Digitally Altered Photo of Rowan Atkinson Circulates on Social Media
Executive Summary:
A photo claiming that Mr. Rowan Atkinson, the famous actor who played the role of Mr. Bean, lying sick on bed is circulating on social media. However, this claim is false. The image is a digitally altered picture of Mr.Barry Balderstone from Bollington, England, who died in October 2019 from advanced Parkinson’s disease. Reverse image searches and media news reports confirm that the original photo is of Barry, not Rowan Atkinson. Furthermore, there are no reports of Atkinson being ill; he was recently seen attending the 2024 British Grand Prix. Thus, the viral claim is baseless and misleading.

Claims:
A viral photo of Rowan Atkinson aka Mr. Bean, lying on a bed in sick condition.



Fact Check:
When we received the posts, we first did some keyword search based on the claim made, but no such posts were found to support the claim made.Though, we found an interview video where it was seen Mr. Bean attending F1 Race on July 7, 2024.

Then we reverse searched the viral image and found a news report that looked similar to the viral photo of Mr. Bean, the T-Shirt seems to be similar in both the images.

The man in this photo is Barry Balderstone who was a civil engineer from Bollington, England, died in October 2019 due to advanced Parkinson’s disease. Barry received many illnesses according to the news report and his application for extensive healthcare reimbursement was rejected by the East Cheshire Clinical Commissioning Group.
Taking a cue from this, we then analyzed the image in an AI Image detection tool named, TrueMedia. The detection tool found the image to be AI manipulated. The original image is manipulated by replacing the face with Rowan Atkinson aka Mr. Bean.



Hence, it is clear that the viral claimed image of Rowan Atkinson bedridden is fake and misleading. Netizens should verify before sharing anything on the internet.
Conclusion:
Therefore, it can be summarized that the photo claiming Rowan Atkinson in a sick state is fake and has been manipulated with another man’s image. The original photo features Barry Balderstone, the man who was diagnosed with stage 4 Parkinson’s disease and subsequently died in 2019. In fact, Rowan Atkinson seemed perfectly healthy recently at the 2024 British Grand Prix. It is important for people to check on the authenticity before sharing so as to avoid the spreading of misinformation.
- Claim: A Viral photo of Rowan Atkinson aka Mr. Bean, lying on a bed in a sick condition.
- Claimed on: X, Facebook
- Fact Check: Fake & Misleading
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Recent Incidents:
Recent reports are revealing a significant security threat linked to a new infostealer based malware campaign known to solely target gaming accounts. This attack has affected users of Activision and other gaming websites. The sophisticated software has captured millions of login credentials, notably from the cheats and players. The officials at Activision Blizzard, an American video game holding company, are still investigating the matter and collaborating with cheated developers to minimize the impact and inform the accounts’ residents of appropriate safety measures.
Overview:
Infostealer, also known as information stealer, is a type of malware designed in the form of a Trojan virus for stealing private data from the infected system. It can have a variety of incarnations and collect user data of various types such as browser history, passwords, credit card numbers, and login details and credentials to social media, gaming platforms, bank accounts, and other websites. Bad actors use the log obtained as a result of the collection of personal records to access the victim’s financial accounts, appropriate the victim’s online identity, and perform fraudulent actions on behalf of the victim.
Modus Operandi:
- Infostealer is a malicious program created to illegally obtain people's login details, like usernames and passwords. Its goal is to enable cyberattacks, sell on dark web markets, or pursue malicious aims.
- This malware targets both personal devices and corporate systems. It spreads through methods like phishing emails, harmful websites, and infected public sites.
- Once inside a device, Infostealer secretly gathers sensitive data like passwords, account details, and personal information. It's designed to infiltrate systems being undetected. The stolen credentials are compiled into datalogs. These logs are then sold illegally on dark web marketplaces for profit.
Analysis:


Basic properties:
- MD5: 06f53d457c530635b34aef0f04c59c7d
- SHA-1: 7e30c3aee2e4398ddd860d962e787e1261be38fb
- SHA-256: aeecc65ac8f0f6e10e95a898b60b43bf6ba9e2c0f92161956b1725d68482721d
- Vhash: 145076655d155515755az4e?z4
- Authentihash: 65b5ecd5bca01a9a4bf60ea4b88727e9e0c16b502221d5565ae8113f9ad2f878
- Imphash: f4a69846ab44cc1bedeea23e3b680256
- Rich PE header hash: ba3da6e3c461234831bf6d4a6d8c8bff
- SSDEEP: 6144:YcdXHqXTdlR/YXA6eV3E9MsnhMuO7ZStApGJiZcX8aVEKn3js7/FQAMyzSzdyBk8:YIKXd/UgGXS5U+SzdjTnE3V
- TLSH:T1E1B4CF8E679653EAC472823DCC232595E364FB009267875AC25702D3EFBB3D56C29F90
- File type: Win32 DLL executable windows win32 pepe dll
- Magic: PE32+ executable (DLL) (GUI) x86-64, for MS Windows
- File size: 483.50 KB (495104 bytes)
Additional Hash Files:
- 160389696ed7f37f164f1947eda00830
- 229a758e232aeb49196c862655797e12
- 23e4ac5e7db3d5a898ea32d27e8b7661
- 3440cced6ec7ab38c6892a17fd368cf8
- 36d7da7306241979b17ca14a6c060b92
- 38d2264ff74123f3113f8617fabc49f6
- 3c5c693ba9b161fa1c1c67390ff22c96
- 3e0fe537124e6154233aec156652a675
- 4571090142554923f9a248cb9716a1ae
- 4e63f63074eb85e722b7795ec78aeaa3
- 63dd2d927adce034879b114d209b23de
- 642aa70b188eb7e76273130246419f1d
- 6ab9c636fb721e00b00098b476c49d19
- 71b4de8b5a1c5a973d8c23a20469d4ec
- 736ce04f4c8f92bda327c69bb55ed2fc
- 7acfddc5dfd745cc310e6919513a4158
- 7d96d4b8548693077f79bc18b0f9ef21
- 8737c4dc92bd72805b8eaf9f0ddcc696
- 9b9ff0d65523923a70acc5b24de1921f
- 9f7c1fffd565cb475bbe963aafab77ff
Indicators of Compromise:
- Unusual Outbound Network Traffic: An increase in odd or questionable outbound network traffic may be a sign that infostealer malware has accessed more data.
- Anomalies in Privileged User Account Activity: Unusual behavior or illegal access are two examples of irregular actions that might indicate a breach in privileged user accounts.
- Suspicious Registry or System File Changes: Infostealer malware may be trying to alter system settings if there are any unexpected changes to system files, registry settings, or configurations.
- Unusual DNS queries: When communicating with command and control servers or rerouting traffic, infostealer malware may produce strange DNS queries.
- Unexpected System Patching: Unexpected or unauthorized system patching by unidentified parties may indicate that infostealer malware has compromised the system and is trying to hide its footprint or become persistent.
- Phishing emails and social engineering attempts: It is a popular strategy employed by cybercriminals to get confidential data or implant malicious software. To avoid compromise, it is crucial to be wary of dubious communications and attempts of social engineering.
Recommendations:
- Be Vigilant: In today's digital world, many cybercrimes threaten online safety, Phishing tricks, fake web pages, and bad links pose real dangers. Carefully check email sources. Examine websites closely. Use top security programs. Follow safe browsing rules. Update software often. Share safety tips. These steps reduce risks. They help keep your online presence secure.
- Regular use of Anti-Virus Software to detect the threats: Antivirus tools are vital for finding and stopping cyber threats. These programs use signature detection and behavior analysis to identify known malicious code and suspicious activities. Updating virus definitions and software-patches regularly, improves their ability to detect new threats. This helps maintain system security and data integrity.
- Provide security related training to the employees and common employees: One should learn Cybersecurity and the best practices in order to keep the office safe. Common workers will get lessons on spotting risks and responding well, creating an environment of caution.
- Keep changing passwords: Passwords should be changed frequently for better security. Rotating passwords often makes it harder for cyber criminals to compromise and make it happen or confidential data to be stolen. This practice keeps intruders out and shields sensitive intel.
Conclusion:
To conclude, to reduce the impact and including the safety measures, further investigations and collaboration are already in the pipeline regarding the recent malicious software that takes advantage of gamers and has stated that about millions of credentials users have been compromised. To protect sensitive data, continued usage of antivirus software, use of trusted materials and password changes are the key elements. The ways to decrease risks and safely protect sensitive information are to develop improved Cybersecurity methods such as multi-factor authentication and the conduct of security audits frequently. Be safe and be vigilant.
Reference:
- https://techcrunch.com/2024/03/28/activision-says-its-investigating-password-stealing-malware-targeting-game-players/
- https://www.bleepingcomputer.com/news/security/activision-enable-2fa-to-secure-accounts-recently-stolen-by-malware/
- https://cyber.vumetric.com/security-news/2024/03/29/activision-enable-2fa-to-secure-accounts-recently-stolen-by-malware/
- https://www.virustotal.com/
- https://otx.alienvault.com/

