#FactCheck-Air Taxi is a prototype and is not launched to commercial public

Executive Summary:

 A viral online image claims to show Arvind Kejriwal, Chief Minister of Delhi, welcoming Elon Musk during his visit to India to discuss Delhi’s administrative policies. However, the CyberPeace Research Team has confirmed that the image is a deep fake, created using AI technology. The assertion that Elon Musk visited India to discuss Delhi’s administrative policies is false and misleading.

Claim

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A viral image claims that Arvind Kejriwal welcomed Elon Musk during his visit to India to discuss Delhi’s administrative policies.

Post link

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Fact Check:

Upon receiving the viral posts, we conducted a reverse image search using InVid Reverse Image searching tool. The search traced the image back to different unrelated sources featuring both Arvind Kejriwal and Elon Musk, but none of the sources depicted them together or involved any such event. The viral image displayed visible inconsistencies, such as lighting disparities and unnatural blending, which prompted further investigation.

Using advanced AI detection tools like TrueMedia.org and Hive AI Detection tool, we analyzed the image. The analysis confirmed with 97.5% confidence that the image was a deepfake. The tools identified “substantial evidence of manipulation,” particularly in the merging of facial features and the alignment of clothes and background, which were artificially generated.

  Analysis link

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Moreover, a review of official statements and credible reports revealed no record of Elon Musk visiting India to discuss Delhi’s administrative policies. Neither Arvind Kejriwal’s office nor Tesla or SpaceX made any announcement regarding such an event, further debunking the viral claim.

Conclusion:

The viral image claiming that Arvind Kejriwal welcomed Elon Musk during his visit to India to discuss Delhi’s administrative policies is a deep fake. Tools like Reverse Image search and AI detection confirm the image’s manipulation through AI technology. Additionally, there is no supporting evidence from any credible sources. The CyberPeace Research Team confirms the claim is false and misleading.

• Claim: Arvind Kejriwal welcomed Elon Musk to India to discuss Delhi’s administrative policies, viral on social media.
• Claimed on: Facebook and X(Formerly Twitter)
• Fact Check: False & Misleading

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Introduction

In the era of the internet where everything is accessible at your fingertip, a disturbing trend is on the rise- over 90% of websites containing child abuse material now have self-generated images, obtained from victims as young as three years old. A shocking revelation, shared by the (IWF) internet watch foundation, The findings of the IWF have caused concern about the increasing exploitation of children below the age of 10. The alarming trend highlights the increasing exploitation of children under the age of 10, who are coerced, blackmailed, tricked, or groomed into participating in explicit acts online. The IWF's data for 2023 reveals a record-breaking 275,655 websites hosting child sexual abuse material, with 92% of them containing such "self-generated" content.

Disturbing Tactics Shift

Disturbing numbers came that, highlight a distressing truth. In 2023, 275,655 websites were discovered to hold child sexual abuse content, reaching a new record and reflecting an alarming 8% increase over the previous year. What's more concerning is that 92% of these websites had photos or videos generated by the website itself. Surprisingly, 107,615 of these websites had content involving children under the age of ten, with 2,500 explicitly featuring youngsters aged three to six.

Profound worries

Deep concern about the rising incidence of images taken by extortion or coercion from elementary school-aged youngsters. This footage is currently being distributed on very graphic and specialised websites devoted to child sexual assault. The process begins in a child's bedroom with the use of a camera and includes the exchange, dissemination, and gathering of explicit content by devoted and determined persons who engage in sexual exploitation. These criminals are ruthless. The materials are being circulated via mail, instant messaging, chat rooms, and social media platforms, (WhatsApp, Telegram, Skype, etc.) 

Live Streaming of such material involves real-time broadcast which again is a major concern as the nature of the internet is borderless the access to such material is international, national, and regional, which even makes it difficult to get the predators and convict them. With the growth, it has become easy for predators to generate “self-generated “images or videos.

Financial Exploitation in the Shadows: The Alarming Rise of Sextortion

Looking at the statistics globally there have been studies that show an extremely shocking pattern known as “sextortion”, in which adolescents are targeted for extortion and forced to pay money under the threat of exposing images to their families or relatives and friends or on social media. The offender's goal is to obtain sexual gratification.

The financial variation of sextortion takes a darker turn, with criminals luring kids into making sexual content and then extorting them for money. They threaten to reveal the incriminating content unless their cash demands, which are frequently made in the form of gift cards, mobile payment services, wire transfers, or cryptocurrencies, are satisfied. In this situation, the predators are primarily driven by money gain, but the psychological impact on their victims is as terrible. A shocking case was highlighted where an 18-year-old was landed in jail for blackmailing a young girl, sending indecent images and videos to threaten her via Snapchat. The offender was pleaded guilty. 

The Question on Security?

The introduction of end-to-end encryption in platforms like Facebook Messenger has triggered concerns within law enforcement agencies. While enhancing user privacy, critics argue that it may inadvertently facilitate criminal activities, particularly the exploitation of vulnerable individuals. The alignment with other encrypted services is seen as a potential challenge, making it harder to detect and investigate crimes, thus raising questions about finding a balance between privacy and public safety.

One of the major concerns in the online safety of children is the implementation of encryption by asserting that it enhances the security of individuals, particularly children, by safeguarding them from hackers, scammers, and criminals. They underscored their dedication to enforcing safety protocols, such as prohibiting adults from texting teenagers who do not follow them and employing technology to detect and counteract bad conduct.

These distressing revelations highlight the urgent need for comprehensive action to protect our society's most vulnerable citizens i.e., children, youngsters, and adolescents throughout the era of digital progress. As experts and politicians grapple with these troubling trends, the need for action to safeguard kids online becomes increasingly urgent.

Role of Technology in Combating Online Exploitation 

With the rise of technology, there has been a rise in online child abuse, technology also serves as a powerful tool to combat it. The advanced algorithms and use of Artificial intelligence tools can be used to disseminate ‘self-generated’ images. Additional tech companies can collaborate and develop some effective solutions to safeguard every child and individual.  

Role of law enforcement agencies

Child abuse knows no borders, and addressing the issues requires legal intervention at all levels. National, regional, and international law enforcement agencies investigate online child sexual exploitation and abuse and cooperate in the investigation of these cybercrimes, Various investigating agencies need to have mutual legal assistance and extradition, bilateral, and multilateral conventions to conduct to identify, investigate, and prosecute perpetrators of online child sexual exploitation and abuse. Apart from this cooperation between private and government agencies is important, sharing the database of perpetrators can help the agencies to get them caught.

How do you safeguard your children?

Looking at the present scenario it has become a crucial part of protecting and safeguarding our children online against online child abuse here are some practical steps that can help in safeguarding your loved one.

1. Open communication:  Establish open communication with your children, make them feel comfortable, and share your experiences with them, make them understand what good internet surfing is and educate them about the possible risks without generating fear.
2. Teach Online Safety:  educate your children about the importance of privacy and the risks associated with it. Teach them strong privacy habits like not sharing any personal information with a stranger on any social media platform. Teach them to create some unique passwords and to make them aware not to click on any suspicious links or download files from unknown sources. 
3. Set boundaries: As a parent set rules and guidelines for internet usage, set time limits, and monitor their online activities without infringing their privacy. Monitor their social media platforms and discuss inappropriate behaviour or online harassment. As a parent take an interest in your children's online activities, websites, and apps inform them, and teach them online safety measures.

Conclusion

The predominance of self-generated' photos in online child abuse content necessitates immediate attention and coordinated action from governments, technology corporations, and society as a whole. As we negotiate the complicated environment of the digital age, we must be watchful, modify our techniques, and collaborate to defend the innocence of the most vulnerable among us. To combat online child exploitation, we must all work together to build a safer, more secure online environment for children all around the world.

References

• https://www.the420.in/over-90-of-websites-containing-child-abuse-feature-self-generated-images-warns-iwf/
• https://news.sky.com/story/self-generated-images-found-on-92-of-websites-containing-child-sexual-abuse-with-victims-as-young-as-three-13049628
• https://www.firstpost.com/world/russia-rejects-us-proposal-to-resume-talks-on-nuclear-arms-control-13630672.html
• https://www.news4hackers.com/iwf-warns-that-more-than-90-of-websites-contain-self-generated-child-abuse-images/

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Introduction

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With the advent of cloud computing, new information and asset delivery avenues have become possible, including Infrastructure-as-a-Service, Platform-as-a-Service, and Software-as-a-Service. With this change, the conventional paradigm of "computer as a product" is replaced with "computing as a service," which is provided to customers via the internet by big data warehouses or the cloud. Additionally, it has brought about an essential shift in how organisations function, allowing them to access computer tools and services online instead of needing to construct and manage their IT systems. As a result, organizations are now more agile, scalable, and efficient and can react swiftly to shifting consumer demands and market situations.

The Growth of Remote and Hybrid Workspaces

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Hybrid and remote workplaces are becoming more popular post-pandemic era. Many businesses have used regional workplace solutions to manage a more scattered workforce. IT departments are put in a difficult position since they have to make sure that branch office staff and remote workers can access the information they require safely and dependably. VPNs and Direct Internet Access links are becoming more and more popular, thus IT professionals are coming up with innovative ways for connecting distant locations to the main office while protecting the confidentiality of information.

User Portability

‍The widespread use of mobile devices for work, along with the growing Bring Your Own Device (BYOD) culture, has significantly contributed to the rise of remote work and flexible work environments. Employees can now connect to corporate systems using either personal or company-issued devices through secure methods such as Virtual Private Networks (VPNs) or cloud-based platforms. This has made teleworking, work-from-home setups, and flexible work hours increasingly common and practical, allowing for greater productivity and work-life balance.

Growing Volume of Traffic

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Professionals in the modern workplace must have access to private apps stored in a data centre or a multi-cloud setup. Nevertheless, these programs might not always be easily accessible from branch offices or by remote workers and staff members might not have instant support for IT. Organizations must discover solutions to this problem so that remote workers may consistently and dependably access company resources while also making the most of their current assets. It is important to note that employees need reliable and secure ways to access their work tools from anywhere, just like they would in the office.

Battling Networking and Security Issues in a Post-Pandemic Setting

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While many businesses have successfully adopted a cloud-first approach for new system implementations or have deployed specific Software-as-a-Service (SaaS) solutions, many are still struggling to fully reap the benefits of moving most or all of their business software to the cloud.

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• Conventional IT frameworks allowed for the creation of the present company applications. Because of this, these applications are frequently inflexible and configured for fixed capacity across a limited number of data facilities. Certain organizations could lack the elements required to oversee an entire cloud migration. This could be the result of things like an affinity for on-premises systems, aversion to alteration, or a lack of experience with cloud systems. 
• Although cloud computing might be a cost-effective solution for some workloads, it might not be the best choice overall. Running certain applications in a combination of cloud services or on-premises may be more cost-effective. 
• Particularly if they are regionally distributed, workloads requiring high connection speeds or low latency may not be ideal for cloud computing.
• If a corporation lacks authority over the servers in the cloud, it may be concerned about the integrity of its data stored there. Consequently, they would rather keep it inside their data facilities.
• Firms may be restricted in their ability to migrate some types of information to the cloud by legal or compliance regulations. 

Networking and Cybersecurity Consolidation: Handling Present Risks

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In the past, protecting a network required establishing boundaries and keeping an eye on communication between recognized devices. However, it is now required for a network's components to work together as a cohesive system due to shifting expectations. To do this, flexible network pieces must be able to communicate with one another while also protecting workflows, apps, and payments that move across different devices. The current problem is to effortlessly combine security with network capabilities and connection so that data can flow between constantly moving devices while being inspected, encrypted, and subject to regulation.

Infrastructure and security personnel must update their methods and equipment to better meet these constraints to deliver reliable, efficient, and trustworthy access across users, apps, and regions within an enterprise. Inevitably, networking and safety will eventually merge for improved organizational alignment.

