Summit 2023 at USI of India in New Delhi, calls for a multistakeholder approach to co-create solutions and best practices for digital trust and safety.
- While still in the finalisation stage for implementation rollout, India's Digital Personal Data Protection Act, 2023 (DPDP Act) and its Rules (2025) aim to strike a balance between individual rights and data processing needs by establishing a groundwork for data security and privacy.
- India is developing frameworks in cutting-edge technologies like artificial intelligence. Using a hub-and-spoke model under the IndiaAI Mission, the AI Safety Institute was established in early 2025 with the goal of creating standards for trustworthy, moral, and safe AI systems. Furthermore, AI standards with an emphasis on safety and dependability are being drafted by the Bureau of Indian Standards (BIS).
- Google's DigiKavach program (2023) and Google Safety Engineering Centre (GSEC) in Hyderabad are concrete efforts to support digital safety and fraud prevention in India's tech sector.
What It Means for India
India is already claiming its place in discussions about safety and trust around the world. Google's June 2025 safety charter for India, for example, highlights how India's distinct digital scale, diversity, and vast threat landscape provide insights that inform global cybersecurity strategies.
For India's digital ecosystem, ISO/IEC 25389 comes at a critical juncture. Global best practices in safety and trust are desperately needed as a result of the rapid adoption of digital technologies, including the growth of digital payments, e-governance, and artificial intelligence and a concomitant rise in instances of digital harms. Through its guidelines, ISO/IEC 25389 provides a reference benchmark that Indian startups, government agencies, and tech companies can use to improve their safety standards.
Conclusion
A global trust-and-safety standard like ISO/IEC 25389 is essential for making technology safer for people, even as we discuss the broader adoption of security and safety-by-design principles integrated into the processes of technological product development. India can improve user protection, build its reputation globally, and solidify its position as a key player in the creation of a safer, more resilient digital future by implementing this framework in tandem with its growing domestic regulatory framework (such as the DPDP Act and AI Safety policies).
References
- https://dtspartnership.org/the-safe-framework-specification/
- https://dtspartnership.org/press-releases/dtsps-safe-framework-published-as-an-international-standard/?
- https://www.weforum.org/stories/2024/04/united-nations-global-digital-compact-trust-security/?
- https://economictimes.indiatimes.com/tech/technology/google-releases-safety-charter-for-india-senior-exec-details-top-cyber-threat-actors-in-the-country/articleshow/121903651.cms?
- https://initiatives.weforum.org/digital-trust/framework
- https://government.economictimes.indiatimes.com/news/secure-india/the-launch-of-fist-framework-for-integrity-security-and-trust/103302090
