#FactCheck - Viral Post of Gautam Adani’s Public Arrest Found to Be AI-Generated

Introduction

Empowering today’s youth with the right skills is more crucial than ever in a rapidly evolving digital world. Every year on July 15th, the United Nations marks World Youth Skills Day to emphasise the critical role of skills development in preparing young people for meaningful work and resilient futures. As AI transforms industries and societies, equipping young minds with digital and AI skills is key to fostering security, adaptability, and growth in the years ahead.

Why AI Upskilling is Crucial in Modern Cyber Defence

Security in the digital age remains a complex challenge, regardless of the presence of Artificial Intelligence (AI). It is one of the biggest modern ironies, and not only that, it is a paradox wrapped in code, where the cure and the curse are written in the same language. The very hand that protects the world from cyber threats can very well be used for the creation of that threat. This being said, the modern-day implementation of AI has to circumvent the threats posed by it or any other advanced technology. A solid grasp of AI and machine learning mechanisms is no longer optional; it is fundamental for modern cybersecurity. The traditional cybersecurity training programs employ static content, which can often become outdated and inadequate for the vulnerabilities. AI-powered solutions, such as intrusion detection systems and next-generation firewalls, use behavioural analysis instead of just matching signatures. AI models are susceptible, nevertheless, as malevolent actors can introduce hostile inputs or tainted data to trick computers into incorrect classification. Data poisoning is a major threat to AI defences, according to Cisco's evidence.

As threats surpass the current understanding of cybersecurity professionals, a need arises to upskill them in advanced AI technologies so that they can fortify the security of current systems. Two of the most important skills for professionals would be AI/ML Model Auditing and Data Science. Skilled data scientists can sift through vast logs, from pocket captures to user profiles, to detect anomalies, assess vulnerabilities, and anticipate attacks. A news report from Business Insider puts it correctly: ‘It takes a good-guy AI to fight a bad-guy AI.’ The technology of generative AI is quite new. As a result, it poses fresh security issues and faces security risks like data exfiltration and prompt injections. 

Another method that can prove effective is Natural Language Processing (NLP), which helps machines process this unstructured data, enabling automated spam detection, sentiment analysis, and threat context extraction. Security teams skilled in NLP can deploy systems that flag suspicious email patterns, detect malicious content in code reviews, and monitor internal networks for insider threats, all at speeds and scales humans cannot match. 

The AI skills, as aforementioned, are not only for courtesy’s sake; they have become essential in the current landscape. India is not far behind in this mission; it is committed, along with its western counterparts, to employ the emerging technologies in its larger goal of advancement. With quiet confidence, India takes pride in its remarkable capacity to nurture exceptional talent in science and technology, with Indian minds making significant contributions across global arenas.

AI Upskilling in India

As per a news report of March 2025, Jayant Chaudhary, Minister of State, Ministry of Skill Development & Entrepreneurship, highlighted that various schemes under the Skill India Programme (SIP) guarantee greater integration of emerging technologies, such as artificial intelligence (AI), cybersecurity, blockchain, and cloud computing, to meet industry demands. The SIP’s parliamentary brochure states that more than 6.15 million recipients have received training as of December 2024. Other schemes that facilitate educating and training professionals, such as Data Scientist, Business Intelligence Analyst, and Machine Learning Engineer are,

• Pradhan Mantri Kaushal Vikas Yojana 4.0 (PMKVY 4.0)
• Pradhan Mantri National Apprenticeship Promotion Scheme (PM-NAPS)
• Jan Shikshan Sansthan (JSS)

Another report showcases how Indian companies, or companies with their offices in India such as Ernst & Young (EY), are recognising the potential of the Indian workforce and yet their deficiencies in emerging technologies and leading the way by internal upskilling and establishing an AI Academy, a new program designed to assist businesses in providing their employees with essential AI capabilities, in response to the increasing need for AI expertise. Using more than 200 real-world AI use cases, the program offers interactive, organised learning opportunities that cover everything from basic ideas to sophisticated generative AI capabilities. 