Businesses may stay ahead of the competition in attracting top people in an increasingly diverse and cost-effective workplace by integrating a virtual and physical workforce. The future of security solutions lies in consolidation and platformisation; a cloud-centric Secure Access Service Edge (SASE) the capacity offering paired with network edge capabilities like secured Software-Defined Wide Area Network (SD-WAN) can improve and automate the safety measures of the company while also cutting down on the complexity and expense of managing disparate point remedies.

Safe Networking: Moving Towards This Phenomenon and Concentration of Cybersecurity

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Companies relying on conventional networking models often face challenges in securing modern elements, such as cloud-based applications, remote users, mobile devices, and distributed locations, because traditional networks were not designed with these factors in mind. A robust networking strategy integrates both safety and networking into one system to get around these problems. It enhances security posture and network performance. It improves the user's experience and lessens the complexities of management. It is important to combine point product providers into a risk management platform rather than implementing safety measures one at a time. Tighter cooperation, greater efficiency, and a quicker, better-coordinated reaction to network threats are made possible by this.

SASE: A Coordinated Method

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Secure Access Service Edge (SASE) is a cloud-based architecture that offers security and networking solutions as needed and unites all edges into a single logical connection.

SASE drivers

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Conventional safety measures are ill-suited to deal with the more dispersed and complicated IT environment brought about by the advent of the Internet of Things, edge computing, and telecommuting. Using SASE, security and network services may be accessed from the cloud, eliminating the need to backhaul traffic to a single data centre for safety assessment.

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• Distant user traffic assessment and blind spots presented difficulties for companies.
• Full oversight over hybrid network operations is provided by SASE technology, which provides network services including FWaaS, SWG, DLP, and CASB.
• Issues around abnormal port usage and policy violations have arisen as more customers access SaaS apps from different gadgets and regions.
• SASE technology reduces the cost of hiring IT staff by combining safe access to resources from one supplier.
• SASE technology consolidates secure accessibility capabilities from one vendor, hence lowering the cost of hiring IT workers.
• One major benefit of SASE technology is its ease of administration. Even when overseeing multiple offices inside a corporate network, the IT department's job is minimized because a single cloud-based administrator manages the entire system.

Recommendations

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• For high-risk use cases, consider utilizing Zero Trust Network Access to supplement or replace the outdated VPN for distant users.
• Take inventory of the gear and agreements in order to progressively replace the branch and perimeter hardware on-site over a few years in favour of delivering SASE functionalities via the cloud.
• Simplify and cut expenses by grouping suppliers when VPN, CASB, and encrypted web portal agreements are up for renewal. Profit from a market that has come together and integrated these security edge services.
• Limit SASE products to a couple of partnering companies.
• Irrespective of location, integrate Zero Trust Network Access (ZTNA) and methods of authorization (such as MFA) for every client, including those in the workplace or branch.
• To meet security and regulatory requirements, select SASE products that provide you control over where inspection takes place, how traffic is directed, what is recorded, and where records are kept.

Conclusion

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The development of cloud technology, the rise of offsite and hybrid workplaces, and the increased challenges in communication and privacy following the pandemic highlight the necessity for a comprehensive and integrated strategy. By adopting SASE (Secure Access Service Edge), a cloud-centric framework that enables secure connectivity across diverse environments, businesses can enhance cybersecurity, streamline operations, and adapt to the evolving needs of modern workplaces. This approach ultimately contributes to a safer and more efficient future for information architecture.

References

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• https://www.dsci.in/files/content/knowledge-centre/2023/DSCI-Fortinet%20POV%20Paper.pdf
• https://www.datacenterknowledge.com/cloud/cloud-trends-and-cybersecurity-challenges-navigating-future
• https://banagevikas.medium.com/cybersecurity-trends-2024-navigating-the-future-10383ec10efe

Authors:

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Soumya Gangele (Intern - Tech & Policy), CyberPeace

Neeraj Soni (Sr. Researcher), CyberPeace

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