#Fact Check: Viral Smoke Video Is Not From Israel-Iran Conflict, But Mexico Casino Fire

Introduction

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India is seeing a major change due to the introduction of Artificial Intelligence (AI) across all sectors of government, business, and the digital economy with regard to areas such as governance, healthcare, finance, and the infrastructure. The large scale and rapid pace of AI implementation are expected to lead to efficiency gains, innovations in products and services, and to drive economic growth; however, the growth of AI also creates many serious concerns regarding ethics, legality, and societal ramifications. Issues such as algorithmic bias in the use of algorithms by AI, a lack of transparency in decision-making algorithms, data protection risks resulting from AI employments, and unclear frameworks for determining accountability for AI-related action; bring issues of how we will govern AI in a responsible manner to the forefront of public policy discourse.

India wants to become an AI superpower and leader in technology on the world stage. As such, India has a dual responsibility to fuel innovation without discounting democratic ideals, human rights, and public trust. UNESCO's AI Readiness Assessment Methodology (RAM) is a global tool for AI governance, created to provide concrete policy guidance on how to make ethical AI a reality. The India AI RAM Report is set to be formally released by UNESCO during the India AI Impact Summit 2026, taking place in New Delhi, as a major milestone in India's developing AI governance journey.

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What is UNESCO’s AI Readiness Assessment Methodology (RAM)?

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UNESCO has created a simple yet effective tool, called the AI Readiness Assessment Methodology (RAM), that can assist governments in determining how well they are prepared to develop, deploy and manage Artificial Intelligence ethically, responsibly and trustworthily. RAM provides a framework for diagnosing and self-assessing the state of a country’s ability to govern AI on the basis of evidence-based decision making rather than serving as a regulatory framework or ranking system.

The most important goal of RAM is to assess a country’s overall state of readiness to govern AI based on four dimensions: institutionally, legally, socially and technologically. In doing so, RAM examines how institutions function, their maturity level and the extent to which various policies align with one another; thereby giving governments an overview of strengths, weaknesses and priorities for reform.

Unlike other frameworks, RAM does not prescribe any one-size-fits-all solutions; instead, it uses a context sensitive approach when implementing the concepts of AI governance due to differing national realities, developmental priorities and social/economic conditions. Using the ethical principles established by UNESCO, RAM converts these principles into practical actions that can guide countries in their transition from abstract commitments to concrete strategies for governing AI.

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Key Dimensions Assessed Under RAM

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UNESCO's AI Readiness Assessment Methodology (RAM) is a tool used to assess a country's readiness to implement ethical Artificial Intelligence through five interconnected dimensions. These include: the legal and regulatory dimension (which looks at the laws, rules, and safeguards that are currently in place related to AI), the social and cultural dimension (which looks at whether the public is aware of AI, whether it trusts AI, whether AI is an inclusive experience for all people who use AI and whether AI has affected society in various ways), and the economic dimension (which looks at innovation, participation from industry, and readiness of the market for AI).

Also included in the framework/functionality of the RAM are: scientific and educational dimension (which examines a country’s capacity to conduct serious scientific research, including research activities that prepare persons to be employable in AI jobs); and technological and infrastructure dimension (which examines the availability of data, digital infrastructure, and computing capabilities for AI projects in a country).

All five of these dimensions consider the entirety of the scope of an AI readiness evaluation to ensure that AI Governance is more than just a technical issue; rather, it is a condition of a country’s capacity to generate laws, create policy and maintain social equality in relation to all forms of Artificial Intelligence.

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Methodology and Nationwide Consultative Process

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RAM takes both qualitative and quantitative characteristics together to create an overall understanding of how ready any nation is for AI capabilities. It is designed with flexibility so nations can define their assessments with respect to their own institutional capabilities and development agenda.

Normally, RAM is implemented by an independent expert who is assisted by a national team consisting of various stakeholders. With respect to the RAM process used in India, it was conducted as a national consultation where representatives from across all sectors of society (government, private sector, academia, civil society, and young people) participated in the assessment's creation. This consultation process made sure there were many different viewpoints present, which increased the legitimacy of the assessment results and how relevant they are in each country. The consultation process also yields policy recommendations based on real life governing situations or challenges that are specific to different sectors.

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Institutional Partnerships Behind India’s RAM

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The India RAM Initiative was developed by the UNESCO South Asia Regional Office (as a partner of IndiaAI Mission and the Indian Ministry of Electronics and Information Technology) and implemented by Ikigai Law with the help of The Patrick J. McGovern Foundation. This demonstrated the need for and importance of partnership in developing governance frameworks for Artificial Intelligence (AI). The result of the RAM process is a collaborative effort that includes evidence-based international norm-setting capabilities from around the world; government policies under the guidance of national political leadership; independent legal-technical implementation; input from civil society; all with the goal of empowering (increasing) India's ability to establish and implement both a consistent (i.e., coherent) and comprehensive (i.e., inclusive) AI Governance Framework.

