#FactCheck - AI-Generated Video of Monkey Falsely Linked to Hanuman Devotion

Introduction

A hacking operation has corrupted data on Madhya Pradesh's e-Nagarpalika portal, a vital online platform for paying civic taxes that serves 413 towns and cities in the state. Due to this serious security violation, the portal has been shut down. The incident occurred in December 2023. This affects citizens' access to vital online services like possessions, water, and municipal tax payments, as well as the issuing of obituaries and certain documents offered via online portal. Ransomware which is a type of malware encodes and conceals a victim's files, and data making it inaccessible and unreachable unless the attacker is paid a ransom. When ransomware initially appeared, encryption was the main method of preventing individuals' data from such threats.

The Intrusion and Database Corruption: Exposing the Breach's Scope

The extent of the assault on the e-Nagarpalika portal was revealed by the Principal Secretary of the Urban Administration and Housing Department of Madhya Pradesh, in a startling revelation. Cybercriminals carried out a highly skilled assault that led to the total destruction of the data infrastructure covering all 413 of the towns for which the website was responsible.

This significant breach represents a thorough infiltration into the core of the electronic civic taxation system, not just an arrangement. Because of the attackers' nefarious intent, the data integrity was compromised, raising questions about the safeguarding of private citizen data. The extent of the penetration reaches vital city services, causing a reassessment of the current cybersecurity safeguards in place. 

In addition to raising concerns about the privacy of personal information, the hacked information system casts doubt on the availability of crucial municipal services. Among the vital services affected by this cyberattack are marriage licenses, birth and death documents, and the efficient handling of possessions, water, and municipal taxes.

The weaknesses of electronic systems, which are the foundation of contemporary civic services, are highlighted by this incident. Beyond the attack's immediate interruption, citizens now have to deal with concerns about the security of their information and the availability of essential services. This tragedy is a clear reminder of the urgent need for robust safety safeguards as authorities work hard to control the consequences and begin the process of restoration.

Offline Protections in Place

The concerned authority informed the general population that the offsite data, which has been stored up on recordings every three days, is secure despite the online attack. This preventive action emphasises how crucial offline restores are to lessening the effects of these kinds of cyberattacks. The choice to keep the e-Nagarpalika platform offline until a certain time highlights how serious the matter is and how urgently extensive reconstruction must be done to restore the online services offer

Effect on Civic Services

The e-Nagarpalika website is crucial to providing online municipal services, serving as an invaluable resource for citizens to obtain necessary paperwork and carry out diverse transactions. Civic organisations have been told to function offline while the portal remains unavailable until the infrastructure is fully operational. This interruption prompts worries about possible delays and obstacles citizens face when getting basic amenities during this time.

Examination and Quality Control

Information technology specialists are working diligently to look into the computer virus and recover the website, in coordination with the Madhya Pradesh State Electronic Development Corporation Limited, the state's cyber police, and the Indian Computer Emergency Response Team (CERT-In). Reassuringly for impacted citizens, authorities note that there is currently no proof of data leaks arising from the hack.

Conclusion

The computerised attack on the e-Nagarpalika portal in Madhya Pradesh exposes the weakness of computer networks. It has affected the essential services to public services offered via online portal. The hack, which exposed citizen data and interfered with vital services, emphasises how urgently strong safety precautions are needed. The tragedy is a clear reminder of the need to strengthen technology as authorities investigate and attempt to restore the system. One bright spot is that the offline defenses in place highlight the significance of backup plans in reducing the impact of cyberattacks. The ongoing reconstruction activities demonstrate the commitment to protecting public data and maintaining the confidentiality of essential city operations.

References

• https://government.economictimes.indiatimes.com/tag/cyber+attack
• https://www.techtarget.com/searchsecurity/definition/ransomware#:~:text=Ransomware%20is%20a%20type%20of,accessing%20their%20files%20and%20systems.
• https://www.business-standard.com/india-news/mp-s-e-nagarpalika-portal-suffers-cyber-attack-data-corrupted-officials-123122300519_1.html
• https://www.freepressjournal.in/bhopal/mp-govts-e-nagar-palika-portal-hacked-data-of-over-400-cities-leaked

Introduction
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The Ministry of Electronics and Information Technology (MEITy) released the Draft Information Technology (Intermediary Guidelines and Digital Media Ethics Code) Second Amendment Rules, 2026 on March 30, 2026, inviting public comments with a response window closing on April 14. This is a limited 15-day period for public input on proposed rules that will have major constitutional impacts. The brevity and timing of this opportunity demonstrate debatable commitment to stakeholder engagement and meaningful consultation by the drafting agency.