In order to better understand the need for these initiatives, a reference is significant to a report backed by Google.org and the Asian Development Bank; India appears to be at a turning point in the global use of AI. As per the research, “AI for All: Building an AI-Ready Workforce in Asia-Pacific,” India urgently needs to provide accessible and efficient AI upskilling despite having the largest workforce in the world. According to the paper, by 2030, AI could boost the Asia-Pacific region’s GDP by up to USD 3 trillion. The key to this potential is India, a country with the youngest and fastest-growing population.

Conclusion and CyberPeace Resolution

As the world stands at the crossroads of innovation and insecurity, India finds itself uniquely poised, with its vast young population and growing technologies. But to truly safeguard its digital future and harness the promise of AI, the country must think beyond flagship schemes. Imagine classrooms where students learn not just to code but to question algorithms, workplaces where AI training is as routine as onboarding. 

India’s journey towards digital resilience is not just about mastering technology but about cultivating curiosity, responsibility, and trust. CyberPeace is committed to this future and is resolute in this collective pursuit of an ethically secure digital world. CyberPeace resolves to be an active catalyst in AI upskilling across India. We commit to launching specialised training modules on AI, cybersecurity, and digital ethics tailored for students and professionals. It seeks to close the AI literacy gap and develop a workforce that is both morally aware and technologically proficient by working with educational institutions, skilling initiatives, and industry stakeholders. 

References

1. https://www.helpnetsecurity.com/2025/03/07/ai-gamified-simulations-cybersecurity/ 
2. https://www.businessinsider.com/artificial-intelligence-cybersecurity-large-language-model-threats-solutions-2025-5?utm
3. https://apacnewsnetwork.com/2025/03/ai-5g-skills-boost-skill-india-targets-industry-demands-over-6-15-million-beneficiaries-trained-till-2024/ ‍
4. https://indianexpress.com/article/technology/artificial-intelligence/india-must-upskill-fast-to-keep-up-with-ai-jobs-says-new-report-10107821/

Introduction

The Department of Telecommunications on 28th October 2024 notified an amendment to the Flight and Maritime Connectivity Rules, 2018 (FMCR 2018). 

Rule 9 of the principle rules in FMCR 2018 stated: 

 “Restrictions–(1) The IFMC service provider shall provide the operation of mobile communication services in aircraft at minimum height of 3000 meters in Indian airspace to avoid interference with terrestrial mobile networks. (2) Internet services through Wi-Fi in aircraft shall be made available when electronic devices are permitted to be used only in airplane mode.”

In 2022, an amendment was made to the attached form in the Rules for obtaining authorisation to provide IFMC services. 

Subsequently, the 2024 amendment substitutes sub-rule (2), namely : 

“ (2)  Notwithstanding the minimum height in Indian airspace referred to in sub-rule (1), internet services through Wi-Fi in aircraft shall be made available when electronic devices are permitted to be used in the aircraft.”

Highlights of the Amendment 

These rules govern the use of Wi-Fi in airplanes and ships within or above India or Indian territorial waters through In Flight and Maritime Connectivity (IFMC) services provided by IFMC service providers responsible for establishing and maintaining them.

Airplanes are equipped with antennas, onboard servers, and routers to connect to signals received from ground towers via Direct Air-to-Ground Communications (DA2GC) or through satellites. The DA2GC system offers connectivity through various communication methods, supporting services like in-flight Internet access and mobile multimedia. Licensed In-Flight Mobile Connectivity (IFMC) providers must adhere to standards set by international organizations such as the International Telecommunications Union (ITU), the European Telecommunications Standards Institute (ETSI), and the Institute of Electrical and Electronics Engineers (IEEE), or by international forums like the 3rd Generation Partnership Project (3GPP) to offer In-Flight Connectivity. Providers using Indian or foreign satellite systems must obtain approval from the Department of Space.

The IFMC service provider must operate mobile communication services on aircrafts at a minimum altitude of 3,000 meters within Indian airspace to prevent interference with terrestrial mobile networks. However, Wi-Fi access can be enabled at any point during the flight when device use is permitted, not just after reaching 3,000 meters. This flexibility is intended to allow passengers to connect to Wi-Fi earlier in the flight. This amendment aims to ensure that passengers can access the internet while maintaining the safety standards critical to in-flight communication systems.

