#FactCheck - Viral Video Claiming UK PM Keir Starmer Was Thrown Out of a Pub Is Misleading
A video circulating on social media claims that British Prime Minister Keir Starmer was forcibly thrown out of a pub by its owner. The clip has been widely shared by users, many of whom are drawing political comparisons and questioning democratic norms. However, research conducted by Cyber Peace Foundation has found that the viral claim is misleading. Our research reveals that the video dates back to 2021, a time when Keir Starmer was not the Prime Minister of the United Kingdom, but the leader of the opposition Labour Party.
Claim
On January 12, 2026, a video was shared on social media platform X (formerly Twitter) with the claim that British Prime Minister Sir Keir Starmer was asked to leave a pub by its owner. The post suggests that the pub owner was unhappy with Starmer’s performance and contrasts the incident with how political dissent is allegedly handled in India. The viral video, approximately 32 seconds long, shows a man angrily confronting Keir Starmer in English, stating that he had supported the Labour Party all his life but was disappointed with Starmer’s leadership. The man is then heard asking Starmer to leave the pub.
Links to the viral post and its archived version were reviewed as part of the research.
Fact Check
To verify the claim, we extracted key frames from the viral video and conducted a Google reverse image search. During this process, we found the same video posted on an X account on April 19, 2021.The visuals in the 2021 post matched the viral video exactly, clearly indicating that the footage is not recent.The original post described the incident as an event involving Labour Party leader Keir Starmer during his visit to the Raven pub in Bath, and included a warning about strong language used by the pub owner, Rod Humphries. Here is the link to the original video, along with a screenshot:
Further keyword searches led us to a report published by NBC News on April 19, 2021. According to the report, Keir Starmer, then the leader of the UK’s opposition Labour Party, was confronted and asked to leave a pub in the city of Bath. The pub owner reportedly accused Starmer of failing to oppose COVID-19 lockdown measures strongly enough at a time when strict restrictions were in place across the UK.
- https://www.nbcnews.com/video/anti-lockdown-pub-landlord-screams-at-u-k-labour-party-leader-to-get-out-of-his-pub-110466117702
We also verified who held the office of British Prime Minister in 2021. Official UK government records confirm that Boris Johnson was the Prime Minister at that time, while Keir Starmer served as the Leader of the Opposition.
Conclusion
Our research confirms that the viral video is old and misleadingly presented. The footage is from 2021, when Keir Starmer was not the Prime Minister of the United Kingdom, but the opposition Labour Party leader. Sharing the video with the claim that it shows a current British Prime Minister being thrown out of a pub is factually incorrect.
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Introduction
Considering the development of technology, Voice cloning schemes are one such issue that has recently come to light. Scammers are moving forward with AI, and their methods and plans for deceiving and scamming people have also altered. Deepfake technology creates realistic imitations of a person’s voice that can be used to conduct fraud, dupe a person into giving up crucial information, or even impersonate a person for illegal purposes. We will look at the dangers and risks associated with AI voice cloning frauds, how scammers operate and how one might protect themselves from one.
What is Deepfake?
Artificial intelligence (AI), known as “deepfake,” can produce fake or altered audio, video, and film that pass for the real thing. The words “deep learning” and “fake” are combined to get the name “deep fake”. Deepfake technology creates content with a realistic appearance or sound by analysing and synthesising diverse volumes of data using machine learning algorithms. Con artists employ technology to portray someone doing something that has never been in audio or visual form. The best example is the American President, who used deep voice impersonation technology. Deep voice impersonation technology can be used maliciously, such as in deep voice fraud or disseminating false information. As a result, there is growing concerned about the potential influence of deep fake technology on society and the need for effective tools to detect and mitigate the hazards it may provide.
What exactly are deepfake voice scams?
Artificial intelligence (AI) is sometimes utilised in deepfake speech frauds to create synthetic audio recordings that seem like real people. Con artists can impersonate someone else over the phone and pressure their victims into providing personal information or paying money by using contemporary technology. A con artist may pose as a bank employee, a government official, or a friend or relative by utilising a deep false voice. It aims to earn the victim’s trust and raise the likelihood that they will fall for the hoax by conveying a false sense of familiarity and urgency. Deep fake speech frauds are increasing in frequency as deep fake technology becomes more widely available, more sophisticated, and harder to detect. In order to avoid becoming a victim of such fraud, it is necessary to be aware of the risks and take appropriate measures.
Why do cybercriminals use AI voice deep fake?
