#FactCheck-Viral ‘Human Pyramid Surviving Strong Winds’ Video Is AI-Generated Introduction

Introduction

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Cyber-attacks are another threat in this digital world, not exclusive to a single country, that could significantly disrupt global movements, commerce, and international relations all of which experienced first-hand when a cyber-attack occurred at Heathrow, the busiest airport in Europe, which threw their electronic check-in and baggage systems into a state of chaos. Not only were there chaos and delays at Heathrow, airports across Europe including Brussels, Berlin, and Dublin experienced delay and had to conduct manual check-ins for some flights further indicating just how interconnected the world of aviation is in today's world. Though Heathrow assured passengers that the "vast majority of flights" would operate, hundreds were delayed or postponed for hours as those passengers stood in a queue while nearly every European airport's flying schedule was also negatively impacted.

The Anatomy of the Attack

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The attack specifically targeted Muse software by Collins Aerospace, a software built to allow various airlines to share check-in desks and boarding gates. The disruption initially perceived to be technical issues soon turned into a logistical nightmare, with airlines relying on Muse having to engage in horror-movie-worthy manual steps hand-tagging luggage, verifying boarding passes over the phone, and manually boarding passengers. While British Airways managed to revert to a backup system, most other carriers across Heathrow and partner airports elsewhere in Europe had to resort to improvised manual solutions.

The trauma was largely borne by the passengers. Stories emerged about travelers stranded on the tarmac, old folks left barely able to walk without assistance, and even families missing important connections. It served to remind everyone that the aviation world, with its schedules interlocked tightly across borders, can see even a localized system failure snowball into a continental-level crisis.

Cybersecurity Meets Aviation Infrastructure

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In the last two decades, aviation has become one of the more digitally dependent industries in the world. From booking systems and baggage handling issues to navigation and air traffic control, digital systems are the invisible scaffold on which flight operations are supported. Though this digitalization has increased the scale of operations and enhanced efficiency, it must have also created many avenues for cyber threats. Cyber attackers increasingly realize that to target aviation is not just about money but about leverage. Just interfering with the check-in system of a major hub like Heathrow is more than just financial disruption; it causes panic and hits the headlines, making it much more attractive for criminal gangs and state-sponsored threat actors.

The Heathrow incident is like the worldwide IT crash in July 2024-thwarting activities of flights caused by a botched Crowdstrike update. Both prove the brittleness of digital dependencies in aviation, where one failure point triggering uncontrollable ripple effects spanning multiple countries. Unlike conventional cyber incidents contained within corporate networks, cyber-attacks in aviation spill on to the public sphere in real time, disturbing millions of lives.

Response and Coordination

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Heathrow Airport first added extra employees to assist with manual check-in and told passengers to check flight statuses before traveling. The UK's National Cyber Security Centre (NCSC) collaborated with Collins Aerospace, the Department for Transport, and law enforcement agencies to investigate the extent and source of the breach. Meanwhile, the European Commission published a statement that they are "closely following the development" of the cyber incident while assuring passengers that no evidence of a "widespread or serious" breach has been observed.

According to passengers, the reality was quite different. Massive passenger queues, bewildering announcements, and departure time confirmations cultivated an atmosphere of chaos. The wrenching dissonance between the reassurances from official channel and Kirby needs to be resolved about what really happens in passenger experiences. During such incidents, technical restoration and communication flow are strategies for retaining public trust in incidents.

Attribution and the Shadow of Ransomware

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As with many cyber-attacks, questions on its attribution arose quite promptly. Rumours of hackers allegedly working for the Kremlin escaped into the air quite possibly inside seconds of the realization, Cybersecurity experts justifiably advise against making conclusions hastily. Extortion ransomware gangs stand the last chance to hold the culprits, whereas state actors cannot be ruled out, especially considering Russian military activity under European airspace. Meanwhile, Collins Aerospace has refused to comment on the attack, its precise nature, or where it originated, emphasizing an inherent difficulty in cyberattribution.

What is clear is the way these attacks bestow criminal leverage and dollars. In previous ransomware attacks against critical infrastructure, cybercriminal gangs have extorted millions of dollars from their victims. In aviation terms, the stakes grow exponentially, not only in terms of money but national security and diplomatic relations as well as human safety.