Implications

1. Increased Data Security Needs:  There will be a need for robust cybersecurity measures against potential threats and data breaches. 
2. Increased Costs: Airplanes will have to incur the initial costs for installing antennae. Since airfare pricing in India is market-driven and largely unregulated, these costing changes might find their way into ticket prices, making flight tickets more expensive. 
3. Interference Management: A framework regarding the conditions under which  Wi-FI must be switched off to avoid interference with terrestrial communication systems can be determined by stakeholders and communicated to passengers. 
4. Enhanced Connectivity Infrastructure: Airlines may need to invest in better flight-connectivity infrastructure to handle increased network traffic as more passengers access Wi-fi at lower altitudes and for longer durations. 

‍

Conclusion

The  Flight and Maritime Connectivity (Amendment) Rules, 2024, enhance passenger convenience and align India with global standards for in-flight connectivity while complying with international safety protocols. Access to the internet during flights and at sea provides valuable real-time information, enhances safety, and offers access to health support during aviation and maritime operations.  However, new challenges including the need for robust cybersecurity measures, cost implications for airlines and passengers, and management of interference with terrestrial networks will have to be addressed through a collaborative approach between airlines, IFMC providers, and regulatory authorities. 

Sources 

• https://dot.gov.in/sites/default/files/2018_12_17%20AS%20IFMC_2.pdf?download=1 
• https://dot.gov.in/sites/default/files/Amendment%20dated%2004112024%20in%20flight%20and%20maritime%20connectivity%20rules%202018%20to%20IFMC%20Service%20Provider.pdf  
• https://www.t-mobile.com/dialed-in/wireless/how-does-airplane-wifi-work 
• https://tec.gov.in/public/pdf/Studypaper/DA2GC_Paper%2008-10-2020%20v2.pdf 
• https://www.indiatoday.in/india/story/wifi-use-flights-no-longer-linked-altitude-now-subject-permission-2628118-2024-11-05  
• https://pib.gov.in/Pressreleaseshare.aspx?PRID=1843408#:~:text=With%20the%20repeal%20of%20Air,issue%20directions%20to%20such%20airline. 

‍

Introduction

In recent years, the city of Hyderabad/Cyberabad has emerged as a technology hub, a place with the strong presence of multi corporations, Startups, and research institutions, Hyderabad has become a hub of innovations and technological advancement. However, this growing land of cyber opportunities has also become a hub for cybercriminals as well. In this blog post, we shall explore the reasons why professionals are being targeted and the effects of cyber fraud on techies. Through this investigation, we hope to raise awareness about the seriousness of the problem as well as give vital insights and techniques for Cyberabad’s computer workers to defend themselves against cyber theft. We can work together to make Cyberabad’s technology ecosystem safer and more secure.

Defining Cyber Fraud

In today’s age, where everything has an interconnected digital world, cyber fraud cases are increasing daily. Cyber fraud encompasses a wide range of threats and techniques employed by bad actors, such as Phishing, Ransomware, identity theft, online scams, data breaches, and fake websites designed for users. The sophistication of cyber fraud techniques is constantly evolving, making it challenging for individuals and organisations to stay ahead. Cybercriminals use software vulnerabilities, social engineering tactics, and flaws in cybersecurity defences to carry out their harmful operations. Individuals and organisations must grasp these dangers and tactics to protect themselves against cyber fraud.

Impact of Cyber Frauds

The consequences of Falling victim to cyber fraud can be devastating, both personally and professionally. The emotional and financial toll on individuals may be a challenge. Identity theft may lead to damaged credit scores, fraudulent transactions, and years of recovery work to rehabilitate one’s image. Financial fraud can result in depleted bank accounts, unauthorised charges, and substantial monetary losses. Furthermore, being tricked and violated in the digital environment can generate anxiety, tension, and a lack of confidence.

The impact of cyber fraud goes beyond immediate financial losses and can have long-term consequences for individuals’ and organisations’ entire well-being and stability. As the threat environment evolves, it is critical for people and organisations to recognise the gravity of these repercussions and take proactive actions to protect themselves against cyber theft.

Why are Cyberabad Tech Professionals Targeted?