While MEITY describes the proposed amendments as "clarificatory and procedural nature," an analysis shows they will have substantive effects. Collectively, the amended language changes significantly how online speech will be regulated in India by providing the executive with more concentrated regulatory authority, limiting the required transparency of content enforcement, mandating greater retention of data without proportionality-based safeguards, and placing excessive compliance burden on intermediaries. Each of these changes has consequences beyond just changes in process and together, these changes collectively raise substantial concerns regarding compliance with Articles 14, 19, and 21 of the Constitution of India.

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The Constitutional Baseline: Shreya Singhal and the Limits of Intermediary Liability
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India’s Supreme Court decision in Shreya Singhal v Union of India (2015) 5 SCC 1 provides the foundation for intermediary liability, wherein the Court read down Section 79(3)(b) of the IT Act, 2000, holding that intermediaries are required to act upon receiving actual knowledge only through a court order or a valid notification by the appropriate government authority. The Supreme Court’s decision intended to provide a constitutional protection to intermediaries from being subjected to informal, unverified executive pressure to take down content by requiring that any such order be subject to some level of legal objective credibility or threshold.

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Rule 3(4) of the proposed amendments places that balance under significant strain. By requiring intermediaries to comply with advisories, directions, standard operating procedures, codes of practice, and guidelines issued by the Ministry — and tying non-compliance to the loss of safe harbour — the draft effectively lowers the constitutional threshold that Shreya Singhal was designed to maintain. Compliance obligations now potentially arise from instruments that carry no judicial sanction and no mandatory public disclosure.

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Rule 3(4): Delegated Legislation or Executive Overreach
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The rule-making power conferred on the Central Government under Section 87 of the IT Act is limited to carrying out the provisions of the Act. It does not authorise the creation of new substantive obligations. This principle has been consistently affirmed in Indian Express Newspapers v. Union of India (1985) 1 SCC 641 and Confederation of Ex-Servicemen Associations v. Union of India (2006) 8 SCC 399, where the Court held that delegated legislation must remain within the four corners of the parent statute.

Rule 3(4) tests those limits. It converts executive advisories into binding compliance instruments without a clear statutory foundation in either Section 79 or Section 87. Although the proposed rule requires that such instruments specify their legal basis, there is no requirement that they be published or made publicly accessible. This creates a framework in which legality risks becoming circular — instruments claimed to be lawful solely by reference to a provision that does not clearly authorise them, shielded from scrutiny by their own opacity. Justice Chandurkar’s judgment in Kunal Kamra v. Union of India identified precisely this defect in the Fact Check Unit amendment. Rule 3(4) replicates the structural problem in a broader form.

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Compliance Pressure and the Logic of Over-Censorship
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The practical consequence of Rule 3(4) lies not only in its legality but in how it reshapes incentive structures for platforms. An intermediary facing the permanent threat of safe harbour loss will not wait to assess the legal merit of each advisory. The rational calculation is to comply early, broadly, and without friction. Lawful content — particularly satire, political commentary, and journalism — becomes vulnerable not because it is unlawful, but because it presents regulatory risk.

This dynamic was visible on 18 March 2026, when stand-up comedian Pulkit Mani (@hunnywhoisfunny) found his satirical Instagram reel being restricted across India. The video had accumulated over 16.5 million views. Users encountered a notice citing Section 79(3)(b) of the IT Act. No reasons were publicly provided. No prior hearing was offered. The same night, several political parody and satire accounts were withheld on X. 

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Data Retention, Privacy, and the Proportionality Test
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The amendments to Rules 3(1)(g) and 3(1)(h) extend data retention obligations by making them additional to requirements under any other law. The existing 180-day floor for retained user data — covering removed content, registration information, and associated records — becomes a minimum rather than a ceiling. No maximum is specified, and no proportionality requirement accompanies the extension.

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This raises direct concerns under Article 21 as interpreted in Justice K.S. Puttaswamy v. Union of India (2017) 10 SCC 1, which held that any state intrusion into privacy must satisfy the triple test of legality, necessity, and proportionality. Undefined retention periods, with no statutory ceiling and no requirement of purpose limitation, risk failing all three. The longer user data is held, including metadata, device information, and records of removed content,  the greater the exposure to surveillance, unauthorised access, and use beyond the original justification.

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Circumventing Judicial Scrutiny Through Procedural Redesign
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The Bombay High Court, in its August 2021 order, stayed provisions of the IT Rules’ oversight mechanism as prima facie violative of Article 19(1)(a). The Madras High Court in T.M. Krishna v. Union of India affirmed that stay, cautioning that government-controlled media oversight risked undermining press independence. Both matters remain pending before the Delhi High Court.

