What's new arround internet
| Src | Date (GMT) | Titre | Description | Tags | Stories | Notes |
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2024-03-06 15:50:14 | La campagne de logiciels malveillants Linux cible les serveurs cloud mortels Linux Malware Campaign Targets Misconfigured Cloud Servers (lien direct) |
> Une nouvelle campagne de logiciels malveillants a été observée ciblant les instances d'apache Hadoop, Confluence, Docker et Redis. .
>A new malware campaign has been observed targeting misconfigured Apache Hadoop, Confluence, Docker, and Redis instances. |
Malware Cloud | ★★ | |
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2024-02-12 15:06:28 | Campagne de rachat de compte Cloud Azure en cours ciblant le personnel senior Ongoing Azure Cloud Account Takeover Campaign Targeting Senior Personnel (lien direct) |
> Une campagne de rachat actif du cloud a eu un impact sur des dizaines d'environnements Azure et compromis des centaines de comptes d'utilisateurs
>An active cloud account takeover campaign has impacted dozens of Azure environments and compromised hundreds of user accounts. |
Cloud | ★★★ | |
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2023-10-09 10:37:36 | Google étend le programme de primes de bug avec Chrome, Cloud CTF Events Google Expands Bug Bounty Program With Chrome, Cloud CTF Events (lien direct) |
> Google héberge Capture the Flag (CTF).
>Google is hosting capture the flag (CTF) events focused on Chrome\'s V8 engine and on Kernel-based Virtual Machine (KVM). |
Cloud | ★★ | |
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2023-09-28 11:00:00 | Sysdig lance un graphique d'attaque en temps réel pour les environnements cloud Sysdig Launches Realtime Attack Graph for Cloud Environments (lien direct) |
> Sysdig a amélioré son offre CNApp existante avec un graphique d'attaque cloud, une hiérarchisation des risques, une analyse du chemin d'attaque, un inventaire consultable et une numérisation complète sans agent.
>Sysdig enhanced its existing CNAPP offering with a cloud attack graph, risk prioritization, attack path analysis, a searchable inventory, and complete agentless scanning. |
Cloud | ★★ | |
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2023-08-24 10:22:08 | Le fournisseur d'hébergement CloudNordic perd toutes les données clients dans Ransomware Attack Hosting Provider CloudNordic Loses All Customer Data in Ransomware Attack (lien direct) |
> Le fournisseur d'hébergement de cloud danois CloudNordic affirme que la plupart des clients ont perdu toutes les données après que les ransomwares ont arrêté tous ses systèmes et serveurs.
>Danish cloud hosting provider CloudNordic says most customers lost all data after ransomware shut down all its systems and servers. |
Ransomware Cloud | ★★★ | |
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2023-08-14 13:52:34 | US Cyber Sécurité pour examiner les attaques de cloud US Cyber Safety Board to Review Cloud Attacks (lien direct) |
> Le CSRB du gouvernement américain \\ procédera à un examen de la sécurité du cloud pour fournir des recommandations sur l'amélioration de la gestion et de l'authentification de l'identité.
>The US government\'s CSRB will conduct a review of cloud security to provide recommendations on improving identity management and authentication. |
Cloud | ★★ | |
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2023-07-21 16:39:28 | Microsoft Cloud Hack a exposé plus qu'échange, e-mails Outlook Microsoft Cloud Hack Exposed More than Exchange, Outlook Emails (lien direct) |
> Le chercheur à la sécurité du cloud avertit que la clé de signature de Microsoft volée était plus puissante et non limitée à Outlook.com et échange en ligne.
>Cloud security researcher warns that stolen Microsoft signing key was more powerful and not limited to Outlook.com and Exchange Online. |
Hack Cloud | ★★★ | |
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2023-06-09 11:00:00 | L'attaque de ransomware SaaS a frappé SharePoint en ligne sans utiliser un point de terminaison compromis SaaS Ransomware Attack Hit Sharepoint Online Without Using a Compromised Endpoint (lien direct) |
Une attaque de ransomware SaaS contre SharePoint en ligne d'une entreprise a été effectuée sans utiliser de point de terminaison compromis.
A SaaS ransomware attack against a company\'s Sharepoint Online was done without using a compromised endpoint. |
Ransomware Cloud | ★★ | |
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2023-06-01 13:31:54 | Toyota révèle une nouvelle violation de données impliquant un véhicule, des informations sur les clients Toyota Discloses New Data Breach Involving Vehicle, Customer Information (lien direct) |
Toyota affirme que des configurations de nuages incorrectes exposées et des informations sur les clients au Japon et à l'étranger pendant des années.
Toyota says improper cloud configurations exposed vehicle and customer information in Japan and overseas for years. |
Data Breach Cloud | ★★★ | |
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2023-03-30 11:42:24 | La vulnérabilité du cloud Microsoft a conduit à un détournement de recherche Bing, à l'exposition des données Office 365 [Microsoft Cloud Vulnerability Led to Bing Search Hijacking, Exposure of Office 365 Data] (lien direct) | > Une erreur de configuration Azure Active Directory (AAD) menant à Bing.com a obtenu les chercheurs WIZ a gagné une récompense de prime de bogue de 40 000 $.
>An Azure Active Directory (AAD) misconfiguration leading to Bing.com compromise earned Wiz researchers a $40,000 bug bounty reward. |
Vulnerability Cloud | ★★★★ | |
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2023-02-27 20:40:16 | LastPass Says DevOps Engineer Home Computer Hacked (lien direct) | >LastPass DevOp engineer's home computer hacked and implanted with keylogging malware as part of a sustained cyberattack that exfiltrated corporate data from the cloud storage resources. | Malware Cloud | LastPass | ★ |
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2023-02-27 11:49:41 | QNAP Offering $20,000 Rewards via New Bug Bounty Program (lien direct) | >New QNAP Systems bug bounty program covers vulnerabilities in applications, cloud services, and operating systems. | Cloud | ★★★ | |
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2021-11-30 12:24:19 | North Korean Hackers Use New \'Chinotto\' Malware to Target Windows, Android Devices (lien direct) | Kaspersky has analyzed a new espionage campaign conducted by the threat actor named ScarCruft, and the security firm's researchers have uncovered a previously unknown malware that has been used to target Windows and Android devices. | Malware Threat Cloud | APT 37 | |
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2019-05-13 15:29:00 | North Korea-Linked \'ScarCruft\' Adds Bluetooth Harvester to Toolkit (lien direct) | A North Korea-linked threat group tracked as ScarCruft, APT37 and Group123 continues to evolve and expand its toolkit, Kaspersky Lab reported on Monday. | Threat Cloud | APT 37 | |
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2018-04-06 14:54:05 | Researchers Link New Android Backdoor to North Korean Hackers (lien direct) | The recently discovered KevDroid Android backdoor is tied to the North Korean hacking group APT37, Palo Alto Networks researchers say. | Cloud | APT 37 | |
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2018-04-06 12:08:04 | New Strain of ATM Jackpotting Malware Discovered (lien direct) | >A new type of ATM jackpotting malware has been discovered. Dubbed ATMJackpot, the malware appears to be still under development, and to have originated in Hong Kong. There are no current details of any deployment or use. ATMJackpot was discovered and analyzed by Netskope Threat Research Labs. It has a smaller footprint than earlier strains of jackpotting malware, but serves the same purpose: to steal money from automated teller machines (ATMs). ATM jackpotting -- also known as a logical attack -- is the use of malware to control cash dispensing from individual ATMs. The malware can be delivered locally to each ATM via a USB port, or remotely by compromising the ATM operator network. Jackpotting has become an increasing problem in recent years, originally and primarily in Europe and Asia. In 2017, Europol warned that ATM attacks were increasing. "The malware being used has evolved significantly and the scope and scale of the attacks have grown proportionately," said Steven Wilson, head of Europol's EC3 cybercrime center. The first attacks against ATMs in the U.S. were discovered in January 2018 following an alert issued by the Secret Service. In March 2018, the alleged leader of the Carbanak group was arrested in Spain. Carbanak is believed to have stolen around $1.24 million over the preceding years. Its method was to compromise the servers controlling ATM networks by spear-phishing bank employers, and then use foot soldiers (mules) to collect money dispensed from specific ATMs at specific times. It is not clear whether the ATMJackpot malware discovered by Netskope is intended to be manually installed via USB on individual ATMs, or downloaded from a compromised network. Physical installation on an ATM is not always difficult. In July 2017, IOActive described how its researchers could gain access to the Diebold Opteva ATM. It was achieved by inserting a metal rod through a speaker hole and raising a metal locking bar. From there they were able to reverse engineer software to get access to the money vault. Jackpotting malware is designed to avoid the need to physically break into the vault. It can be transferred via a USB port to the computer part of the ATM that controls the vault. Most ATMs use a version of Windows that is well understood by criminals. ATMJackpot malware first registers the windows class name 'Win' with a procedure for the malware activity. The malware then populates the options on the window and initiates a connection with the XFS manager. The XFS subsystem provides a common API to access and manipulate the ATM devices from different vendors. The malware then opens a session with the service providers and registers to monitor events. It opens a session with the cash dispenser, the card reader and the PIN pad servic | Guideline Cloud | APT 37 | |
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2018-04-05 16:59:01 | Financial Services DDoS Attacks Tied to Reaper Botnet (lien direct) | >Recorded Future's "Insikt" threat intelligence research group has linked the Mirai variant IoTroop (aka Reaper) botnet with attacks on the Netherlands financial sector in January 2018. The existence of IoTroop was first noted by Check Point in October 2017. At that point the botnet had not been used to deliver any known DDoS attacks, and its size was disputed. What was clear, however, was its potential for growth. In January 2018, the financial services sector in the Netherlands was hit by a number of DDoS attacks. Targets included ABN Amro, Rabobank and Ing; but at that time the source of the attack was unknown. Insikt researchers now report that at least one these financial services attacks -- and possibly more -- was the first known use of IoTroop to deliver a DDoS attack. "IoTroop is a powerful internet of things (IoT) botnet," reports Insikt, "primarily comprised of compromised home routers, TVs, DVRs, and IP cameras exploiting vulnerabilities in products from major vendors including MikroTik, Ubiquity and GoAhead." The attack itself was not excessively high by modern standards. "The initial attack was a DNS amplification attack with traffic volumes peaking at 30Gb/s," reports Insikt -- far short of the 1.7Tb/s attack that occurred in February. If the IoTroop assumption is correct, it is clear the botnet has evolved extensively since its discovery last year. Fortinet's SVP products and solutions reported last month, "the Reaper [IoTroop] exploit was built using a flexible Lua engine and scripts, which means that instead of being limited to the static, pre-programmed attacks of previous exploits, its code can be easily updated on the fly, allowing massive, in-place botnets to run new and more malicious attacks as soon as they become available." Insikt reports that the malware can use at least a dozen vulnerabilities and can be updated by the attackers as new vulnerabilities are exposed. "Our analysis," it says, "shows the botnet involved in the first company attack was 80% comprised of compromised MikroTik routers with the remaining 20% composed of various IoT devices ranging from vulnerable Apache and IIS web servers to routers from Ubiquity, Cisco and ZyXEL. We also discovered Webcams, TVs and DVRs among the 20% of IoT devices, which included products from major vendors such as MikroTik, GoAhead, Ubiquity, Linksys, TP-Link and Dahua." This list adds new devices now vulnerable to IoTroop in addition to those noted in the original October 2017 research -- which suggests, says Insikt, "a widespread and rapidly evolving botnet that appears to be leveraging publicly disclosed vulnerabilities in many IoT devices." | