The package is called “n8n-nodes-hfgjf-irtuinvcm-lasdqewriit”, it copies Google Ads integration and asks users to connect their ad account in a fake form and steal OAuth credentials from servers under the threat actors’ control.
Endor Labs released a report on the incident. "The attack represents a new escalation in supply chain threats,” it said. Adding that “unlike traditional npm malware, which often targets developer credentials, this campaign exploited workflow automation platforms that act as centralized credential vaults – holding OAuth tokens, API keys, and sensitive credentials for dozens of integrated services like Google Ads, Stripe, and Salesforce in a single location," according to the report.
Experts are not sure if the packages share similar malicious functions. But Reversing labs Spectra Assure analysed a few packages and found no security issues. In one package called “n8n-nodes-zl-vietts,” it found a malicious component with malware history.
The campaign might still be running as another updated version of the package “n8n-nodes-gg-udhasudsh-hgjkhg-official” was posted to npm recently.
Once installed as a community node, the malicious package works as a typical n8n integration, showing configuration screens. Once the workflow is started, it launches a code to decode the stored tokens via n8n’s master key and send the stolen data to a remote server.
This is the first time a supply chain attack has specially targeted the n8n ecosystem, with hackers exploiting the trust in community integrations.
The report exposed the security gaps due to untrusted workflows integration, which increases the attack surface. Experts have advised developers to audit packages before installing them, check package metadata for any malicious component, and use genuine n8n integrations.
The findings highlight the security issues that come with integrating untrusted workflows, which can expand the attack surface. Developers are recommended to audit packages before installing them, scrutinize package metadata for any anomalies, and use official n8n integrations.
According to researchers Kiran Raj and Henrik Plate, "Community nodes run with the same level of access as n8n itself. They can read environment variables, access the file system, make outbound network requests, and, most critically, receive decrypted API keys and OAuth tokens during workflow execution.”
A Dutch appeals court has sentenced a 44-year-old man to seven years in prison for his involvement in cyber intrusions targeting major European ports and for using those breaches to support drug trafficking operations.
The ruling was issued by the Amsterdam Court of Appeal, which reviewed a case that began with the man’s arrest in 2021. He was initially convicted a year later by the Amsterdam District Court on multiple charges, including illegal access to computer systems, attempted extortion, and assisting in the import of narcotics. Following that decision, the defendant challenged the verdict, arguing that key evidence used against him had been obtained unlawfully.
At the center of the appeal was the use of messages collected from Sky ECC, an encrypted communication platform. Law enforcement agencies in Europe gained access to the service in 2021 as part of a coordinated investigation into organized crime. That operation led to the arrest of the platform’s leadership and numerous users, with legal proceedings continuing into the following years. The defense claimed that the interception of these communications violated procedural safeguards and undermined the fairness of the trial.
The appeals court rejected those objections, stating that the defense failed to demonstrate how the collection of Sky ECC messages breached the defendant’s legal rights. As a result, most of the original findings were upheld.
However, the court did overturn one charge related to a plan to import approximately 5,000 kilograms of cocaine. Despite this, judges maintained the remaining convictions, including those tied to cybercrime and drug-related offenses.
Court findings show that the man worked with others to breach IT systems used by port operations in Rotterdam and Barendrecht in the Netherlands, as well as Antwerp in Belgium. These systems are responsible for managing logistics and cargo movement within the ports. By gaining unauthorized access, the group aimed to manipulate information so that illegal drug shipments could pass through undetected.
The intrusion was carried out by infecting internal systems at a port logistics company. Malware was introduced through USB devices that were connected by company employees. Authorities have not clarified whether those individuals were coerced, deceived, or willingly involved.
Once the malware was installed, the attacker was able to deploy remote access tools. This allowed him to extract data from internal databases and monitor information as it moved through the network, giving criminal groups operational insight into port activities.
Investigators also found that between mid-September 2020 and late April 2021, the man attempted to sell malicious software along with instructions for its use, working in coordination with others.
Taking into account the hacking activities, the facilitation of drug trafficking, the import of 210 kilograms of cocaine into the Netherlands, and attempted extortion, the court confirmed a final prison sentence of seven years.
Instagram has firmly denied claims of a new data breach following reports that personal details linked to more than 17 million accounts are being shared across online forums. The company stated that its internal systems were not compromised and that user accounts remain secure.
The clarification comes after concerns emerged around a technical flaw that allowed unknown actors to repeatedly trigger password reset emails for Instagram users. Meta, Instagram’s parent company, confirmed that this issue has been fixed. According to the company, the flaw did not provide access to accounts or expose passwords. Users who received unexpected reset emails were advised to ignore them, as no action is required.
Public attention intensified after cybersecurity alerts suggested that a large dataset allegedly connected to Instagram accounts had been released online. The data, which was reportedly shared without charge on several hacking forums, was claimed to have been collected through an unverified Instagram API vulnerability dating back to 2024.
The dataset is said to include information from over 17 million profiles. The exposed details reportedly vary by record and include usernames, internal account IDs, names, email addresses, phone numbers, and, in some cases, physical addresses. Analysis of the data shows that not all records contain complete personal details, with some entries listing only basic identifiers such as a username and account ID.
Researchers discussing the incident on social media platforms have suggested that the data may not be recent. Some claim it could originate from an older scraping incident, possibly dating back to 2022. However, no technical evidence has been publicly provided to support these claims. Meta has also stated that it has no record of Instagram API breaches occurring in either 2022 or 2024.
Instagram has previously dealt with scraping-related incidents. In one earlier case, a vulnerability allowed attackers to collect and sell personal information associated with millions of accounts. Due to this history, cybersecurity experts believe the newly surfaced dataset could be a collection of older information gathered from multiple sources over several years, rather than the result of a newly discovered vulnerability.
Attempts to verify the origin of the data have so far been unsuccessful. The individual responsible for releasing the dataset did not respond to requests seeking clarification on when or how the information was obtained.
At present, there is no confirmation that this situation represents a new breach of Instagram’s systems. No evidence has been provided to demonstrate that the data was extracted through a recently exploited flaw, and Meta maintains that there has been no unauthorized access to its infrastructure.
While passwords are not included in the leaked information, users are still urged to remain cautious. Such datasets are often used in phishing emails, scam messages, and social engineering attacks designed to trick individuals into revealing additional information.
Users who receive password reset emails or login codes they did not request should delete them and take no further action. Enabling two-factor authentication is fiercely recommended, as it provides an added layer of security against unauthorized access attempts.
Europol recently arrested 34 people in Spain who are alleged to have a role in a global criminal gang called Black Axe. The operation was conducted by Spanish National Police and Bavarian State Criminal Police Office and Europol.
Twenty eight individuals were arrested in Seville, three in Madrid and two in Malaga, and the last one in Barcelona. Among the 34 suspects, 10 individuals are from Nigeria.
“The action resulted in 34 arrests and significant disruptions to the group's activities. Black Axe is a highly structured, hierarchical group with its origins in Nigeria and a global presence in dozens of countries,” Europol said in a press release on its website.
Black Axe is infamous for its role in various cyber crimes like frauds, human trafficking, prostitution, drug trafficking, armed robbery, kidnapping, and malicious spiritual activities. The gang annually earns roughly billions of euros via these operations that have a massive impact.
Officials suspect that Black Axe is responsible for fraud worth over 5.94 million euros. During the operation, the investigating agencies froze 119352 euros in bank accounts and seized 66403 euros in cash during home searches.
Germany and Spain's cross-border cooperation includes the deployment of two German officers on the scene on the day of action, the exchange of intelligence, and the provision of analytical support to Spanish investigators.
The core group of the organized crime network, which recruits money mules in underprivileged communities with high unemployment rates, was the objective of the operation. The majority of these susceptible people are of Spanish nationality and are used to support the illegal activities of the network.
Europol provided a variety of services to help this operation, such as intelligence analysis, a data sprint in Madrid, and on-the-spot assistance. Mapping the organization's structure across nations, centralizing data, exchanging important intelligence packages, and assisting with coordinated national investigations have all been made possible by Europol.
In order to solve the problems caused by the group's scattered little cases, cross-border activities, and the blurring of crimes into "ordinary" local offenses, this strategy seeks to disrupt the group's operations and recover assets.
A critical security vulnerability has been identified in LangChain’s core library that could allow attackers to extract sensitive system data from artificial intelligence applications. The flaw, tracked as CVE-2025-68664, affects how the framework processes and reconstructs internal data, creating serious risks for organizations relying on AI-driven workflows.
LangChain is a widely adopted framework used to build applications powered by large language models, including chatbots, automation tools, and AI agents. Due to its extensive use across the AI ecosystem, security weaknesses within its core components can have widespread consequences.
The issue stems from how LangChain handles serialization and deserialization. These processes convert data into a transferable format and then rebuild it for use by the application. In this case, two core functions failed to properly safeguard user-controlled data that included a reserved internal marker used by LangChain to identify trusted objects. As a result, untrusted input could be mistakenly treated as legitimate system data.
This weakness becomes particularly dangerous when AI-generated outputs or manipulated prompts influence metadata fields used during logging, event streaming, or caching. When such data passes through repeated serialization and deserialization cycles, the system may unknowingly reconstruct malicious objects. This behavior falls under a known security category involving unsafe deserialization and has been rated critical, with a severity score of 9.3.
In practical terms, attackers could craft inputs that cause AI agents to leak environment variables, which often store highly sensitive information such as access tokens, API keys, and internal configuration secrets. In more advanced scenarios, specific approved components could be abused to transmit this data outward, including through unauthorized network requests. Certain templating features may further increase risk if invoked after unsafe deserialization, potentially opening paths toward code execution.
The vulnerability was discovered during security reviews focused on AI trust boundaries, where the researcher traced how untrusted data moved through internal processing paths. After responsible disclosure in early December 2025, the LangChain team acknowledged the issue and released security updates later that month.
The patched versions introduce stricter handling of internal object markers and disable automatic resolution of environment secrets by default, a feature that was previously enabled and contributed to the exposure risk. Developers are strongly advised to upgrade immediately and review related dependencies that interact with LangChain-core.
Security experts stress that AI outputs should always be treated as untrusted input. Organizations are urged to audit logging, streaming, and caching mechanisms, limit deserialization wherever possible, and avoid exposing secrets unless inputs are fully validated. A similar vulnerability identified in LangChain’s JavaScript ecosystem accentuates broader security challenges as AI frameworks become more interconnected.
As AI adoption accelerates, maintaining strict data boundaries and secure design practices is essential to protecting both systems and users from newly developing threats.
Trust Wallets in a post on X said, “We’ve identified a security incident affecting Trust Wallet Browser Extension version 2.68 only. Users with Browser Extension 2.68 should disable and upgrade to 2.69.”
CZ has assured that the company is investigating how threat actors were able to compromise the new version.
Mobile-only users and browser extension versions are not impacted. User funds are SAFE,” Zhao wrote in a post on X.
The compromise happened because of a flaw in a version of the Trust Wallet Google Chrome browser extension.
If you suffered the compromise of Browser Extension v2.68, follow these steps on Trust Wallet X site:
Please wait to open the Browser Extension until you have updated to Extension version 2.69. This helps safeguard the security of your wallet and avoids possible problems.
Social media users expressed their views. One said, “The problem has been going on for several hours,” while another user complained that the company ”must explain what happened and compensate all users affected. Otherwise reputation is tarnished.” A user also asked, “How did the vulnerability in version 2.68 get past testing, and what changes are being made to prevent similar issues?”