Broader Implications for Aviation Cybersecurity

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This incident brings to consideration several core resilience issues within aviation systems. Traditionally, the airports and airlines had placed premium on physical security, but today, the equally important concept of digital resilience has come into being. Systems such as Muse, which bind multiple airlines into shared infrastructure, offer efficiency but, at the same time, also concentrate that risk. A cyber disruption in one place will cascade across dozens of carriers and multiple airports, thereby amplifying the scale of that disruption. 

The case also brings forth redundancy and contingency planning as an urgent concern. While BA systems were able to stand on backups, most other airlines could not claim that advantage. It is about time that digital redundancies, be it in the form of parallel systems or isolated backups or even AI-driven incident response frameworks, are built into aviation as standard practice and soon. 

On the policy plane, this incident draws attention to the necessity for international collaboration. Aviation is therefore transnational, and cyber incidents standing on this domain cannot possibly be handled by national agencies only. Eurocontrol, the European Commission, and cross-border cybersecurity task forces must spearhead this initiative to ensure aviation-wide resilience.

Human Stories Amid a Digital Crisis

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Beyond technical jargon and policy response, the human stories had perhaps the greatest impact coming from Heathrow. Passengers spoke of hours spent queuing, heading to funerals, and being hungry and exhausted as they waited for their flights. For many, the cyber-attack was no mere headline; instead, it was ¬ a living reality of disruption.

These stories reflect the fact that cybersecurity is no hunger strike; it touches people's lives. In critical sectors such as aviation, one hour of disruption means missed connections for passengers, lost revenue for airlines, and inculcates immense emotional stress. Crisis management must therefore entail technical recovery and passenger care, communication, and support on the ground.

Conclusion

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The cybersecurity crisis of Heathrow and other European airports emphasizes the threat of cyber disruption on the modern legitimacy of aviation. The use of increased connectivity for airport processes means that any cyber disruption present, no matter how small, can affect scheduling issues regionally or on other continents, even threatening lives. The occurrences confirm a few things: a resilient solution should provide redundancy not efficiency; international networking and collaboration is paramount; and communicating with the traveling public is just as important (if not more) as the technical recovery process. 

As governments, airlines, and technology providers analyse the disruption, the question is longer if aviation can withstand cyber threats, but to what extent it will be prepared to defend itself against those attacks. The Heathrow crisis is a reminder that the stake of cybersecurity is not just about a data breach or outright stealing of money but also about stealing the very systems that keep global mobility in motion. Now, the aviation industry is tested to make this disruption an opportunity to fortify the digital defences and start preparing for the next inevitable production.

References

• https://www.bbc.com/news/articles/c3drpgv33pxo
• https://www.theguardian.com/business/2025/sep/21/delays-continue-at-heathrow-brussels-and-berlin-airports-after-alleged-cyber-attack
• https://www.reuters.com/business/aerospace-defense/eu-agency-says-third-party-ransomware-behind-airport-disruptions-2025-09-22/

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The UN established its first permanent Global Mechanism for cybersecurity which will begin operations in March 2026. The policy framework for Western countries exists because their current strategies are being developed. The situation in India presents greater complexity and higher levels of interest than any other country.

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The Fence That Became a Vantage Point
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The United Nations cybersecurity talks have seen India actively participate since their start. India brought its proposal for an open and inclusive multilateral framework which was supported by Western states who wanted to establish universal norms and responsible state behaviour but India did not accept their geopolitical viewpoint.

India did not support the Russia-led bloc which wanted a permanent open-ended working group that would focus only on plenary meetings and the country also rejected the European Union's Program of Action. India maintained its previous stance by supporting multilateralism as a general principle while showing hesitation about backing specific power structures.

The fence now provides an advantage because it no longer serves as a point of vulnerability. India's non-alignment provides him with operational power because the body operates through decision-making which requires all members to agree.

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Sovereignty First, Norms Second
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The digital sovereignty framework which defines India's long-standing cybersecurity diplomatic activities serves as the country's fundamental cybersecurity diplomatic framework. New Delhi has been reluctant to endorse frameworks that could constrain how it manages its own cyberspace, whether through content regulation, surveillance architecture, or incident response. The Indian government establishes its control over internet governance through its implementation of VPN regulations and CERT-In reporting requirements and data localization discussions. 