In order to mislead users into providing private information, money, or system access, cybercriminals utilise artificial intelligence (AI) speech-deep spoofing technology to claim to be people or entities. Using AI voice-deep fake technology, cybercriminals can create audio recordings that mimic real people or entities, such as CEOs, government officials, or bank employees, and use them to trick victims into taking activities that are advantageous to the criminals. This can involve asking victims for money, disclosing login credentials, or revealing sensitive information. In phishing assaults, where fraudsters create audio recordings that impersonate genuine messages from organisations or people that victims trust, deepfake AI voice technology can also be employed. These audio recordings can trick people into downloading malware, clicking on dangerous links, or giving out personal information. Additionally, false audio evidence can be produced using AI voice-deep fake technology to support false claims or accusations. This is particularly risky regarding legal processes because falsified audio evidence may lead to wrongful convictions or acquittals. Artificial intelligence voice deep fake technology gives con artists a potent tool for tricking and controlling victims. Every organisation and the general population must be informed of this technology’s risk and adopt the appropriate safety measures.
How to spot voice deepfake and avoid them?
Deep fake technology has made it simpler for con artists to edit audio recordings and create phoney voices that exactly mimic real people. As a result, a brand-new scam called the “deep fake voice scam” has surfaced. In order to trick the victim into handing over money or private information, the con artist assumes another person’s identity and uses a fake voice. What are some ways to protect oneself from deepfake voice scams? Here are some guidelines to help you spot them and keep away from them:
- Steer clear of telemarketing calls
- One of the most common tactics used by deep fake voice con artists, who pretend to be bank personnel or government officials, is making unsolicited phone calls.
- Listen closely to the voice
- Anyone who phones you pretending to be someone else should pay special attention to their voice. Are there any peculiar pauses or inflexions in their speech? Something that doesn’t seem right can be a deep voice fraud.
- Verify the caller’s identity
- It’s crucial to verify the caller’s identity in order to avoid falling for a deep false voice scam. You might ask for their name, job title, and employer when in doubt. You can then do some research to be sure they are who they say they are.
- Never divulge confidential information
- No matter who calls, never give out personal information like your Aadhar, bank account information, or passwords over the phone. Any legitimate companies or organisations will never request personal or financial information over the phone; if they do, it’s a warning sign that they’re a scammer.
- Report any suspicious activities
- Inform the appropriate authorities if you think you’ve fallen victim to a deep voice fraud. This may include your bank, credit card company, local police station, or the nearest cyber cell. By reporting the fraud, you could prevent others from being a victim.
Conclusion
In conclusion, the field of AI voice deep fake technology is fast expanding and has huge potential for beneficial and detrimental effects. While deep fake voice technology has the potential to be used for good, such as improving speech recognition systems or making voice assistants sound more realistic, it may also be used for evil, such as deep fake voice frauds and impersonation to fabricate stories. Users must be aware of the hazard and take the necessary precautions to protect themselves as AI voice deep fake technology develops, making it harder to detect and prevent deep fake schemes. Additionally, it is necessary to conduct ongoing research and develop efficient techniques to identify and control the risks related to this technology. We must deploy AI appropriately and ethically to ensure that AI voice-deep fake technology benefits society rather than harming or deceiving it.
Reference
Introduction
Data Breaches have taken over cyberspace as one of the rising issues, these data breaches result in personal data making its way toward cybercriminals who use this data for no good. As netizens, it's our digital responsibility to be cognizant of our data and the data of one's organization. The increase in internet and technology penetration has made people move to cyberspace at a rapid pace, however, awareness regarding the same needs to be inculcated to maximise the data safety of netizens. The recent AIIMS cyber breach has got many organisations worried about their cyber safety and security. According to the HIPPA Journal, 66% of healthcare organizations reported ransomware attacks on them. Data management and security is the prime aspect of clients all across the industry and is now growing into a concern for many. The data is primarily classified into three broad terms-
- Personal Identified Information (PII) - Any representation of information that permits the identity of an individual to whom the information applies to be reasonably inferred by either direct or indirect means.
- Non-Public Information (NPI) - The personal information of an individual that is not and should not be available to the public. This includes Social Security Numbers, bank information, other personal identifiable financial information, and certain transactions with financial institutions.
- Material Non-Public Information (MNPI) - Data relating to a company that has not been made public but could have an impact on its share price. It is against the law for holders of nonpublic material information to use the information to their advantage in trading stocks.