The amendments to Rules 8(1) and 14 restructure the same oversight machinery through a modified procedural design. By extending the Inter-Departmental Committee’s jurisdiction to cover “matters” referred by the Ministry with no requirement of a complainant, no defined subject matter, and no guaranteed prior hearing, the proposed rules effectively reconstitute what courts found constitutionally suspect. Individual users posting news and current affairs content are now brought within reach of blocking mechanisms originally designed for institutional publishers.

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Conclusion
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As seen above, the Draft IT Rules 2026 are unable to meet the constitutional and judicial requirements to regulate free speech. What the proposed amendments construct is a durable system in which platforms self-censor under liability pressure, data is retained without proportionate justification, and content oversight expands through procedural adjustment rather than parliamentary legislation. Regulation of the digital public sphere is both legitimate and necessary. But it must be anchored in law, not in the quiet authority of executive advisories. The law must ultimately remain anchored in constitutional values, guided by the enduring principles of justice, equity, and good conscience.

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The comment period closes on 14 April 2026. 

Submissions may be sent to itrules.consultation@meity.gov.in.

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References
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1. https://www.meity.gov.in/static/uploads/2026/03/30591fc6e322dcbcc9dae84a0f02e9e7.pdf 
2. https://www.meity.gov.in/static/uploads/2026/03/a71a21d35c107f2e528363d3eb17646a.pdf 
3. https://www.meity.gov.in/static/uploads/2026/02/550681ab908f8afb135b0ad42816a1c9.pdf 
4. https://neopolitico.com/india/government-blocks-viral-satirical-reel-impersonating-pm-modi-raising-fresh-questions-on-free-speech-and-digital-regulation/
5. https://internetfreedom.in/sound-the-alarm-iffs-first-read-on-meitys-draft-it-rules-second-amendment-2026/ 

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Executive Summary:

New Linux malware has been discovered by a cybersecurity firm Volexity, and this new strain of malware is being referred to as DISGOMOJI. A Pakistan-based threat actor alias ‘UTA0137’ has been identified as having espionage aims, with its primary focus on Indian government entities.  Like other common forms of backdoors and botnets involved in different types of cyberattacks, DISGOMOJI, the malware  allows the use of commands to capture screenshots, search for files to steal, spread additional payloads, and transfer files. DISGOMOJI  uses Discord (messaging service)  for Command & Control (C2)  and uses emojis  for C2 communication. This malware targets Linux operating systems.

The DISCOMOJI Malware:  

• The DISGOMOJI malware opens a specific channel in a Discord server and every new channel corresponds to a new victim. This means that the attacker can communicate with the victim one at a time.

• This particular malware connects with the attacker-controlled Discord server using Emoji, a form of relay protocol. The attacker provides unique emojis as instructions, and the malware uses emojis as a feedback to the subsequent command status.

• For instance, the ‘camera with flash’ emoji is used to screenshots the device of the victim or to steal, the ‘fox’ emoji cracks all Firefox profiles, and the ‘skull’ emoji kills the malware process.

• This C2 communication is done using emojis to ensure messaging between infected contacts, and it is almost impossible for Discord to shut down the malware as it can always change the account details of Discord it is using once the maliciou server is blocked.

• The malware also has capabilities aside from the emoji-based C2 such as network probing, tunneling, and data theft that are needed to help the UTA0137 threat actor in achieving its espionage goals.

Specific emojis used for different commands by UTA0137:

• Camera with Flash (📸): Captures a picture of the target device’s screen as per the victim’s directions.

• Backhand Index Pointing Down (👇): Extracts files from the targeted device and sends them to the command channel in the form of attachments.

• Backhand Index Pointing Right (👉): This process involves sending a file found on the victim’s device to another web-hosted file storage service known as Oshi or oshi[. ]at.

• Backhand Index Pointing Left (👈): Sends a file from the victim’s device to transfer[. ]sh, which is an online service for sharing files on the Internet.

• Fire (🔥): Finds and transmits all files with certain extensions that exist on the victim’s device, such as *. txt, *. doc, *. xls, *. pdf, *. ppt, *. rtf, *. log, *. cfg, *. dat, *. db, *. mdb, *. odb, *. sql, *. json, *. xml, *. php, *. asp, *. pl, *. sh, *. py, *. ino, *. cpp, *. java,

• Fox (🦊): This works by compressing all Firefox related profiles in the affected device. 

• Skull (💀): Kills the malware process in windows using ‘os. Exit()’

• Man Running (🏃‍♂️):  Execute a command on a victim’s device. This command receives an argument, which is the command to execute.

• Index Pointing up (👆) : Upload a file to the victim's device. The file to upload is attached along with this emoji

Analysis:   

The analysis was carried out for one of the indicator of compromised SHA-256 hash file-  C981aa1f05adf030bacffc0e279cf9dc93cef877f7bce33ee27e9296363cf002.