Tech professionals in Cyberabad are particularly vulnerable to cyber due to various factors. Firstly, their expertise and knowledge in technology make them attractive targets for cybercrooks. These professionals possess valuable coding, Software, and administration skills, making them attractive to cybercriminals.

Secondly, the nature of work often involves enormous use of technology, including regular internet contacts, email exchanges, and access to private information. This expanded digital presence exposes them to possible cyber dangers and makes them more vulnerable to fraudsters’ social engineering efforts. Furthermore, the fast-moving nature of the tech industry, with many deadlines and work pressure to deliver, can create a distraction. This can let them click on some malicious links or share sensitive information unknowingly all these factors let the cyber criminals exploit vulnerabilities.

Unveiling the Statistics

According to various reports, 80% of cyber fraud victims in Hyderabad are techies; the rest are the public targeted by cyber crooks. This surprising number emphasises the critical need to address the vulnerabilities and threats this specific segment within the IT community faces.

Going further into the data, we can acquire insights into the many forms of cyber fraud targeting tech workers, the strategies used by cybercriminals, and the impact these occurrences have on individuals and organisations. Examining precise features and patterns within data might give important information for developing successful preventative and protection methods.

Factors Contributing

Several reasons contribute to the elevated risk of cyber fraud among ICT professionals in Cyberabad. Understanding these aspects helps explain why this group is specifically targeted and may be more vulnerable to such assaults.

Technical Expertise: Tech workers frequently have specialised technical knowledge, but this knowledge may only sometimes extend to cybersecurity. Their primary concentration is writing software, designing systems, or implementing technologies, which may result in missing possible vulnerabilities or a lack of overall cybersecurity understanding.

Confidence in Technology: IT workers have a higher level of confidence in technology because of their knowledge and dependence on technology. This trust can sometimes make individuals more vulnerable to sophisticated frauds or social engineering approaches that prey on their faith in the services they utilise.

Time Constraints and Pressure: Tech workers frequently operate under tight deadlines and tremendous pressure to reach project milestones. This may result in hurried decision-making or disregarding possible warning signals of cyber fraud, rendering them more exposed to assaults that prey on time-sensitive circumstances.

Cybercriminals know that technology workers have valuable knowledge, trade secrets, and intellectual property that may be economically profitable. As a result, they are attractive targets for attacks aiming at stealing sensitive data or gaining unauthorised access to critical systems.

The best practices that cyber techies can apply to safeguard their personal and professional data by following these simple tips:

Strong Passwords: create a strong password, using passwords for all your online accounts and changing them regularly. Remember to use unique combinations!

MFA (Multi-Factor Authentication): Enable MFA wherever possible. This provides an extra degree of protection by requiring a second form of verification, such as a code texted to your mobile device and your password.

Use Secured WiFi: Use secure and encrypted Wi-Fi networks, especially while viewing sensitive information. Avoid connecting to public or unprotected networks, as they can be readily exploited. Recognising Red Flags and Staying Ahead

Social Engineering: Be sceptical of unwanted solicitations or offers, both online and offline. Cybercriminals may try to persuade or fool you using social engineering tactics. Before revealing any personal or private information, think critically and confirm the veracity of the request.

Secure Web Browsing: Only browse trustworthy websites with valid SSL certificates (look for “https://” in the URL). Avoid clicking on strange links or downloading files from unknown sources since they may contain malware or ransomware.

Report Suspicious actions: If you encounter any suspicious or fraudulent actions, report them to the relevant authorities, such as the Cyber Crime Police or your organisation’s IT department. Reporting events can assist in avoiding additional harm and aid in identifying and apprehending hackers.

Stay Current on Security Practises: Stay up to speed on the newest cybersecurity risks and best practices. Follow credible sources, participate in cybersecurity forums or seminars, and remain current on new threats and preventative measures.

Conclusion

The rise in cybercrimes and fraud cases among tech experts in Cyberabad is a disturbing trend that requires prompt intervention. We can establish a safer tech cluster that lives on creativity, trust, and resilience by adopting proactive actions, raising awareness, and encouraging cooperation. Let us work together to prevent cybercrime and ensure the future of Cyberabad’s IT ecosystem.