This classification of data allows the industry to manage and secure data effectively and efficiently and at the same time, this allows the user to understand the uses of their data and its intensity in case of breach of data. Organisations process data that is a combination of the above-mentioned classifications and hence in instances of data breach this becomes a critical aspect. Coming back to the AIIMS data breach, it is a known fact that AIIMS is also an educational and research institution. So, one might assume that the reason for any attack on AIIMS could be either to exfiltrate patient data or could be to obtain hands-on the R & D data including research-related intellectual properties. If we postulate the latter, we could also imagine that other educational institutes of higher learning such as IITs, IISc, ISI, IISERs, IIITs, NITs, and some of the significant state universities could also be targeted. In 2021, the Ministry of Home Affairs through the Ministry of Education sent a directive to IITs and many other institutes to take certain steps related to cyber security measures and to create SoPs to establish efficient data management practices. The following sectors are critical in terms of data protection-
- Health sector
- Financial sector
- Education sector
- Automobile sector
These sectors are generally targeted by bad actors and often data breach from these sectors result in cyber crimes as the data is soon made available on Darkweb. These institutions need to practice compliance like any other corporate house as the end user here is the netizen and his/her data is of utmost importance in terms of protection.Organisations in today's time need to be in coherence to the advancement in cyberspace to find out keen shortcomings and vulnerabilities they may face and subsequently create safeguards for the same. The AIIMS breach is an example to learn from so that we can protect other organisations from such cyber attacks. To showcase strong and impenetrable cyber security every organisation should be able to answer these questions-
- Do you have a centralized cyber asset inventory?
- Do you have human resources that are trained to model possible cyber threats and cyber risk assessment?
- Have you ever undertaken a business continuity and resilience study of your institutional digitalized business processes?
- Do you have a formal vulnerability management system that enumerates vulnerabilities in your cyber assets and a patch management system that patches freshly discovered vulnerabilities?
- Do you have a formal configuration assessment and management system that checks the configuration of all your cyber assets and security tools (firewalls, antivirus management, proxy services) regularly to ensure they are most securely configured?
- Do have a segmented network such that your most critical assets (servers, databases, HPC resources, etc.) are in a separate network that is access-controlled and only people with proper permission can access?
- Do you have a cyber security policy that spells out the policies regarding the usage of cyber assets, protection of cyber assets, monitoring of cyber assets, authentication and access control policies, and asset lifecycle management strategies?
- Do you have a business continuity and cyber crisis management plan in place which is regularly exercised like fire drills so that in cases of exigencies such plans can easily be followed, and all stakeholders are properly trained to do their part during such emergencies?
- Do you have multi-factor authentication for all users implemented?
- Do you have a supply chain security policy for applications that are supplied by vendors? Do you have a vendor access policy that disallows providing network access to vendors for configuration, updates, etc?
- Do you have regular penetration testing of the cyberinfrastructure of the organization with proper red-teaming?
- Do you have a bug-bounty program for students who could report vulnerabilities they discover in your cyber infrastructure and get rewarded?
- Do you have an endpoint security monitoring tool mandatory for all critical endpoints such as database servers, application servers, and other important cyber assets?
- Do have a continuous network monitoring and alert generation tool installed?
- Do you have a comprehensive cyber security strategy that is reflected in your cyber security policy document?
- Do you regularly receive cyber security incidents (including small, medium, or high severity incidents, network scanning, etc) updates from your cyber security team in order to ensure that top management is aware of the situation on the ground?
- Do you have regular cyber security skills training for your cyber security team and your IT/OT engineers and employees?
- Do your top management show adequate support, and hold the cyber security team accountable on a regular basis?
- Do you have a proper and vetted backup and restoration policy and practice?
If any organisation has definite answers to these questions, it is safe to say that they have strong cyber security, these questions should not be taken as a comparison but as a checklist by various organisations to be up to date in regard to the technical measures and policies related to cyber security. Having a strong cyber security posture does not drive the cyber security risk to zero but it helps to reduce the risk and improves the fighting chance. Further, if a proper risk assessment is regularly carried out and high-risk cyber assets are properly protected, then the damages resulting from cyber attacks can be contained to a large extent.
Introduction
The Telecommunications Act of 2023 was passed by Parliament in December, receiving the President's assent and being published in the official Gazette on December 24, 2023. The act is divided into 11 chapters 62 sections and 3 schedules. Sections 1, 2, 10-30, 42-44, 46, 47, 50-58, 61 and 62 already took effect on June 26, 2024.
On July 04, 2024, the Centre issued a Gazetted Notification and sections 6-8, 48 and 59(b) were notified to be effective from July 05, 2024. The Act aims to amend and consolidate the laws related to telecommunication services, telecommunication networks, and spectrum assignment and it ‘repeals’ certain older colonial-era legislations like the Indian Telegraph Act 1885 and Indian Wireless Telegraph Act 1933. Due to the advancements in technology in the telecom sector, the new law is enacted.