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Significance of the India AI RAM Report and Its Launch

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The India AI RAM Report provides a complete initial assessment of India’s AI ecosystem and includes key insights into AI readiness, governance strengths/weaknesses, and potential opportunities across multiple sectors. It identifies priority areas to promote a responsible and trustworthy AI ecosystem in India.

The report will be officially released during the India AI Impact Summit (February 16, 2026 at Bharat Mandapam, New Delhi) where Mr. Abhishek Venkateswaran (National Project Officer-Social and Human Sciences at UNESCO South Asia) offered additional insight into the consultative process and the overall importance of this launch on India's future AI policy path.

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Policy Relevance and the Road Ahead

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The RAM Framework gives the government a structure and roadmap for developing and implementing AI Governance. In doing this, RAM reinforces the alignment of IndiaAI Mission, which includes safety and trust in AI as one of the pillars. However, the results from this Assessment will not automatically translate to reforming institutions, issuing guidelines specific to sectors, or developing a mechanism for continued evaluation. Implementation will require strong and sustained commitment from political leaders, as well as the commitment of institutions involved in the reforms made possible by RAM's implementation.

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Conclusion

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UNESCO has developed an AI Readiness Assessment Methodology (AI-RAM) that can greatly advance the way India approaches governance with respect to artificial intelligence (AI). By focusing on "readiness" (doing what needs to be done), "responsibility" (being or having good moral principles) and "inclusivity" (including everyone), the AI-RAM will enable India to become an active participant in discussions around ethical use of AI at a global level. India is now positioned to take on a leadership role in the world by adopting this methodology, which provides a platform for establishing global standards for AI development. The real benefit of the AI-RAM will come from policy measures that will ensure future AI development in India is 'human-centered', 'trustworthy' and 'aligns with democratic values'.

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References

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1. https://icaire.org/files/UNESCORam-en.pdf
2. https://www.pib.gov.in/PressReleasePage.aspx?PRID=2134492&reg=3&lang=2 
3. https://www.facebook.com/unesconewdelhi/videos/unesco-is-set-to-launch-the-india-ai-readiness-assessment-methodology-ram-report/25955631820699516/
4. https://www.unesco.org/ethics-ai/en/ram
5. https://www.hindustantimes.com/india-news/unesco-meity-launch-exercise-to-assess-india-s-ai-readiness-101749188341803.html#
6. https://www.manoramayearbook.in/current-affairs/india/2025/06/09/unesco-ai-readiness-assessment-methodology-ram.html

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Executive Summary:

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A video is circulating on social media claiming to be footage of the aftermath of Iran's missile strikes on Israel. The video shows destruction, damaged infrastructure, and panic among civilian casualties. After our own digital verification, visual inspection, and frame-by-frame inspection, we have determined that the video is fake. The video is just AI-generated clips and not related to any incident.

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Claim:

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The viral video claims that a recent military strike by Iran resulted in the destruction of parts of Israel, following an initial missile attack launched by Iran. The footage appears current and depicts significant destruction of buildings and widespread chaos in the streets.

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FACT CHECK: 

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We conducted our research on the viral video to determine if it was AI-generated. During the research we broke the video into individual still frames, and upon closely examining the frames, several of the visuals he showed us had odd-shaped visual features, abnormal body proportions, and flickering movements that don't occur in real footage. We took several still frames and checked them in image search sites to see if they had appeared before. The search results revealed that several clips in the video had appeared previously, in separate and unrelated circumstances, which indicates that they are neither recent nor original.

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While examining the Instagram profile, we noticed that the account frequently shares visually dramatic AI content that appears digitally created. Many earlier posts from the same page include scenes that are unrealistic, such as wrecked aircraft in desolate areas or buildings collapsing in unnatural ways. In the current video, for instance, the fighter jets shown have multiple wings, which is not technically or aerodynamically possible in real life. The profile’s bio, which reads "Resistance of Artificial Intelligence," suggests that the page intentionally focuses on sharing AI-generated or fictional content. 

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We also ran the viral post through Tenorshare.AI for Deep-Fake detection, and the result came 94% AI. All findings resulting from our research established that the video is synthetic and unrelated to any event occurring in Israel, and therefore debunked a false narrative propagated on social media.

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Conclusion: 

Our research found that the video is fake and contains AI-generated images and is not related to any real missile strike or destruction occurring in Israel. The source is specific to fuel the panic and misinformation in a context of already-heightened geopolitical tension. We call on viewers not to share this unverified information and to rely on trusted sources. When there are sensitive international developments, the dissemination of fake imagery can promote fear, confusion, and misinformation on a global scale.