It is found that most of the vendors have marked the file as trojan in virustotal and the graph explains the malicious nature of the contacted domains and IPs.

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Discord & C2 Communication  for UTA0137:

• Stealthiness: Discord is a well-known messaging platform used for different purposes, which means that sending any messages or files on the server should not attract suspicion. Such stealthiness makes it possible for UTA0137 to remain dormant for greater periods before launching an attack.

• Customization: UTA0137 connected to Discord is able to create specific channels for distinct victims on the server. Such a framework allows the attackers to communicate with each of the victims individually to make a process more accurate and efficient.

• Emoji-based protocol: For C2 communication, emojis really complicates the attempt that Discord might make to interfere with the operations of the malware. In case the malicious server gets banned, malware could easily be recovered, especially by using the Discord credentials from the C2 server.

• Persistence: The malware, as stated above, has the ability to perpetually exist to hack the system and withstand rebooting of systems so that the virus can continue to operate without being detected by the owner of the hacked system.

• Advanced capabilities: Other features of DISGOMOJI are the Network Map using Nmap scanner, network tunneling through Chisel and Ligolo and Data Exfiltration by File Sharing services. These capabilities thus help in aiding the espionage goals of UTA0137.

• Social engineering: The virus and the trojan can show the pop-up windows and prompt messages, for example the fake update for firefox and similar applications, where the user can be tricked into inputting the password.

• Dynamic credential fetching: The malware does not write the hardcoded values of the credentials in order to connect it to the discord server. This also inconveniences analysts as they are unable to easily locate the position of the C2 server.

• Bogus informational and error messages: They never show any real information or errors because they do not want one to decipher the malicious behavior easily.

Recommendations to mitigate the risk of UTA0137:

• Regularly Update Software and Firmware: It is essential to regularly update all the application software and firmware of different devices, particularly, routers, to prevent hackers from exploiting the discovered and disclosed flaws. This includes fixing bugs such as CVE-2024-3080 and CVE-2024-3912 on ASUS routers, which basically entails solving a set of problems.

• Implement Multi-Factor Authentication: There are statistics that show how often user accounts are attacked, it is important to incorporate multi-factor authentication to further secure the accounts.

• Deploy Advanced Malware Protection: Provide robust guard that will help the user recognize and prevent the execution of the DISGOMOJI malware and similar threats.

• Enhance Network Segmentation: Utilize stringent network isolation mechanisms that seek to compartmentalize the key systems and data from the rest of the network in order to minimize the attack exposure.

• Monitor Network Activity: Scanning Network hour to hour for identifying and handling the security breach and the tools such as Nmap, Chisel, Ligolo etc can be used.

• Utilize Threat Intelligence: To leverage advanced threats intelligence which will help you acquire knowledge on previous threats and vulnerabilities and take informed actions.

• Secure Communication Channels: Mitigate the problem of the leakage of developers’ credentials and ways of engaging with the discord through loss of contact to prevent abusing attacks or gaining control over Discord as an attack vector.

• Enforce Access Control: Regularly review and update the user authentication processes by adopting stricter access control measures that will allow only the right personnel to access the right systems and information.

• Conduct Regular Security Audits: It is important to engage in security audits periodically in an effort to check some of the weaknesses present within the network or systems.

• Implement Incident Response Plan: Conduct a risk assessment, based on that design and establish an efficient incident response kit that helps in the early identification, isolation, and management of security breaches.

• Educate Users: Educate users on cybersecurity hygiene, opportunities to strengthen affinity with the University, and conduct retraining on threats like phishing and social engineering.

Conclusion:

The new threat actor named UTA0137 from Pakistan who was utilizing DISGOMOJI malware to attack Indian government institutions using embedded emojis with a command line through the Discord app was discovered by Volexity. It has the capability to exfiltrate and aims to steal the data of government entities. The UTA0137 was continuously improved over time to permanently communicate with victims. It underlines the necessity of having strong protection from viruses and hacker attacks, using secure passwords and unique codes every time, updating the software more often and having high-level anti-malware tools. Organizations can minimize advanced threats, the likes of DISGOMOJI and protect sensitive data by improving network segmentation, continuous monitoring of activities, and users’ awareness.

References:

https://otx.alienvault.com/pulse/66712446e23b1d14e4f293eb

https://thehackernews.com/2024/06/pakistani-hackers-use-disgomoji-malware.html?m=1

https://cybernews.com/news/hackers-using-emojis-to-command-malware/

https://www.blackhatethicalhacking.com/news/disgomoji-new-linux-malware-uses-emojis-for-command-execution/

https://www.volexity.com/blog/2024/06/13/disgomoji-malware-used-to-target-indian-government/

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