The new Global Mechanism creates a situation which India must handle because it creates an uncommon diplomatic situation. The framework's five pillars, threats, norms, international law, confidence-building measures, and capacity-building, each carry embedded assumptions that don't sit neatly with India's domestic policy posture. India supports the norm which prohibits countries from attacking each other's critical infrastructure while developing offensive cyber abilities and keeping its cyber response strategies secret.

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The Capacity-Building Opening
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The Indian government has a definite interest in dedicated thematic group 2 which focuses on building cybersecurity capacity. India exists in two opposing states because it operates as a developing nation which lacks basic national cybersecurity systems while also maintaining advanced cyber defense capabilities. The donor table exists as a platform which gives India both funding rights and complete rights to speak for developing nations. India should serve as a connecting force for DTG 2 by sharing its experience with CERT-In development and its sectoral frameworks for finance and telecom and its National Cyber Coordination Centre programs which train cybersecurity professionals while requesting capacity-building programs that follow demand-based needs assessment and local context understanding and which do not include the typical restrictions that accompany Western technical assistance.

India has done this before in other multilateral settings. The organization maintains its independence through its role as a credible Global South representative which it uses to speak for the Global South without aligning with any particular alliance.

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The DTG 1 Question: Critical Infrastructure and Strategic Ambiguity
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The DTG 1 study about ICT security challenges shows how resilience and cooperation and stability work together as different themes but creates complex challenges for India.

The 2020 Mumbai power grid incident which some researchers attribute to Chinese state-linked actors has become one of three major attacks against India's critical infrastructure together with AIIMS Delhi incidents in 2022 and ongoing cyber intrusions into defence and government networks. The international standards which govern critical infrastructure protection require actual implementation from India because the country possesses vital national assets.

India has not yet established formal processes for cyberattack attribution while its officials avoid the norm-enforcement diplomacy which Western countries practice through their coordinated attribution and sanction procedures. 

India must either develop deeper transparency about its operations or create specialized operational plans which can keep its needed information undercover if it wants to participate in DTG 1 about cross-border interdependencies and incident response collaboration. India will likely engage selectively, supporting the idea of critical infrastructure norms while resisting mechanisms that operationalise accountability.

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Geopolitical Triangulation
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The new Global Mechanism needs countries to implement their national policies because states must stop merely restating their positions. Multilateral cybersecurity forums operate as Geopolitical triangulation platforms for India. India's security system must protect its interests against its two main cyber adversaries which include China and Pakistan-based groups. 

The US and EU strategic partnership between India and these Western governments requires India to show closer ties with democratic nations through its participation in international forums. The new Global Mechanism will require India to pursue its current position by participating in capacity-building activities while developing common norms through its work on general norms language. 

India will maintain its current position between Western liberal order enforcement and Russia-China sovereignty-maximalist counter-narrative through its capacity-building activities and general norms language work.

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What India Should Actually Do
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The document establishes core argument which states early DTG development needs to be established for proper assessment of future results which applies to Indian territory and European territory. India has the credibility and technical foundation and diplomatic ties which enable it to establish itself as an agenda-setter who takes proactive actions instead of following others. India should take the following actions to achieve its goals: lead or co-lead DTG 2 discussions which focus on the capacity requirements of the Global South while advancing DG 1 areas that protect developing nations from actual threats and establish South-South cybersecurity agreements through this system which will help them bypass Western capacity development restrictions. The Global Mechanism offers an essential multilateral platform which provides advantages to countries that take initial actions. India has the ability to make an impact because it possesses strategic advantages which will be activated through its choice between active participation and total disengagement.

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References
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• http://interface-eu.org/publications/the-new-united-nations-mechanism-on-cybersecurity#a-european-strategy-for-the-dtgs
• https://disarmament.unoda.org/en/our-work/emerging-challenges/developments-field-information-and-telecommunications-context
• https://www.recordedfuture.com/research/redecho-targeting-indian-power-sector
• https://www.saikrishnaassociates.com/cert-in-issues-directions-for-information-security-practices-procedure-prevention-response-and-reporting-of-cyber-incidents/

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A report by MarketsandMarkets in 2024 showed that the global AI market size is estimated to grow from USD 214.6 billion in 2024 to USD 1,339.1 billion in 2030, at a CAGR of 35.7%. AI has become an enabler of productivity and innovation. A Forbes Advisor survey conducted in 2023 reported that 56% of businesses use AI to optimise their operations and drive efficiency. Further, 51% use AI for cybersecurity and fraud management, 47% employ AI-powered digital assistants to enhance productivity and 46% use AI to manage customer relationships.

AI has revolutionised business functions. According to a Forbes survey, 40% of businesses rely on AI for inventory management, 35% harness AI for content production and optimisation and 33% deploy AI-driven product recommendation systems for enhanced customer engagement.  This blog addresses the opportunities and challenges posed by integrating AI into operational efficiency.

Artificial Intelligence and its resultant Operational Efficiency

AI has exemplary optimisation or efficiency capabilities and is widely used to do repetitive tasks. These tasks include payroll processing, data entry, inventory management, patient registration, invoicing, claims processing, and others. AI use has been incorporated into such tasks as it can uncover complex patterns using NLP, machine learning, and deep learning beyond human capabilities. It has also shown promise in improving the decision-making process for businesses in time-critical, high-pressure situations. 

AI-driven efficiency is visible in industries such as the manufacturing industry for predictive maintenance, in the healthcare industry for streamlining diagnostics and in logistics for route optimisation. Some of the most common real-world examples of AI increasing operational efficiency are self-driving cars (Tesla), facial recognition (Apple Face ID), language translation (Google Translate), and medical diagnosis (IBM Watson Health)

Harnessing AI has advantages as it helps optimise the supply chain, extend product life cycles, and ultimately conserve resources and cut operational costs. 

Policy Implications for AI Deployment 

Some of the policy implications for development for AI deployment are as follows:

1. Develop clear and adaptable regulatory frameworks for the ongoing and future developments in AI. The frameworks need to ensure that innovation is not hindered while managing the potential risks. 
2. As AI systems rely on high-quality data that is accessible and interoperable to function effectively and without proper data governance, these systems may produce results that are biased, inaccurate and unreliable. Therefore, it is necessary to ensure data privacy as it is essential to maintain trust and prevent harm to individuals and organisations.
3. Policy developers need to focus on creating policies that upskill the workforce which complements AI development and therefore job displacement. 
4. To ensure cross-border applicability and efficiency of standardising AI policies, the policy-makers need to ensure that international cooperation is achieved when developing the policies.

Addressing Challenges and Risks 

Some of the main challenges that emerge with the development of AI are algorithmic bias, cybersecurity threats and the dependence on exclusive AI solutions or where the company retains exclusive control over the source codes. Some policy approaches that can be taken to mitigate these challenges are:

1. Having a robust accountability mechanism. 
2. Establishing identity and access management policies that have technical controls like authentication and authorisation mechanisms. 
3. Ensure that the learning data that AI systems use follows ethical considerations such as data privacy, fairness in decision-making, transparency, and the interpretability of AI models.

Conclusion 

AI can contribute and provide opportunities to drive operational efficiency in businesses. It can be an optimiser for productivity and costs and foster innovation for different industries. But this power of AI comes with its own considerations and therefore, it must be balanced with proactive policies that address the challenges that emerge such as the need for data governance, algorithmic bias and risks associated with cybersecurity. A solution to overcome these challenges is establishing an adaptable regulatory framework, fostering workforce upskilling and promoting international collaborations. As businesses integrate AI into core functions, it becomes necessary to leverage its potential while safeguarding fairness, transparency, and trust. AI is not just an efficiency tool, it has become a stimulant for organisations operating in a rapidly evolving digital world.

References

• https://indianexpress.com/article/technology/artificial-intelligence/ai-indian-businesses-long-term-gain-operational-efficiency-9717072/ 
• https://www.marketsandmarkets.com/Market-Reports/artificial-intelligence-market-74851580.html
• https://www.forbes.com/councils/forbestechcouncil/2024/08/06/smart-automation-ais-impact-on-operational-efficiency/ 
• https://www.processexcellencenetwork.com/ai/articles/ai-operational-excellence 
• https://www.leewayhertz.com/ai-for-operational-efficiency/ 
• https://www.forbes.com/councils/forbestechcouncil/2024/11/04/bringing-ai-to-the-enterprise-challenges-and-considerations/  

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