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• Claim: Real Footage of Iran’s Missile Strikes on Israel‍
• Claimed On: Social Media‍
• Fact Check: False and Misleading

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Overview:

WazirX is the platform for cryptocurrencies, based in India that has been hacked, and it made a loss of more than $230 million in cryptocurrency. This case concerned an unauthorized transaction with a multisignature or multisig, wallet controlled through Liminal’a digital asset management platform. These attacking incidents have thereafter raised more questions on the security of the Cryptocurrency exchanges and efficiency of the existing policies and laws.

Wallet Configuration and Security Measures

This wallet was breached and had a multisig setting meaning that more than one signature was needed to authorize a transaction. Specifically, it had six signatories: five are funded by WazirX and one is funded by Liminal. Every transaction needed the approval of at least three signatories of WazirX, all of whom had addressed security concerns by using Ledger’s hardware wallets; while the Liminal, too, had a signatory, for approval.

To further increase the level of security of the transactions, a whitelisting policy was introduced, only limited addresses were authorized to receive funds. This system was rather vulnerable, and the attackers managed to grasp the discrepancy between the information available through Liminal’s interface and the content of the transaction to seize unauthorized control over the wallet and implement the theft.

Modus Operandi: Attack Mechanics

The cyber attack appears to have been carefully carried out, with preliminary investigations suggesting the following tactics: 

• Payload Manipulation: The attackers apparently substituted the transaction’s payload during signing; hence, they can reroute the collected funds into an unrelated wallet. 

• Chain Hopping: To make it much harder to track their movements, the attackers split large amounts of money across multiple blockchains and broke tens of thousands of dollars into thousands of transactions involving different cryptocurrencies. This technique makes it difficult to trace people and things. 

• Zero Balance Transactions: There were also some instances where it ended up with no Ethereum (ETH) in the balance and such wallets also in use for the purpose of further anonymization of the transactions.

• Analysis of the blockchain data suggested the enemy might have been making the preparations for this attack for several days prior to their attack and involved a high amount of planning. 

Actions taken by WazirX:

Following the attack, WazirX implemented a series of immediate actions:

• User Notifications: The users were immediately notified of the occurrence of the breach and the possible risk it posed to them. 

• Law Enforcement Engagement: The matters were reported to the National Cyber Crime Reporting Portal and specific authorities of which the Financial Intelligence Unit (FIU) and the Computer Emergency Response Team (CERT-In). 

• Service Suspension: WazirX had suspended all its trading operations and user deposits’ and withdrawals’ to minimize further cases and investigate. 

• Global Outreach: The exchange contacted more than 500 cryptocurrency exchanges and requested to blacklist the wallet’s addresses linked to the theft. 

• Bounty Program: A bounty program was announced to encourage people to share information that can enable the authorities to retrieve the stolen money. A maximum of 23 million dollars was placed on the bounty. 

Further  Investigations 

WazirX stated that it has contracted the services of cybersecurity professionals to help in the prosecution process of identifying and compensating for the losses. The exchange is still investigating the forensic data and working with the police for tracking the stolen assets. Nevertheless, the prospects of full recovery may be quite questionable primarily because of complexity of the attack and the methods used by the attackers. 

Precautionary measures: 

 The WazirX cyber attack clearly implies that there is the necessity to improve the security and the regulation of the cryptocurrency industry. As exchanges become increasingly targeted by hackers, there is a pressing need for: 

• Stricter Security Protocols: The commitment to technical innovations, such as integration of MFA, as well as constant monitoring of the users’ wallets’ activities. 

• Regulatory Oversight: Formalization of the laws that require proper security for the cryptocurrency exchange platforms to safeguard their users as well as their investments. 

• Community Awareness: To bypass such predicaments, there is a need to study on emergent techniques in spreading awareness, particularly in cases of scams or phishing attempts that are likely to follow such breaches. 

Conclusion:

The cyber attack on WazirX in the field of cryptocurrency market, shows weaknesses and provides valuable lessons for enhancing the security.  This attack highlights critical vulnerabilities in cryptocurrency exchanges, even though employing advanced security measures like multisignature wallets and whitelisting policies. The attack's complexity, involving payload manipulation, chain hopping, and zero balance transactions, underscores the attackers' meticulous planning and the challenges in tracing stolen assets. This case brings a strong message regarding the necessity of solid security measures, and constant attention to security in the rapidly growing world of digital assets. Furthermore, the incident highlights the importance of community awareness and education on emerging threats like scams and phishing attempts, which usually follow such breaches. By fostering a culture of vigilance and knowledge, the cryptocurrency community can better defend against future attacks.

Reference:

https://wazirx.com/blog/important-update-cyber-attack-incident-and-measures-to-protect-your-assets/

https://www.moneycontrol.com/news/opinion/the-230-million-crypto-theft-at-wazirx-is-a-wake-up-call-for-indian-regulators-government-12772563.html

https://www.linkedin.com/pulse/wazirx-cyberattack-in-depth-analysis-jyqxf

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