Introduction
With the ever-growing technology where cyber-crimes are increasing, a new cyber-attack is on the rise, but it’s not in your inbox or your computer- it's targeting your phone, especially your smartphone. Cybercriminals are expanding their reach in India, with a new text-messaging fraud targeting individuals. The Indian Computer Emergency Response Team (CERT-In) has warned against "smishing," or SMS phishing.
Understanding Smishing
Smishing is a combination of the terms "SMS" and "phishing." It entails sending false text messages that appear to be from reputable sources such as banks, government organizations, or well-known companies. These communications frequently generate a feeling of urgency in their readers, prompting them to click on harmful links, expose personal information, or conduct financial transactions.
When hackers "phish," they send out phony emails in the hopes of tricking the receiver into clicking on a dangerous link. Smishing is just the use of text messaging rather than email. In essence, these hackers are out to steal your personal information to commit fraud or other cybercrimes. This generally entails stealing money – usually your own, but occasionally also the money of your firm.
The cybercriminals typically use these tactics to lure victims and steal the information.
Malware- The cyber crooks send the smishing URL link that might tick you into downloading malicious software on your phone itself. This SMS malware may appear as legitimate software, deceiving you into putting in sensitive information and transmitting it to crooks.
Malicious website- The URL in the smishing message may direct you to a bogus website that seeks sensitive personal information. Cybercriminals employ custom-made rogue sites meant to seem like legitimate ones, making it simpler to steal your information.
Smishing text messages often appear to be from your bank, asking you to share personal sensitive information, ATM numbers, or account details. Mobile device cybercrime is increasing, as is mobile device usage. Aside from the fact that texting is the most prevalent usage of cell phones, a few additional aspects make this an especially pernicious security issue. Let's go over how smishing attacks operate.
Modus Operandi
The cyber crooks commit the fraud via SMS. As attackers assume an identity that might be of someone trusted, Smishing attackers can use social engineering techniques to sway a victim's decision-making. Three things are causing this deception:
- Trust- Cyber crooks target individuals, by posing to someone from a legitimate individual and organization, this naturally lowers a person’s defense against threats.
- Context- Using a circumstance that might be relevant to targets helps an attacker to create an effective disguise. The message feels personalized, which helps it overcome any assumption that it is spam.
- Emotion- The nature of the SMS is critical; it makes the victim think that is urgent and requires rapid action. Using these tactics, attackers craft communications that compel the receiver to act.
- Typically, attackers want the victim to click on a URL link within the text message, which takes them to a phishing tool that asks them for sensitive information. This phishing tool is frequently in the form of a website or app that also assumes a phony identity.
How does Smishing Spread?
As we have revealed earlier smishing attacks are delivered through both traditional texts. However, SMS phishing attacks primarily appear to be from known sources People are less careful while they are on their phones. Many people believe that their cell phones are more secure than their desktops. However, smartphone security has limits and cannot always guard against smishing directly.
Considering the fact phones are the target While Android smartphones dominate the market and are a perfect target for malware text messages, iOS devices are as vulnerable. Although Apple's iOS mobile technology has a high reputation for security, no mobile operating system can protect you from phishing-style assaults on its own. A false feeling of security, regardless of platform, might leave users especially exposed.
Kinds of smishing attacks
Some common types of smishing attacks that occurred are;
- COVID-19 Smishing: The Better Business Bureau observed an increase in reports of US government impersonators sending text messages requesting consumers to take an obligatory COVID-19 test via a connected website in April 2020. The concept of these smishing assaults may readily develop, as feeding on pandemic concerns is a successful technique of victimizing the public.
- Gift Smishing: Give away, shopping rewards, or any number of other free offers, this kind of smishing includes free services or products, from a reputable or other company. attackers plan in such a way that the offer is for a limited time or is an exclusive offer and the offers are so lucrative that one gets excited and falls into the trap.
CERT Guidelines
CERT-In shared some steps to avoid falling victim to smishing.
- Never click on any suspicious link in SMS/social media charts or posts.
- Use online resources to validate shortened URLs.
- Always check the link before clicking.
- Use updated antivirus and antimalware tools.
- If you receive any suspicious message pretending to be from a bank or institution, immediately contact the bank or institution.
- Use a separate email account for personal online transactions.
- Enforce multi-factor authentication (MFA) for emails and bank accounts.
- Keep your operating system and software updated with the latest patches.
Conclusion
Smishing uses fraudulent mobile text messages to trick people into downloading malware, sharing sensitive data, or paying cybercriminals money. With the latest technological developments, it has become really important to stay vigilant in the digital era not only protecting your computers but safeguarding the devices that fit in the palm of your hand, CERT warning plays a vital role in this. Awareness and best practices play a pivotal role in safeguarding yourself from evolving threats.
Reference
- https://www.ndtv.com/india-news/government-warns-of-smishing-attacks-heres-how-to-stay-safe-4709458
- https://zeenews.india.com/technology/govt-warns-citizens-about-smishing-scam-how-to-protect-against-this-online-threat-2654285.html
- https://www.the420.in/protect-against-smishing-scams-cert-in-advice-online-safety/

