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Stolen Customer Data from Ticketmaster Incident Resurfaces Online

Ticketmaster, one of the most prominent ticketing companies in the world, suffered a high-profile cyber-attack in May 2024 that affected the entire digital infrastructure of the company. The incident resulted in the unauthorised exposure of vast amounts of customer data, including personal information and payment details, placing millions of people at risk of harm. There was no doubt that security experts had linked the breach to ShinyHunters, a notorious hacker group known for its involvement in several large-scale data breaches, as well as ransomware attacks.

Initial investigations suggest that the attackers may have exploited vulnerabilities in cloud-based systems, which reflects the increasing trend for cybercriminals to target third-party platforms and storage systems. Public and regulatory scrutiny has increased as a result of the breach, drawing attention to the increasing frequency and sophistication of cyberattacks on major consumer-facing platforms.

Ticketmaster's breach serves as a stark warning of the vulnerabilities still present in today's cloud-based digital landscape, as forensic analysis continues and containment efforts are made. This emphasises the need for comprehensive cybersecurity practices and proactive risk mitigation strategies, which are imperative to the success of businesses. As the cybersecurity community went into the weekend, renewed concerns erupted over the claims of a relatively new threat actor operating under the name Arkana Security, which raised alarming concerns.

Ticketmaster data that was claimed to have just been stolen by a group known as extortion-focused group was reportedly listed on its dark web leak site for sale at over 569 gigabytes, which they claim was newly stolen data. This post, accompanied by screenshots showing internal file directories and database structures, immediately sparked speculation that another large-scale attack had compromised the systems of one of the world's most prominent ticketing platforms, as shown in the screenshots.

It has been revealed that this misinformation campaign was a deliberate act of misinformation that led to the operation being uncovered. It turns out that cyber analysts have confirmed what initial fears of the public were that the data which is being circulated is not the result of a fresh compromise, but rather is a repackaged version of the same set of data which was exfiltrated during the large-scale attacks of 2024 Snowflake based on credentials.

Previously, these breaches were connected to the notorious ShinyHunters hacking group, which was known for orchestrating numerous coordinated attacks across multiple organisations by utilising weak or poorly managed cloud access credentials to re-activate and monetise previously leaked material.

By misleading potential buyers and reigniting public concern, Arkana Security appears to be trying to revive and monetise previously leaked material. Moreover, this development confirms that public data breaches certainly have a long-tail impact. This also supports the argument that cyber extortion groups are increasingly relying on disinformation and rebranding to prolong the shelf life of stolen assets, thereby making public the fact that data breaches are having a long-tail impact.

As part of an official statement released by Ticketmaster, it was confirmed that an unauthorised user had accessed a cloud database hosted by a third-party data services provider in an attempt to gain access to it. According to the document submitted to the Maine Attorney General's office, the incident is described as an external system breach, which is explicitly defined as a hacking incident. Following their investigations into Ticketmaster's data, cybersecurity experts determined that Snowflake, a cloud-based data warehouse company that was hosting the data at the time of the intrusion, was the third-party provider responsible for hosting the data.

The attackers, according to analysts, obtained access by using stolen Snowflake account credentials, which allowed them to access the Ticketmaster database laterally through the platform. These findings suggest that Snowflake's environment may have been compromised; however, Snowflake firmly denied that any platform-level vulnerabilities or misconfigurations led to the breach, asserting that the breach was not due to any weaknesses within its infrastructure.

Ticketmaster suffered widespread damage from the incident that went well beyond the technical compromise, causing widespread damage across a wide range of aspects of its operations. Financial Repercussions Although the company has not released a public accounting of the financial impact, similar high-profile breaches in the past have shown that significant losses could result. Equifax's 2017 breach, which involved hundreds of millions of users, resulted in a historic $575 million settlement that was the result of similar legal proceedings and regulatory scrutiny, especially given the size and sensitivity of the breached data.

As a comparison to Equifax's 2017 breach, Ticketmaster's costs could be comparable. Reputational Harm. With Ticketmaster's brand reputation being damaged by this breach, Ticketmaster suffered substantial damage to its brand image. In the aftermath of that breach, the media began to focus on it, sparking a public debate about how such a dominant player in the digital entertainment ecosystem could be so vulnerable. Legal Consequences.

It was the affected consumers who initiated the class action lawsuit against Ticketmaster and Live Nation Entertainment Inc. after the breach occurred. There is a lawsuit claiming that Ticketmaster did not adopt and implement adequate cybersecurity measures, thereby not fulfilling its duty to protect customer information. According to legal experts, this case could set a precedent in cloud-related breaches involving third-party providers in which responsibility can be given to third parties. Employee Impact.

The breach has not been discussed in public by any Ticketmaster employees, but indirect indicators provide insight into internal sentiment. According to Glassdoor, with over a thousand reviews, the company holds an average rating of 3.9 out of 5, with 83% of employees indicating that they would recommend it to their friends if they were able to find out what was going on. Customer Fallout. In today's interconnected digital environment, where cyberattacks have a wide range of impacts, this multifaceted fallout illustrates just how widespread the consequences of a cyberattack are, where a single breach can impact users, employees, legal entities, and even public trust as a whole.

As the Ticketmaster breach has grown in importance over the past several years, it has been connected to a wave of coordinated cyberattacks connected with the Snowflake credential compromise incident, which occurred in 2024. As a result of the series of intrusions, a wide range of high-profile organisations, including Santander, AT&T, Neiman Marcus, Advance Auto Parts, Pure Storage, Cylance, and even the Los Angeles Unified School District, were all affected.

There was a well-known cybercriminal organisation called ShinyHunters at the centre of these attacks, a well-known cybercriminal organisation with a long history of obtaining and utilising stolen data to make money for its own. In the investigation that followed, it was discovered that Snowflake, one of the most popular cloud data warehousing services available, was compromised with the credentials used to launch these attacks.

Once these credentials had been acquired, they could be used to access cloud environments and exfiltrate large volumes of sensitive corporate data from unprotected or poorly monitored endpoints, which had been exploited by infostealer malware. Several ransoms were demanded from victims for the theft of their confidential information, forcing them to choose between paying ransoms or revealing their private information to the public. A high-profile and widely extorted entity was Ticketmaster out of all those that had been affected.

There was unauthorised access gained by the attackers to databases that contained personal user information as well as ticketing records, which were listed on underground forums shortly after being accessed by the attackers. Ticketmaster took action to rectify the situation in late May 2024, and by data protection regulations, they notified affected customers of the breach.

In order to increase pressure and maximise attention, the attackers published what they alleged to be "print-at-home" tickets, which allegedly included tickets associated with Taylor Swift concerts. This was a move that was clearly intended to arouse public interest and exert reputational pressure upon the attackers. In spite of Arkana Security, a relatively new group in the cyber extortion space, later surfacing with claims that it had fresh data from Ticketmaster, forensic analysis quickly uncovered inconsistencies despite the claim.

In the file names and metadata, Arkana made reference to earlier leaks associated with ShinyHunters, suggesting that they repackaged and attempted to resell previously stolen data under the guise of a new breach, which is a sign that Arkana was trying to resell stolen data. The exact nature of Arkana’s involvement remains unclear. As far as I know, there is no way to tell whether the group acquired the data by purchasing it previously, whether they are acting as intermediaries for ShinyHunters, or if they are acting as part of the original threat operation, using a new alias.

Whatever the role of the cybercriminals involved in the situation is, they remain a persistent and ever-evolving threat to the cyber community because they constantly recycle stolen information in order to reap the rewards of their efforts. Additionally, this reflects a broader trend where cybercriminals thrive on misinformation, duplication of data, and psychological manipulations aimed at both potential victims as well as buyers.

In light of the Ticketmaster incident as well as the broader Snowflake-linked cyberattacks, it is imperative that organizations reevaluate their security posture concerning their cloud-based ecosystems and third-party services integrations in light of the Ticketmaster incident. It is important to realise that even industry giants are susceptible to persistent and well-planned cyber attacks, which have been demonstrated by this breach.

As threat actors become more proficient at repackaging stolen data, leveraging digital supply chains to intensify extortion, and utilising misinformation to intensify extortion, businesses have to go beyond reactive containment as they become more agile. There is no longer a need for optional measures such as continuous credential hygiene, endpoint hardening, zero-trust architectures, and transparent vendor risk management; they have now become fundamental to security.

Additionally, all companies must have a strategy in place to respond to cyber crises that ensures clear communication with stakeholders, timely disclosure of incidents, and legal preparedness. It's no secret that cybersecurity is changing very quickly. Only organisations that treat cybersecurity as a dynamic, business-critical function - and not as a checkbox - will be able to withstand attacks in the future.

Weak Links in Healthcare Infrastructure Fuel Cyberattacks

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IT Infrastructure

ALPHV Change Healthcare Cyber Attacks CyberCrime Cybersecurity cybersecurity in healthcare CyberThreat data security EHRs IT Infrastructure

Weak Links in Healthcare Infrastructure Fuel Cyberattacks

Increasingly, cybercriminals are exploiting systemic vulnerabilities in order to target the healthcare sector as one of the most frequently attacked and vulnerable targets in modern cybersecurity, with attacks growing both in volume and sophistication. These risks go well beyond the theft of personal information - they directly threaten the integrity and confidentiality of critical medical services and patient records, as well as the stability of healthcare operations as a whole.

There has been an increase in threat actors targeting hospitals and medical institutions due to the outdated infrastructure and limited cybersecurity resources they often have. Threat actors are targeting these organisations to exploit sensitive health information and disrupt healthcare delivery for financial or political gain. The alarming trend reveals that there is an urgent and critical security issue looming within the healthcare industry that needs to be addressed immediately.

Such breaches have the potential to have catastrophic consequences, from halting life-saving treatments due to system failures to eroding patients' trust in healthcare providers. Considering the rapid pace at which the digital transformation is taking place in healthcare, it is important that the sector remains committed to robust cybersecurity strategies so as to safeguard the welfare of its patients and ensure the resilience of essential medical services in the future.

BlackCat, also referred to as ALPHV, is at the centre of a recent significant cybersecurity incident. In recent months, it has gained prominence as a highly organised, sophisticated ransomware group that has been linked to the high-profile attack on Change Healthcare. As a result of the infiltration of the organisation's IT infrastructure and the theft of highly sensitive healthcare data by the group, the group has claimed responsibility for obtaining six terabytes of data.

As a result of this breach, not only did it send shockwaves throughout the healthcare sector, but it also highlighted the devastating power of modern ransomware when targeting critical systems. It has been reported that the attack was triggered by known vulnerabilities in ConnectWise's ScreenConnect remote access application, a tool that is frequently employed in many industries, including healthcare, as a remote access tool.

Having this connection has given rise to more concern about the broader cybersecurity risks posed by third-party vendors as well as software providers, showing that even if one compromised application is compromised, it can lead to widespread data theft and operational disruption as a result. This incident has served as a stark reminder that digital ecosystems in healthcare are fragile and interconnected, with a breach in one component leading to cascading effects across the entire healthcare service network.

There is a growing concern in the healthcare sector that, as investigations continue and new details emerge, healthcare providers are still on high alert, coping with the aftermath of the attack as well as the imperative necessity of strengthening their defensive infrastructure in order to prevent similar intrusions in the future. As one of the most frequently targeted sectors of the economy by cybercriminals, healthcare continues to be one of the most highly sensitive data centres in the world.

It is important to note that even though industry leaders often fail to rank cybersecurity as one of their top challenges, Mike Fuhrman, CEO of Omega Systems, pointed out that despite this growing concern, there are already significant consequences resulting from insufficient cyber risk management, including putting patient safety at risk, disrupting care delivery, and making compliance with regulations even more difficult. Even though perceived priorities are not aligned with actual vulnerabilities, this misalignment poses an increasing and significant risk for the entire healthcare system.

Fuhrman stressed the necessity of improving visibility into security threats and organisational readiness, as well as increasing cybersecurity resources, to bridge this gap. As long as healthcare organisations fail to take proactive and comprehensive steps to ensure cyber resilience, they may continue to experience setbacks that are both detrimental to operational continuity as well as eroding public trust, as well as putting patient safety at risk.

As cybersecurity has become more and more important to the leadership, it has never been more important to elevate it from a back-office issue to an imperative. As a result of the growing number of cyberattacks targeting the healthcare sector in the past few years, the scale and frequency of these attacks have reached alarming levels.

According to the Office for Civil Rights (OCR), the number of security breaches reported by the healthcare industry between 2018 and 2023 has increased by a staggering 239%. Over the same period, there was a 278% increase in ransomware incidents, which suggests that cybercriminals are increasingly looking for disruptive, extortion-based attacks against healthcare providers as a means of extorting money.

There is a likelihood that nearly 67% of healthcare organisations will have been attacked by ransomware at some point shortly, which indicates that such threats are no longer isolated events but rather a persistent and widespread threat. According to experts within the health care industry, one of the primary contributing factors to this vulnerability is the lack of preparedness at all levels. In fact, 37% of healthcare organisations do not have an incident response plan in place, leaving them dangerously vulnerable to ever-evolving cyberattacks.

Health care institutions are appealing to malicious actors because they manage a huge amount of valuable data. Cybercriminals and even nation-state threat actors are gaining an increasing level of interest in electronic health records (EHRs), which contain comprehensive information about patient health, financial health, and medical history.

As a result of outdated cybersecurity protocols, legacy IT infrastructure, and operational pressures of high-stress environments, these records are frequently inadequately protected due to the likelihood that human error will occur more often. These factors together create an ideal storm for exploitation, making the healthcare industry a very vulnerable and frequently targeted industry in today's digital threat landscape.

Despite the growing frequency and complexity of cyberattacks, healthcare organisations face a critical crossroads as 2025 unfolds. Patient safety, data security, and regulatory compliance all intersect at the same time, resulting in a crucial crossroads more than ever before. Enhancing cyber resilience has become a strategic priority and a fundamental requirement, not just a strategic priority.

Healthcare institutions must proactively adopt forward-looking security practices and technologies to secure sensitive patient data and ensure continuous care delivery. As a key trend influencing the healthcare cybersecurity landscape, zero-trust architectures are a growing trend that challenges traditional security models by requiring all users and devices to be verified before they are allowed access.

In a hyperconnected digital environment where cyber threats exploit even the most subtle of system weaknesses, a model such as this is becoming increasingly important. IoT devices are becoming increasingly popular, and many of them were not originally designed with cybersecurity in mind, so we must secure them as soon as possible. Providing robust protections for these devices will be crucial if we are to reduce the attack surfaces of these devices.

AI has been rapidly integrated into healthcare, and it has brought new benefits as well as new vulnerabilities to the healthcare sector. In order for organisations to meet emerging risks and ensure a responsible deployment, they must now develop AI-specific safety frameworks. Meanwhile, the challenge of dealing with technological sprawl, an increasingly fragmented IT environment with disparate security tools, calls for a more unified, centralised cybersecurity management approach.

A good way to prepare for 2025 is to install core security measures like multi-factor authentication, strong firewalls, and data backups, as well as advanced measures like endpoint detection and response (EDR), segmentation of the network, and real-time AI threat monitoring. In addition to strengthening third-party risk management, it will also be imperative to adhere to global compliance standards like HIPAA and GDPR.

There is only one way to protect both healthcare infrastructure and the lives that are dependent on it in this ever-evolving threat landscape, and that is by implementing a comprehensive, proactive, and adaptive cybersecurity strategy. Healthcare organisations must take proactive measures rather than reactive measures and adopt a forward-looking mindset so they can successfully navigate the increasing cybersecurity storm.

Embedding cybersecurity into healthcare operations' DNA is the path to ensuring patient safety, operational resilience, and institutional trust in healthcare organisations, not treating it as a standalone IT concern, but as a critical pillar of patient safety, operational resilience, and institutional trust in healthcare organisations.

To achieve this, leadership must take the initiative to champion security from the boardroom level, integrate threat intelligence into strategic planning, and invest in people and technology that will be able to anticipate, detect, and neutralise emerging threats before they become a major issue. As part of the process of fostering cyber maturity, it is also essential to cultivate a culture of shared responsibility among all stakeholders, ranging from clinicians to administrative personnel to third-party vendors, who understand the importance of keeping data and systems secure.

Training on cybersecurity hygiene, cross-functional collaboration, and continuous vulnerability assessment must become standard operating procedures in the healthcare industry. As attackers become more sophisticated and bold, the costs of inaction do not stop at regulatory fines or reputational damage. Rather, inaction may mean interruptions of care, delays in treatments, and the risk to human life.

Only organisations that recognise cybersecurity as a strategic imperative will be in the best position to deliver uninterrupted, trustworthy, and secure care in an age when digital transformation is accelerating. This is a sector that is built on the pillars of trust, a sector that offers life-saving services, which does not allow for room for compromise. They have to act decisively, investing today in the defensive measures that will ensure the future of their industry.

Qilin Ransomware Actors Take Advantage of Newly Discovered Fortinet Bugs

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Zero-day Vulnerability and Exploits

Critical security flaw Cyberattacks CyberCrime Cybersecurity CyberThreat FortiGate Fortinet Bugs Qilin Ransomware VPN Zero-day Vulnerability and Exploits

Qilin Ransomware Actors Take Advantage of Newly Discovered Fortinet Bugs

The recently observed increase in ransomware activity linked to the Qilin group has sparked alarms throughout the cybersecurity industry. As a result of these sophisticated Ransomware-as-a-Service (RaaS) operations operating under multiple aliases, including Phantom Mantis and Agenda, Fortinet's recent critical vulnerability disclosures have made it possible for this operation to actively exploit two critical Fortinet vulnerabilities.

Operators of Qilin can exploit these flaws in order to gain unauthorised access to targeted networks and to run malicious code on them, sometimes without any detection by the targeted network. Qilin is stepping up its tactics by exploiting these Fortinet vulnerabilities, signalling a shift in strategy to target enterprise security infrastructure deployed throughout the world. Consequently, organisations from a variety of sectors — ranging from healthcare and finance to government and critical infrastructure — have now become targets of an expanding global threat campaign.

According to researchers at the company, the group's ability to weaponise newly discovered vulnerabilities so quickly demonstrates both the group's technical sophistication as well as the importance of adopting a proactive, vulnerability-focused security posture as a result of their rapid growth. As the trend of ransomware groups exploiting zero-day or newly patched vulnerabilities to bypass perimeter defences and gain persistent access is growing, this wave of attacks underscores the trend.

There is no doubt that Qilin's campaign not only proves how effective it is to exploit trusted security platforms like Fortinet, but it also illustrates a more general evolution in the ransomware ecosystem, in which ransomware groups are constantly scaling and refining their methods to maximise their impact and reach within the ecosystem.

With various aliases — including Phantom Mantis and Agenda — the Qilin ransomware group has increased the level of malicious activity they are able to conduct by exploiting critical Fortinet security vulnerabilities. It has been shown that these exploits provide attackers with the ability to bypass authentication controls, deploy malicious payloads remotely, and compromise targeted networks with alarming ease.

It is important to note that since Qilin first emerged in August 2022 as a Ransomware-as-a-Service provider (RaaS), the company has been growing rapidly. The company has rolled out sophisticated ransomware toolkits to affiliate actors and is expanding into many different areas. Over 310 organisations around the world have been linked to Qilin breaches, spanning a range of sectors that include the media, healthcare, manufacturing, and government services sectors.

Court Services Victoria in Australia, Yangfeng, Lee Enterprises, and Synnovis are a few of the most notable victims of the cyberattack. Several companies have been affected by the attack, and the group has demonstrated a high level of operational maturity and the capability to adapt tactics quickly by exploiting newly discovered vulnerabilities in widely used enterprise infrastructure systems.

Experts consider Qilin's aggressive campaign to be a part of a broader trend in which RaaS actors are increasingly targeting foundational security platforms in order to extort high-value ransoms and maximise disruption. Several threat actors are actively exploiting two highly critical vulnerabilities in Fortinet's network security products, identified as CVE-2024-55591 and CVE-2024-21762, in the latest wave of Qilin ransomware activity.

Neither of these vulnerabilities is classified as critical, but they do allow remote attackers to bypass authentication mechanisms and execute arbitrary code on compromised systems, allowing them to take complete control of the system. Although there are many cybercriminal groups that have exploited these vulnerabilities in the past, Qilin's use of them underscores that unpatched Fortinet devices are still an entry point into enterprise environments that criminal groups can exploit.

Although these vulnerabilities have been disclosed publicly and patches have been released, thousands of Fortinet appliances remain vulnerable, which poses a significant risk to a significant number of organisations. IT administrators and security teams must prioritise patch management and hardening of systems at the earliest opportunity in order to prevent vulnerabilities from occurring in the future.

According to a Fortinet expert, organisations utilising its products should immediately assess their infrastructure for signs of compromise and apply the latest firmware updates or temporary mitigation measures according to the vendor's recommendations. It is important for organisations relying on Fortinet products to address these vulnerabilities immediately, as failure to do so could result in devastating ransomware attacks, data breaches, and prolonged disruptions to operations.

As the Qilin ransomware group emerged in August 2022 under the alias Phantom Mantis and Agenda, it has steadily increased its presence on the cyber threat landscape, steadily increasing its presence. In addition to operating as a Ransomware-as-a-Service (RaaS) provider, Qilin claims that it has compromised more than 310 organisations in a variety of different industries.

This company’s most recent campaign reflects a highly targeted and technologically advanced approach, mainly focusing on exploiting known vulnerabilities within Fortinet’s FortiGate appliances, such as CVE-2024-21762 and CVE-2024-55591, found in Fortinet’s security appliances. This vulnerability can act as a critical attack vector, allowing threat actors to breach security controls, penetrate network perimeters, and launch widespread ransomware deployments within the affected environment as a result of these flaws.

There is one aspect that sets Qilin apart from other ransomware groups: Rather than relying primarily on phishing or brute force methods, its strategic focus is on exploiting vulnerabilities in core enterprise infrastructure. Especially in the ability for the group to identify and exploit architectural weaknesses within widely deployed network security solutions, this evolving threat model exemplifies a high level of sophistication among the group members.

It appears that this group is attempting to exploit the authentication and session management vulnerabilities of FortiGate systems to establish unauthorised access to networks, as well as maintain persistence within these compromised networks. It is clear from the methodical exploitation that the attackers have a deep understanding of enterprise defence mechanisms and are demonstrating a shift away from ransomware tactics to compromise infrastructure.

Such attacks pose substantial risks. By infiltrating the first line of defence, which is normally a security infrastructure, Qilin's operations effectively neutralise conventional defence layers, enabling internal systems to be compromised and exposed to data exfiltration through lateral movement. There are a number of consequences for organisations that have been affected by this ransomware attack, including severe operational disruption, the loss of sensitive data, the violation of regulations, as well as long-term reputational damage.

Because of this, organisations are required to reassess their vulnerability management strategies, to ensure timely patching of known vulnerabilities, as well as adopt a more proactive security posture to mitigate the threat that advanced ransomware actors like Qilin are posing to their organisations. This latest ransomware campaign from Qilin exploits vulnerabilities that have a troubling history within the security community, particularly CVE-2024-55591 and CVE-2024-21762. CVE-2024-55591, for example, had been exploited as a zero-day vulnerability as early as November 2024 by several threat actors who used it as a zero-day exploit.

It is worth mentioning that the Mora_001 ransomware operator used the vulnerability to deliver the SuperBlack ransomware strain, which is linked by Forescout researchers to the notorious LockBit cybercrime syndicate. By recurring abuse of Fortinet vulnerabilities, we can see how these flaws continue to be appealing to a wide variety of threat actors, from criminal gangs to state-sponsored espionage groups.

Fortinet patched the second vulnerability in early February of 2025, CVE-2024-21762. Upon discovering the threat this vulnerability posed, the U.S Cybersecurity and Infrastructure Security Agency (CISA) swiftly added it to its Known Exploited Vulnerabilities (KEV) catalogue and instructed federal agencies to secure all affected FortiOS and FortiProxy devices by the end of February. However, despite these warnings, widespread vulnerability persisted.

By the middle of March, the Shadowserver Foundation reported nearly 150,000 devices across the globe remained unpatched and vulnerable. This underscores a critical gap in patch adoption and risk mitigation within corporations. Fortinet's network security products have been a frequent target of exploitation over the years, and they have served as the first point of entry for both cyber-espionage campaigns and financial ransomware attacks over the years.

It has been revealed recently by Fortinet that in a separate incident earlier this year, Chinese state-sponsored threat group Volt Typhoon exploited two old SSL VPN vulnerabilities (CVEs 2020-22475 and 2022-2997) to deploy a custom remote access trojan, dubbed Coathanger, within the Dutch Ministry of Defense's military network, exploitation two older SSL VPN vulnerabilities. As a result of these repeated and high-impact incidents, the threat pattern is consistently one of Fortinet devices being targeted due to their widespread deployment and their vital role in enterprise network security in enterprises.

In order to expand their reach and refine their tactics, ransomware groups such as Qilin will likely continue to focus on exploiting foundational security infrastructure such as Fortinet firewalls and VPNs, so it is likely that they will continue to use this technique. Taking into account these developments, it is becoming increasingly apparent that organisations need to put security first, prioritising continuous vulnerability assessment, timely patching, and a robust incident response strategy in order to be able to protect themselves against the increasing sophistication and persistence of threat actors operating in the digital era.

There has been a noticeable shift in Qilin's operational strategy, according to threat intelligence firm PRODAFT, which has been characterised by a shift to partially automated attacks on FortiGate firewalls that are not patched. It appears that the campaign is influenced by Spanish-speaking regions, but the tactics employed remain largely opportunistic, utilising vulnerable devices regardless of their location, despite the fact that there is a distinct geographic bias toward these regions.

A key exploit technique identified, CVE-2024-55591, has been linked to the deployment of the SuperBlack ransomware variant, which is closely linked with the LockBit cybercriminal ecosystem, as well as with the deployment of the SuperBlack ransomware. The U.S. Cybersecurity and Infrastructure Security Agency (CISA) issued urgent patching instructions in February 2025 to patch nearly 150,000 devices vulnerable to the second critical flaw, CVE-2024-21762.

Even though widespread awareness of this flaw is widespread, nearly 150,000 devices are still vulnerable. Although these devices are still unpatched, this symptom of security lapses that continue to be exploited by ransomware operators illustrates a critical security vulnerability that is still prevalent. Because of their widespread use in enterprise environments, Fortinet appliances remain a high value target, and organizations must act decisively and immediately to minimize those risks in order to reduce them.

In order to maintain a secure environment, security teams should take a proactive approach and apply security patches as soon as they are released and ensure that FortiGate and FortiProxy appliances are strictly monitored. Among the measures that we should take are the deployment of intrusion detection and prevention systems, the analysis of real-time logs for suspicious behaviour, and the segmentation of high-value assets within networks to prevent lateral movement.

A defence-in-depth strategy must also be implemented with endpoint protection, segmentation of the network, integration of threat intelligence, and regular audits of security practices in order to boost resilience against increasingly automated and targeted ransomware attacks. With the increasing complexity and scale of cyberattacks, it is becoming increasingly important for organisations to maintain continuous visibility and control of their security infrastructure, so as to protect their organisational integrity. It is no longer optional.

As a result of the escalating threat landscape and the calculated use of core enterprise infrastructure by the Qilin ransomware group, organisations need to move beyond reactive cybersecurity practices and develop a forward-looking security posture. Organisations must keep vigilance on new vulnerabilities to minimise the speed and precision with which threat actors exploit them. Continuous vulnerability intelligence, rigorous patch lifecycle management, and real-time system integrity monitoring are essential to combating these threats.

Organisations need to integrate threat-aware defence mechanisms that account for both technical weakness and adversarial behaviour—merely deploying security solutions is no longer enough. By investing in automated detection systems, segmenting critical assets, multifactor authentication, and creating secure configuration baselines, we can significantly reduce the attack surface.

Furthermore, establishing a culture of cybersecurity readiness—through continuous workforce training, tabletop exercises, and simulations of an incident response scenario—ensures that when preventative measures do not work, we are resilient. A growing number of ransomware attacks, especially those such as Qilin, which exploit security technologies themselves, are becoming increasingly complex and scaled up, so securing the digital perimeter should become an executive-level priority that is supported by adequate resources, measurable accountability, and executive commitment.

US Federal Authorities Disrupt Growing Malware Pyramid Network

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US Federal

CTU Cyber CyberCrime Cybersecurity CyberThreat DragonForce LockBit malware Qakbot US Federal

US Federal Authorities Disrupt Growing Malware Pyramid Network

A new study by Secureworks' Counter Threat Unit (CTU) has revealed that ransomware operations have shifted significantly in response to heightened law enforcement crackdowns, forcing threat actors to evolve their strategies accordingly. There has been a tradition of many ransomware groups relying on affiliate models, including the LockBit gang, which involves recruiting external partners to carry out attacks in exchange for a share of the ransom payment.

Cybercriminal organizations are beginning to be forced to adjust in order to maintain profitability and operational reach in the face of sustained global enforcement efforts and coordinated takedowns, forcing them to rethink how they operate so they can remain profitable and profitable. In response to the changing landscape in ransomware, groups such as DragonForce and Anubis have been observed to adopt innovative frameworks for attracting affiliates and maximizing profits.

In addition to evading legal scrutiny, these emerging models also appear to be designed in such a way as to offer collaborators more incentives and flexibility than previously offered by traditional methods. In a hostile environment in which traditional tactics are becoming increasingly risky and unsustainable, these groups are readjusting their internal hierarchies and engagement strategies in order to maintain momentum.

There is a clear indication that this evolution indicates that the underground ransomware economy is undergoing a significant transformation. This shift is being driven by the growing influence of international cyber defense efforts, as well as criminals' ability to adapt to escalating pressure. It is estimated that more than 700,000 computers were infected worldwide by the malware campaign at the centre of the investigation, including approximately 200,000 systems within the United States.

Despite the prevalence of this infiltration, 58 million dollars in financial losses have been directly linked to ransomware activities in the last 24 hours, highlighting the scale and sophistication of this criminal network. According to U.S. Attorney Martin Estrada, Operation Duck Hunt has been the largest technological and financial operation ever conducted by the Department of Justice against a botnet. The operation is a comprehensive enforcement initiative that is aimed at capturing the infrastructure behind the botnet, a process that has been ongoing for several years.

There was a successful operation in which 52 servers critical to the botnet were taken down and more than $8.6 million in cryptocurrency assets were seized, used to facilitate or conceal illicit gains. In spite of these remarkable achievements, cybersecurity experts caution against interpreting the disruption as a definitive victory. As is often the case when it comes to cybercrime enforcement, what appears to be the end may actually only be a temporary setback when it comes to the criminal activity.

A cybercriminal ecosystem is resilient, adaptable, and able to evolve very quickly, which results in the emergence of new variants, techniques, or successor operations in a short period of time to fill the void left behind when a network has been dismantled. In the dynamic and ever-evolving cyber threat landscape, it is important to recognize that federal agencies are capable of performing complex takedowns, but that they also face a persistent challenge in achieving lasting impact.

There has been a recent international crackdown targeting a particular type of malicious software called "initial access malware," which is one of the most critical enablers in the overall lifecycle of cyberattacks, according to statements released by Europol and Eurojust. As malware strains are typically deployed as early as possible in the course of a cyber-attack, they allow threat actors to quietly breach targeted systems and establish a foothold from which additional malicious payloads can be deployed, such as ransomware.

Attempting to disrupt the foundational layer of the so-called "cybercrime-as-a-service" ecosystem by dismantling these tools was an important part of the authorities' effort. Its aim was to provide cybercriminals worldwide with flexible and scalable access to the services they needed. As part of the coordinated operation, a number of well-known malware variants were neutralized, including Bumblebee, Lactrodectus, Qakbot, DanaBot, HijackLoader, Trickbot, and WarmCookie, each of which has played a significant role in numerous ransomware attacks and data extraction.

Several authorities emphasized that the strike of these elements at their root greatly undermines the ability of downstream criminal operations by preventing them from functioning and limit the ability of malicious actors to carry out large-scale attacks, as well as significantly limiting the capabilities of the malicious actors. Nearly 50 command-and-control servers were successfully neutralized in Germany, where a significant portion of the law enforcement activity was concentrated.

There has been an investigation conducted by the German Federal Criminal Police Office (BKA) and the Frankfurt Public Prosecutor's Office for Cybercrime on the grounds of organized extortion and suspected affiliations with foreign criminal organizations based on suspected organized extortion. In response to this effort, international arrest warrants were issued for twenty individuals, most of whom were Russian nationals, and several search operations were conducted specifically to investigate these individuals.

Continuing Operation Endgame, which was regarded as the largest coordinated effort ever undertaken to fight botnets, this sweeping enforcement action represents a continuation of that effort. In addition to acquiring €21.2 million in assets, the operation has also demonstrated the global increasing momentum behind collaborative efforts to dismantle high-impact cybercrime infrastructure since it was launched in 2024. Defendant Gallyamov and his co-conspirators allegedly orchestrated highly targeted spam bomb campaigns targeting members of the employees of victim organizations.

The attacks were designed to overwhelm recipients' inboxes with a barrage of messages, creating confusion and increasing the sense of urgency within them. The attackers then exploited this chaos by impersonating an internal IT employee, contacting overwhelmed victims by impersonating a technical support representative, and offering technical assistance.

Once they had established trust and granted access, the attackers were quick to get their hands dirty—extorting data, deploying malware, encrypting systems, and ultimately demanding ransoms. In this case, the backdoor was built using the highly sophisticated Qakbot malware, which was used to exploit compromised systems to deploy malicious payloads further encoding the credentials of the target systems, as well as collect login credentials across networks. Such access was a valuable commodity among the cybercriminals.

In the past, it has been suggested that Gallyamov and his network were monetizing these intrusions by selling access to operators of some of the most dangerous ransomware strains, such as REvil, Black Basta, and Conti, which are all dangerous strains of ransomware. In some cases, these ransomware groups are alleged to have compensated Gallyamov not only with direct payments but also by dividing a portion of the extorted profits with Gallyamov.

In April 2025, U.S. authorities seized more than 30 bitcoins linked to Gallyamov as well as approximately $700,000 in illicit assets. Although these financial hits may have been significant, the primary suspect remains on the loose in Russia, out of reach of U.S. law enforcement due to the lack of extradition agreements. Despite the fact that Gallyamov faces a high probability of being captured, federal officials said that it would be unlikely that he would be brought to justice unless he voluntarily left the relative safety of his country.

The incident has served as a stark reminder of just how sophisticated social engineering and malware-based attacks are becoming as time goes by. Investing in enterprise-grade antivirus solutions and implementing advanced endpoint protection platforms are two of the best ways for organizations to protect themselves against such threats. In many ways, these tools can be of great benefit in detecting unusual behavior, isolating compromised systems, and preventing the rapid escalation of attacks into full-scale data breaches or ransomware attacks that cause financial losses or reputational harm to companies.

Data Breach at Cartier Highlights Growing Cyber Risks in Luxury Sector

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Luxury Sector

Catier Highlights CyberCrime cyberrisks Cybersecurity CyberThreat Data Breach Global Security IT Security Jewellery Luxury Sector

Data Breach at Cartier Highlights Growing Cyber Risks in Luxury Sector

In the latest incident involving a high-profile Parisian luxury jeweller, Cartier has been hacked, further heightening the concerns of those who are targeted by digital threats in the fashion and retail industries. In a statement released by the company, an unauthorised party admitted to gaining access to internal systems, resulting in the disclosure of customer information, including names, email addresses, and country of residence.

A breach affecting approximately 12,000 individuals was first revealed through official notifications sent to those affected, but details surfacing on social media have since attracted a larger amount of attention. Even though Cartier has declined to disclose the exact scope of the incident - which included the number of impacted customers and the precise timing of the intrusion - the company emphasizes that no personal data, such as credit card numbers, bank account numbers, or login credentials, has been compromised as a result of the incident.

There have been no direct financial harms associated with the leak of personally identifiable information (PII), however, cybersecurity analysts warn that there is still a significant risk of the leak occurring. As a result of the affluent clientele associated with luxury brands, there are many opportunities for phishing attacks, social engineering attacks, and identity theft schemes to exploit the exposed data.

Currently, the luxury sector is facing numerous cybersecurity challenges, which are aggravated by the fact that sophisticated cybercriminals are increasingly targeting it. In a time in which digital transformation is accelerating within the high-end retail industry, the Cartier breach serves as a wake-up call to the industry to reevaluate its data protection measures and strengthen its commitment to customer safety and trust.

Even though the breach at Cartier did not result in the compromise of financial or highly sensitive account information, cybersecurity experts have emphasised that even the exposure of seemingly basic personal information-such as names, email addresses, and countries of residence-can still have severe consequences. These types of information are incredibly valuable to attackers, and they can be used in high-volume phishing schemes, social engineering schemes, and more comprehensive identity theft campaigns.

To address the incident, Cartier has notified the appropriate law enforcement authorities and has enlisted the assistance of an external cybersecurity firm to conduct a comprehensive investigation into the incident as well as strengthen its internal security measures. As of right now, the company has stayed tightly closed regarding key details, including the number of customers affected as well as a timeline for when the breach occurred.

Since Cartier has such a high-value clientele and such a significant presence in the fashion industry, privacy advocates and industry observers have expressed concerns regarding this lack of transparency. Cartier's breach is no exception; it is part of an escalating pattern of cyberattacks against luxury and fashion brands. Dior, the French fashion house, reported to the press in May that hackers had gained access to customer information and information about purchases.

Adidas also confirmed an incident of cybercrime involving one of its third-party service providers around the same period, which led to unauthorised access to customer contact information; however, as with Cartier, no payment information was compromised. Victoria's Secret has recently had to temporarily close down its website and some of its in-store services following a significant breach of security. All these incidents reflect a disturbing upward trend and have prompted affected companies to engage specialised cybersecurity teams to contain the damage and prevent future breaches.

Retail industry cybersecurity experts continue to raise concerns as to the industry's vulnerability to cyber threats, pointing to the fact that it relies heavily on vast repositories of consumer data, which are seen as a major source of vulnerability. As a result, according to James Hadley, the founder of Immersive, retail firms are overflowing with customer information, making them prime targets for cybercriminals seeking both financial gain and strategic advantage.

Often, retailers collect a wide variety of personal data about their customers, including names, emails, shopping histories, and contact information. These types of attacks can be carried out over a long period of time and with layers of attacks, as well as isolated breaches.

In his article, Hadley emphasised the fact that misuse of stolen data often extends beyond its immediate damage. Threat actors often use compromised information to impersonate trusted brands, thereby extracting more sensitive personal data from unsuspecting consumers by phishing or social engineering techniques. In his view, this type of manipulation can persist undetected for extended periods of time, compounding the dangers for individuals as well as organisations alike.

As a result of these rapidly evolving threats, industry experts argue that the way businesses should respond to incidents must be shifted from a reactive incident response to a proactive cyber defence. Rather than only reacting after a breach has taken place, companies should act before an incident occurs. However, in order to combat these threats, advanced threat intelligence systems, robust encryption protocols, and dynamic security frameworks are urgently needed so that they can be spotted and neutralised before they become a problem.

It is equally important for consumers to be educated continuously about the dangers of password reuse, suspicious links, and unauthorised communication, as they can take an active role in maintaining the safety of their data more responsibly. There is an increasing likelihood that traditional retailers will fail to protect themselves adequately against the growing use of artificial intelligence-powered attack tools and automated hacking techniques, as the traditional security measures that they employed are proving insufficient to keep out the threats.

Luxury brands, such as Cartier and The North Face, have recently experienced breaches that underscore the fact that even the most established names in the fashion and accessory industry are not immune to the constantly evolving cyber threat landscape. As a result of the breach, Cartier has issued a warning to all of its customers that they need to remain vigilant against potential cyber threats.

The organisation advised individuals to stay vigilant for unsolicited communications, such as suspicious emails, unexpected messages, or unusual login activity on their online accounts, including unsolicited communications from people they don't recognise. It is strongly recommended by the company that users enable multi-factor authentication (MFA) wherever possible, avoid using unsecured networks, avoid clicking on links or downloading attachments from unknown sources as well and avoid using unsecured networks to mitigate further risks.

In addition to providing immediate consumer protection, Cartier's response also emphasised the need for stronger security measures throughout the industry at large. There is no doubt that organisations, particularly those in the luxury and retail sectors, must implement comprehensive, proactive cybersecurity strategies if they are to survive. Performing regular internal and external security audits, strengthening anti-phishing training programs for all levels of employees, and closely assessing the cybersecurity resilience of third-party vendors that are often integral to a brand's digital infrastructure are some of the things companies should do.

As the company's advisory emphasises in its statement, cybersecurity is not just a technical challenge, but is also a strategic priority within the organisation that requires continuous investments, oversight, and awareness. A growing number of threats and persistent attackers need consumers and corporations to share the responsibility of fostering a safer and more secure digital environment, as threats become more sophisticated and attackers become more persistent.

There has been a growing number of high-profile breaches in retail in recent months, and the Cartier cyberattack is just one example of these, with other major brands including Victoria's Secret, Harrods, M&S, and The Co-op all being victims of similar events. A number of security experts have reported that sophisticated threat groups, including the hacking collective known as Scattered Spider, are targeting retailers with systematic malicious intent in recent years.

There have been several recent attacks claimed by the group, including the attack on M&S and The Co-op, prompting an increase in industry-wide vigilance. Analysts believe that Scattered Spider and similar groups are often able to exploit structural weaknesses and operational vulnerabilities in a specific industry by focusing their efforts on a particular industry for a prolonged period of time.

Retailers are a particularly attractive target due to their vast repository of consumer data and longstanding underinvestment in cybersecurity infrastructure, making them a great target for cyber criminals. It is also important to note that many retailers are heavily dependent on third-party vendors with security practices that do not meet modern standards, thereby further exposing an already vulnerable ecosystem to security risks.

A cybersecurity firm called Immersive Labs' founder, James Hadley, noted that retail companies, overwhelmed by customer information, have become increasingly attractive targets for cybercriminals, as a result. According to him, the recent string of successful breaches may further embolden attackers, which reinforces the perception that retail companies are soft targets that can pay off well.

According to Jake Moore, a Global Cybersecurity Advisor at ESET, similar concerns are echoed, and he warned that these incidents will continue to occur in an increasingly frequent and severe manner. In his view, ransom demands can reach into the millions of dollars, but even when the ransom is not paid, the cost of recovery, disruptions to operations, and reputational damage can still be immense, even if the ransom is not paid.

In many cases, Moore noted, the cost of remediation far exceeds the ransom itself, placing companies in a precarious position during and after an attack. Although Moore identified a potential silver lining in the rising threat landscape, he also mentioned that there has been an increased awareness of cybersecurity threats and a renewed emphasis on cybersecurity readiness. He said that despite the fact that many companies have been narrowly spared such attacks, the ripple effect has prompted many businesses to strengthen their digital defences, develop robust incident response plans, and prepare themselves for the inevitable occurrence of cyber attacks in the future.

It is clear, however, that the Cartier breach is a stark reminder that in today's hyperconnected world, reputation and luxury branding do not mean user are immune to digital attacks. Because cyber threats are growing faster, larger, and more sophisticated every day, organisations must shift from reactive containment to proactive cyber resilience to keep themselves safe. There is a need to invest not only in the next generation of security technologies, but also in building a culture of cybersecurity at all levels of an organisation - from executive leadership to frontline staff.

There is no doubt that aligning IT security, risk management, and customer trust is now a priority in boardrooms. To reduce systemic risk, the industry will need to collaborate, for example, by sharing threat intelligence and setting benchmarks for incident response and establishing higher standards for vendor accountability, among other things. It is clear that safeguarding data in today's digital economy is no longer an operational checkbox, but now it has become a key business imperative that directly impacts consumer confidence, brand value, and long-term viability.

London Startup Allegedly Deceived Microsoft with Fake AI Engineers

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Microsoft

AI AI Engineers Cyber Attacks CyberCrime Cyberhackers Cybersecurity CyberThreat Fake AI Microsoft

London Startup Allegedly Deceived Microsoft with Fake AI Engineers

There have now been serious allegations of fraud against London-based startup Builder.ai, once considered a disruptor of software development and valued at $1.5 billion. Builder.ai is now in bankruptcy. The company claims that its artificial intelligence-based platform will revolutionise app development. With the help of its AI-assisted platform, Natasha, the company claims that building software will be easier than ordering pizza.

The recent revelations, however, have revealed a starkly different reality: instead of employing cutting-edge AI technology, Builder.ai reportedly relies on hundreds of human developers in India, who manually execute customer requests while pretending to be AI-generated results.

Having made elaborate misrepresentations about this company, Microsoft and Qatar Investment Authority invested $445 million, led by the false idea that they were backed by a scalable, AI-based solution, which resulted in over $445 million in funding being raised. This scandal has sparked a wider conversation about transparency, ethics, and the hype-driven nature of the startup ecosystem, as well as raised serious concerns about due diligence in the AI investment landscape.

In 2016, Builder.ai, which was founded by entrepreneur Sachin Dev Duggal under the name Engineer.ai, was conceived with a mission to revolutionise app development. In the company's brand, the AI-powered, no-code platform was touted to be able to dramatically simplify the process of creating software applications by cutting down on the amount of code required.

Founded by a group of MIT engineers and researchers, Builder.ai quickly captured the attention of investors worldwide, as the company secured significant funding from high-profile companies including Microsoft, the Qatar Investment Authority, the International Finance Corporation (IFC), and SoftBank's DeepCore.

The company highlighted its proprietary artificial intelligence assistant, Natasha, as the technological breakthrough that could be used to build custom software without human intervention. This innovative approach was a central part of the company's value proposition. With the help of a compelling narrative, the startup secured more than $450 million in funding and achieved unicorn status with a peak valuation of $1.5 billion.

It was widely recognised in the early stages of the evolution of Builder.ai that it was a pioneering force that revolutionised software development, reducing the reliance on traditional engineering teams and democratizing software development. However, underneath the surface of the company's slick marketing campaigns and investor confidence lay a very different operational model—one which relied heavily on human engineers, rather than advanced artificial intelligence.

Building.ai's public image unravelled dramatically when its promotional promises diverged from its internal practices. It was inevitable that the dramatic collapse of Builder.ai, once regarded as a rising star in the global tech industry, would eventually lead to mounting scrutiny and a dramatic unravelling of its public image. This has revealed troubling undercurrents in the AI startup sector.

In its beginnings, Builder.ai was marketed as a groundbreaking platform for creating custom applications, but it also promised automation, scale, and cost savings, and was positioned as a revolutionary platform for developing custom applications. Natasha was the company's flagship artificial intelligence assistant, which was widely advertised as enabling it to develop software with no code. Yet internal testimonies, lawsuits, and investigation findings have painted a much more troubling picture since then.

According to its claims of integrating sophisticated artificial intelligence, Natasha was only used as a simple interface for collecting client requirements, whereas the actual development work was done by large engineering teams in India, despite Natasha's claims of sophisticated artificial intelligence integration. According to whistleblowers, including former executives, Builder.ai did not have any genuine AI infrastructure in place.

As it turns out, internal documentation indicates that applications are being marketed as “80% built by AI” when in fact their underlying tools are rudimentary at best, when they are actually built with artificial intelligence. Former CEO Robert Holdheim filed a $5 million lawsuit alleging wrongful termination after raising concerns about deceptive practices and investor misrepresentation in the company. Due to his case catalysing broader scrutiny, allegations of financial misconduct, as well as technological misrepresentations, were made, resulting in allegations of both.

After Sachin Dev Duggal had taken over as CEO in mid-2025, Manpreet Ratia took over as CEO, starting things off in a positive manner by stabilising operations. An independent financial audit was ordered under Ratia's leadership that revealed massive discrepancies between the reported revenue and the actual revenue.

Builder.ai claimed that it had generated more than $220 million in revenues for 2024, while the true figure was closer to $50 million. As a result, Viola Credit, a company's loan partner, quickly seized $37 million in the company's accounts and raised alarm among creditors and investors alike. A final-ditch measure was to release a press release acknowledging Builder.ai had been unable to sustain payroll or its global operations, with only $5 million remaining in restricted funds.

In the statement, it acknowledged that it had not been able to recover from its past decisions and historic challenges. Several bankruptcy filings were initiated across multiple jurisdictions within a short period of time, including India, the United Kingdom, and the United States. The result was the layoff of over 1,000 employees and the suspension of a variety of client projects.

The controversy exploded as new allegations were made about revenue roundtrips with Indian technology company VerSe, which was believed to be a strategy aimed at inflating financial performance and attracting new investors. Further, reports revealed that Builder.ai has defaulted on substantial payments to Amazon and Microsoft, owing approximately $85 million to Amazon and $30 million to Microsoft for unpaid cloud services.

As a result of these developments, a federal investigation has been launched, with authorities requesting access to the company's finances and client contracts as well. As a result of the Builder.ai scandal, a broader issue is at play in the tech sector — "AI washing", where startups exaggerate or misstate their artificial intelligence capabilities to get funding and market traction.

In an interview with Info-Tech Research Group, Principal Analyst Phil Brunkard summarised this crisis succinctly: "Many of these so-called AI companies scaled based on narrative rather than infrastructure." There is a growing concern among entrepreneurs, investors, and the entire technology industry that Builder.ai could be serving as a cautionary tale for investors, entrepreneurs, and the entire technology industry as regulatory bodies tighten scrutiny of AI marketing claims.

There have been concerns regarding the legitimacy of Builder.ai's artificial intelligence capabilities ever since a report published by The Wall Street Journal in 2019 raised questions about how heavily the company relies on human labour over artificial intelligence. It has been reported that, despite the company's marketing narrative emphasising automation and machine learning, the company's internal operations paint a different picture.

The article quotes former employees of Builder.ai saying that Builder.ai was a platform that was primarily engineering, and not AI-driven. This statement starkly contradicted the company's claim to be an AI-first, no-coding platform. Even though many investors and stakeholders ignored these early warnings, they hinted that there might be deeper structural inconsistencies with the startup's operations than what the initial warnings indicated.

When Manpreet Ratia took on the role of CEO of the company in February 2025, succeeding founder Sachin Dev Duggal, the extent to which the company's internal dysfunction was revealed. It became apparent to Ratia quickly that the company had been misreported and that data had been manipulated for years in order to increase its valuation and public image, despite the fact that it had been tasked with restoring investor confidence and operational transparency.

Following the revelations in this case, U.S. federal prosecutors immediately began an investigation into the company's business practices in response to the disclosures. Earlier this week, the authorities formally requested access to Builder.AI's financial records, internal communications, and its customer data. The request is part of a broader investigation looking into the possibility of fraud, deception of investors, and violations related to false descriptions of AI capabilities.

It should be noted that the failure of Builder.AI serves as an obvious sign that the investment and innovation ecosystems surrounding artificial intelligence need to be recalibrated urgently and sharply. Capital is continuing to flow into AI-powered ventures at a rapid pace, and stakeholders need to raise their standards in regards to due diligence, technical validation and governance oversight as a result.

It is important to temper investor enthusiasm for innovative startups by rigorously evaluating the company's technical capabilities beyond polished pitch decks and strategic storytelling. The case reinforces the importance of transparency and sustainability over short-term hype for founders, as well as the need for regulators to develop frameworks aimed at holding companies accountable if they make misleading claims in their product representations and financial disclosures.

Regulators are becoming increasingly aware of what is being called "AI washing" and are developing strategies to address it. Credibility in a sector built upon trust has become an essential cornerstone of long-term viability, and the collapse of Builder.ai illustrates that this is no longer just a case of a singular failure; rather, it has become a call to action in the tech industry to place substance above spectacle in the age of artificial intelligence.

US Sanctions Philippines-Based Web Host Tied to $200 Million Crypto Scam Network

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Cybersecurity

crypto news Cryptocurrency news Cyber Security Cybersecurity

US Sanctions Philippines-Based Web Host Tied to $200 Million Crypto Scam Network

In a significant move against online fraud, the US Treasury Department has sanctioned a Philippines-based web hosting company accused of enabling massive cryptocurrency scams. The sanctions, announced Thursday, target Funnull Technology and its administrator, Chinese national Liu Lizhi, for allegedly supplying infrastructure to online fraudsters.

According to the Treasury, Funnull played a central role in supporting websites used in “pig butchering” scams—a deceptive tactic where fraudsters lure victims into fake crypto investment schemes. The platform is accused of enabling hundreds of thousands of fraudulent websites, causing over $200 million in reported losses from US victims. The agency stated that Funnull not only hosted these fraudulent domains but also generated uniquely named websites and offered ready-made design templates to scammers. These fake investment platforms were crafted to imitate legitimate sites, showcasing fabricated returns to deceive users.

As part of the crackdown, the FBI also issued an alert, highlighting how scammers initiate contact with victims via text messages or social media, posing as a friend or potential romantic interest. After building trust, they direct victims to invest in fake crypto platforms, ultimately stealing their assets. “Funnull facilitates these scams by purchasing IP addresses and providing hosting services and other internet infrastructure to groups performing these frauds,” the FBI noted. The agency added that Funnull sources these services from legitimate US providers and resells them to cybercriminal networks. This move comes amid rising concern in the US over Asia-based scam operations, many operating out of large compounds and targeting international victims, including Americans. The sanctions mark a continuing effort to disrupt the financial and technical support enabling such cybercrime at scale.

AI Fraud Emerges as a Growing Threat to Consumer Technology

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UPI

AI AI Fraud AI Techniques Artifical Intelligence Cyberfrauds Cybersecurity CyberThreat Digital Threat Technology UPI

AI Fraud Emerges as a Growing Threat to Consumer Technology

With the advent of generative AI, a paradigm shift has been ushered in the field of cybersecurity, transforming the tactics, techniques, and procedures that malicious actors have been using for a very long time. As threat actors no longer need to spend large amounts of money and time on extensive resources, they are now utilising generative AI to launch sophisticated attacks at an unprecedented pace and efficiency.

With these tools, cybercriminals can scale their operations to a large level, while simultaneously lowering the technical and financial barriers of entry as they craft highly convincing phishing emails and automate malware development. The rapid growth of the cyber world is posing a serious challenge to cybersecurity professionals.

The old defence mechanisms and threat models may no longer be sufficient in an environment where attackers are continuously adapting to their environment with AI-driven precision. Therefore, security teams need to keep up with current trends in AI-enabled threats as well as understand historical attack patterns and extract actionable insights from them in order to stay ahead of the curve in order to stay competitive.

By learning from previous incidents and anticipating the next use of generative artificial intelligence, organisations can improve their readiness to detect, defend against, and respond to intelligent cyber threats of a new breed. There has never been a more urgent time to implement proactive, AI-aware cybersecurity strategies than now. With the rapid growth of India's digital economy in recent years, supported by platforms like UPI for seamless payment and Digital India for accessible e-governance, cyber threats have become increasingly complex, which has fueled cybercrime.

Aside from providing significant conveniences and economic opportunities, these technological advances have also exposed users to the threat of a new generation of cyber-related risks caused by artificial intelligence (AI). Previously, AI was used as a tool to drive innovation and efficiency. Today, cybercriminals use AI to carry out incredibly customized, scalable, and deceptive attacks based on artificial intelligence.

A threat enabled by artificial intelligence, on the other hand, is capable of mimicking human behaviour, producing realistic messages, and adapting to targets in real time as opposed to traditional scams. A malicious actor is able to create phishing emails that mimic official correspondence very closely, use deepfakes to fool the public, and alarmingly automate large-scale scams by taking advantage of these capabilities.

In India, where millions of users, many of whom are first-time internet users, may not have the awareness or tools required to detect such sophisticated attacks, the impact is particularly severe. As a global cybercrime loss is expected to reach trillions of dollars in the next decade, India’s digitally active population is becoming increasingly attractive as a target.

Due to the rapid adoption of technology and the lack of digital literacy present in the country, AI-powered fraud is becoming increasingly common. This means that it is becoming increasingly imperative that government agencies, private businesses, and individuals coordinate efforts to identify the evolving threat landscape and develop robust cybersecurity strategies that take into account AI.

Affectionately known as AI, Artificial Intelligence can be defined as the branch of computer science concerned with developing products capable of performing tasks that are typically generated by human intelligence, such as reasoning, learning, problem-solving, perception, and language understanding, all of which are traditionally performed by humans. In its simplest form, AI involves the development of algorithms and computational models that are capable of processing huge amounts of data, identifying meaningful patterns, adapting to new inputs, and making decisions with minimal human intervention, all of which are crucial to the overall success of AI.

As an example, AI helps machines emulate cognitive functions such as recognising speech, interpreting images, comprehending natural language, and predicting outcomes, enabling them to automate, improve efficiency, and solve complex problems in the real world. The applications of artificial intelligence are extending into a wide variety of industries, from healthcare to finance to manufacturing to autonomous vehicles to cybersecurity. As part of the broader field of Artificial Intelligence, Machine Learning (ML) serves as a crucial subset that enables systems to learn and improve from experience without having to be explicitly programmed for every scenario possible.

Data is analysed, patterns are identified, and these algorithms are refined over time in response to feedback, thus becoming more accurate as time passes. A more advanced subset of machine learning is Deep Learning (DL), which uses layered neural networks that are modelled after the human brain to process high-level data. Deep learning excels at processing unstructured data like images, audio, and natural language and is able to handle it efficiently. As a result, technologies like facial recognition systems, autonomous driving, and conversational AI models are powered by deep learning.

ChatGPT is one of the best examples of deep learning in action since it uses large-scale language models to understand and respond to user queries as though they were made by humans. With the continuing evolution of these technologies, their impact across sectors is increasing rapidly and offering immense benefits. However, these technologies also present new vulnerabilities that cybercriminals are increasingly hoping to exploit in order to make a profit.

A significant change has occurred in the fraud landscape as a result of the rise of generative AI technologies, especially large language models (LLMs), providing both powerful tools for defending against fraud as well as new opportunities for exploitation. While these technologies enhance the ability of security teams to detect and mitigate threats, they also allow cybercriminals to devise sophisticated fraud schemes that bypass conventional safeguards in order to conceal their true identity.

As fraudsters increasingly use generative artificial intelligence to craft attacks that are more persuasive as well as harder to detect, they are making attacks that are increasingly convincing. There has been a significant increase in phishing attacks utilising artificial intelligence. In these attacks, language models are used to generate emails and messages that mimic the tone, structure, and branding of legitimate communications, eliminating any obvious telltale signs of poor grammar or suspicious formatting that used to be a sign of scams.

A similar development is the deployment of deepfake technology, including voice cloning and video manipulation, to impersonate trusted individuals, enabling social engineering attacks that are both persuasive and difficult to dismiss. In addition, attackers have now been able to automate at scale, utilising generative artificial intelligence, in real time, to target multiple victims simultaneously, customise messages, and tweak their tactics.

It is with this scalability that fraudulent campaigns become more effective and more widespread. Furthermore, AI also enables bad actors to use sophisticated evasion techniques, enabling them to create synthetic identities, manipulate behavioural biometrics, and adapt rapidly to new defences, thus making it difficult for them to be detected. The same artificial intelligence technologies that fraudsters utilise are also used by cybersecurity professionals to enhance the defences against potential threats.

As a result, security teams are utilising generative models to identify anomalies in real time, by establishing dynamic baselines of normal behaviour, to flag deviations—potential signs of fraud—more effectively. Furthermore, synthetic data generation allows the creation of realistic, anonymous datasets that can be used to train more accurate and robust fraud detection systems, particularly for identifying unusual or emerging fraud patterns in real time.

A key application of artificial intelligence to the investigative process is the fact that it makes it possible for analysts to rapidly sift through massive data sets and find critical connections, patterns, and outliers that otherwise may go undetected. Also, the development of adaptive defence systems- AI-driven platforms that learn and evolve in response to new threat intelligence- ensures that fraud prevention strategies remain resilient and responsive even when threat tactics are constantly changing. In recent years, generative artificial intelligence has been integrated into both the offensive and defensive aspects of fraud, ushering in a revolutionary shift in digital risk management.

It is becoming increasingly clear that as technology advances, fraud prevention efforts will increasingly be based upon organisations utilising and understanding artificial intelligence, not only in order to anticipate emerging threats, but also in order to stay several steps ahead of those looking to exploit them. Even though artificial intelligence is becoming more and more incorporated into our daily lives and business operations, it is imperative that people do not ignore the potential risks resulting from its misuse or vulnerability.

As AI technologies continue to evolve, both individuals and organisations should adopt a comprehensive and proactive cybersecurity strategy tailored specifically to the unique challenges they may face. Auditing AI systems regularly is a fundamental step towards navigating this evolving landscape securely. Organisations must evaluate the trustworthiness, security posture and privacy implications of these technologies, whether they are using third-party platforms or internally developed models.

In order to find weaknesses and minimize potential threats, organizations should conduct periodic system reviews, penetration tests, and vulnerability assessments in cooperation with cybersecurity and artificial intelligence specialists, in order to identify weaknesses and minimize potential threats. In addition, sensitive and personal information must be handled responsibly. A growing number of individuals are unintentionally sharing confidential information with artificial intelligence platforms without understanding the ramifications of this.

In the past, several corporations have submitted proprietary information to tools such as ChatGPT that are powered by artificial intelligence, or healthcare professionals have disclosed patient information. Both cases raise serious concerns regarding data privacy and compliance with regulations. The AI interactions will be recorded so that system improvements can be made, so it is important for users to avoid sharing any personal, confidential, or regulated information on such platforms.

Secured data is another important aspect of AI modelling. The integrity of the training data is a vital component of the functionality of AI, and any manipulation, referred to as "data poisoning", can negatively impact outputs and lead to detrimental consequences for users. There are several ways to mitigate the risk of data loss and corruption, including implementing strong policies for data governance, deploying robust encryption methods, enforcing access controls, and using comprehensive backup solutions.

Further strengthening the system's resilience involves the use of firewalls, intrusion detection systems, and secure password protocols. Additionally, it is important to adhere to the best practices in software maintenance in order to maintain the software correctly. With the latest security patches installed on AI frameworks, applications, and supporting infrastructure, you can significantly reduce the probability of exploitation. It is also important to deploy advanced antivirus and endpoint protection tools to help protect against AI-driven malware as well as other sophisticated threats.

In an attempt to improve AI models, adversarial training is one of the more advanced methods of training them, as it involves training them with simulated attacks as well as data inputs that are unpredictable. It is our belief that this approach will increase the robustness of the model in order for it to better deal with adversarial manipulations in real-world environments, thereby making it more resilient. As well as technological safeguards, employee awareness and preparedness are crucial.

Employees need to be taught to recognise artificial intelligence-generated phishing attacks, avoid unsafe software downloads, and respond effectively to changing threats as they arise. As part of the AI risk management process, AI experts can be consulted to ensure that training programs are up-to-date and aligned with the latest threat intelligence.

A second important practice is AI-specific vulnerability management, which involves identifying, assessing, and remediating security vulnerabilities within the AI systems continuously. By reducing the attack surface of an organisation, organisations can reduce the likelihood of breaches that will exploit the complex architecture of artificial intelligence. Last but not least, even with robust defences, incidents can still occur; therefore, there must be a clear set of plans for dealing with AI incidents.

A good AI incident response plan should include containment protocols, investigation procedures, communication strategies, and recovery efforts, so that damage is minimised and operations are maintained as soon as possible following a cyber incident caused by artificial intelligence. It is critical that businesses adopt these multilayered security practices in order to maintain the trust of their users, ensure compliance, and safeguard against the sophisticated threats emerging in the AI-driven cyber landscape, especially at a time when AI is both a transformative force and a potential risk vector.

As artificial intelligence is continuing to reshape the technological landscape, all stakeholders must address the risks associated with it. In order to develop comprehensive governance frameworks that balance innovation with security, it is important to work together in concert with business leaders, policymakers, and cybersecurity experts. In addition, cultivating a culture of continuous learning and vigilance among users will greatly reduce the vulnerabilities that can be exploited by increasingly sophisticated artificial intelligence-driven attacks in the future.

It will be imperative to invest in adaptive technologies that will evolve as threats arise, while maintaining ethical standards and ensuring transparency, to build resilient cyber defences. The goal of securing the benefits of AI ultimately depends upon embracing a forward-looking, integrated approach that embraces both technological advancement and rigorous risk management in order to protect digital ecosystems today and in the future, to be effective.

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