On 18 July 2024 Thursday, the telecom minister while launching the theme of Indian Mobile Congress (IMC), announced that all rules and provisions of the new Telecom Act would be notified within the next 180 days, hence making the Act operational at full capacity.
Important definitions under Telecommunications Act, 2023
- Authorisation: Section 2(d) entails “authorisation” means a permission, by whatever name called, granted under this Act for— (i) providing telecommunication services; (ii) establishing, operating, maintaining or expanding telecommunication networks; or (iii) possessing radio equipment.
- Telecommunication: Section 2(p) entails “Telecommunication” means transmission, emission or reception of any messages, by wire, radio, optical or other electro-magnetic systems, whether or not such messages have been subjected to rearrangement, computation or other processes by any means in the course of their transmission, emission or reception.
- Telecommunication Network: Section 2(s) entails “telecommunication network” means a system or series of systems of telecommunication equipment or infrastructure, including terrestrial or satellite networks or submarine networks, or a combination of such networks, used or intended to be used for providing telecommunication services, but does not include such telecommunication equipment as notified by the Central Government.
- Telecommunication Service: Section 2(t) entails “telecommunication service” means any service for telecommunication.
Measures for Cyber Security for the Telecommunication Network/Services
Section 22 of the Telecommunication Act, 2023 talks about the protection of telecommunication networks and telecommunication services. The section specifies that the centre may provide rules to ensure the cybersecurity of telecommunication networks and telecommunication services. Such measures may include the collection, analysis and dissemination of traffic data that is generated, transmitted, received or stored in telecommunication networks. ‘Traffic data’ can include any data generated, transmitted, received, or stored in telecommunication networks – such as type, duration, or time of a telecommunication.
Section 22 further empowers the central government to declare any telecommunication network, or part thereof, as Critical Telecommunication Infrastructure. It may further provide for standards, security practices, upgradation requirements and procedures to be implemented for such Critical Telecommunication Infrastructure.
CyberPeace Policy Wing Outlook:
The Telecommunication Act, 2023 marks a significant change & growth in the telecom sector by providing a robust regulatory framework, encouraging research and development, promoting infrastructure development, and measures for consumer protection. The Central Government is empowered to authorize individuals for (a) providing telecommunication services, (b) establishing, operating, maintaining, or expanding telecommunication networks, or (c) possessing radio equipment. Section 48 of the act provides no person shall possess or use any equipment that blocks telecommunication unless permitted by the Central Government.
The Central Government will protect users by implementing different measures, such as the requirement of prior consent of users for receiving particular messages, keeping a 'Do Not Disturb' register to stop unwanted messages, the mechanism to enable users to report any malware or specified messages received, the preparation and maintenance of “Do Not Disturb” register, to ensure that users do not receive specified messages or class of specified messages without prior consent. The authorized entity providing telecommunication services will also be required to create an online platform for users for their grievances pertaining to telecommunication services.
In certain limited circumstances such as national security measures, disaster management and public safety, the act contains provisions empowering the Government to take temporary possession of telecom services or networks from authorised entity; direct interception or disclosure of messages, with measures to be specified in rulemaking. This entails that the government gains additional controls in case of emergencies to ensure security and public order. However, this has to be balanced with appropriate measures protecting individual privacy rights and avoiding any unintended arbitrary actions.
Taking into account the cyber security in the telecommunication sector, the government is empowered under the act to introduce standards for cyber security for telecommunication services and telecommunication networks; and encryption and data processing in telecommunication.
The act also promotes the research and development and pilot projects under Digital Bharat Nidhi. The act also promotes the approach of digital by design by bringing online dispute resolution and other frameworks. Overall the approach of the government is noteworthy as they realise the need for updating the colonial era legislation considering the importance of technological advancements and keeping pace with the digital and technical revolution in the telecommunication sector.
References:
- The Telecommunications Act, 2023 https://acrobat.adobe.com/id/urn:aaid:sc:AP:88cb04ff-2cce-4663-ad41-88aafc81a416
- https://pib.gov.in/PressReleasePage.aspx?PRID=2031057
- https://pib.gov.in/PressReleaseIframePage.aspx?PRID=2027941
- https://economictimes.indiatimes.com/industry/telecom/telecom-news/new-telecom-act-will-be-notified-in-180-days-bsnl-4g-rollout-is-monitored-on-a-daily-basis-scindia/articleshow/111851845.cms?from=mdr
- https://www.azbpartners.com/wp-content/uploads/2024/06/Update-Staggered-Enforcement-of-Telecommunications-Act-2023.pdf
- https://telecom.economictimes.indiatimes.com/blog/analysing-the-impact-of-telecommunications-act-2023-on-digital-india-mission/111828226