Introduction
In July 2025, the Digital Trust & Safety Partnership (DTSP) achieved a significant milestone with the formal acceptance of its Safe Framework Specification as an international standard, ISO/IEC 25389. This is the first globally recognised standard that is exclusively concerned with guaranteeing a secure online experience for the general public's use of digital goods and services.
Significance of the New Framework
Fundamentally, ISO/IEC 25389 provides organisations with an organised framework for recognising, controlling, and reducing risks associated with conduct or content. This standard, which was created under the direction of ISO/IEC's Joint Technical Committee 1 (JTC 1), integrates the best practices of DTSP and offers a precise way to evaluate organisational maturity in terms of safety and trust. Crucially, it offers the first unified international benchmark, allowing organisations globally to coordinate on common safety pledges and regularly assess progress.
Other Noteworthy Standards and Frameworks
While ISO/IEC 25389 is pioneering, it’s not the only framework shaping digital trust and safety:
- One of the main outcomes of the United Nations’ 2024 Summit for the Future was the UN's Global Digital Compact, which describes cross-border cooperation on secure and reliable digital environments with an emphasis on countering harmful content, upholding online human rights, and creating accountability standards.
- The World Economic Forum’s Digital Trust Framework defines the goals and values, such as cybersecurity, privacy, transparency, redressability, auditability, fairness, interoperability and safety, implicit to the concept of digital trust. It also provides a roadmap to digital trustworthiness that imbibes these dimensions.
- The Framework for Integrity, Security and Trust (FIST) launched at the Cybereace Summit 2023 at USI of India in New Delhi, calls for a multistakeholder approach to co-create solutions and best practices for digital trust and safety.
- While still in the finalisation stage for implementation rollout, India's Digital Personal Data Protection Act, 2023 (DPDP Act) and its Rules (2025) aim to strike a balance between individual rights and data processing needs by establishing a groundwork for data security and privacy.
- India is developing frameworks in cutting-edge technologies like artificial intelligence. Using a hub-and-spoke model under the IndiaAI Mission, the AI Safety Institute was established in early 2025 with the goal of creating standards for trustworthy, moral, and safe AI systems. Furthermore, AI standards with an emphasis on safety and dependability are being drafted by the Bureau of Indian Standards (BIS).
- Google's DigiKavach program (2023) and Google Safety Engineering Centre (GSEC) in Hyderabad are concrete efforts to support digital safety and fraud prevention in India's tech sector.
What It Means for India
India is already claiming its place in discussions about safety and trust around the world. Google's June 2025 safety charter for India, for example, highlights how India's distinct digital scale, diversity, and vast threat landscape provide insights that inform global cybersecurity strategies.
For India's digital ecosystem, ISO/IEC 25389 comes at a critical juncture. Global best practices in safety and trust are desperately needed as a result of the rapid adoption of digital technologies, including the growth of digital payments, e-governance, and artificial intelligence and a concomitant rise in instances of digital harms. Through its guidelines, ISO/IEC 25389 provides a reference benchmark that Indian startups, government agencies, and tech companies can use to improve their safety standards.
Conclusion
A global trust-and-safety standard like ISO/IEC 25389 is essential for making technology safer for people, even as we discuss the broader adoption of security and safety-by-design principles integrated into the processes of technological product development. India can improve user protection, build its reputation globally, and solidify its position as a key player in the creation of a safer, more resilient digital future by implementing this framework in tandem with its growing domestic regulatory framework (such as the DPDP Act and AI Safety policies).
References
- https://dtspartnership.org/the-safe-framework-specification/
- https://dtspartnership.org/press-releases/dtsps-safe-framework-published-as-an-international-standard/?
- https://www.weforum.org/stories/2024/04/united-nations-global-digital-compact-trust-security/?
- https://economictimes.indiatimes.com/tech/technology/google-releases-safety-charter-for-india-senior-exec-details-top-cyber-threat-actors-in-the-country/articleshow/121903651.cms?
- https://initiatives.weforum.org/digital-trust/framework
- https://government.economictimes.indiatimes.com/news/secure-india/the-launch-of-fist-framework-for-integrity-security-and-trust/103302090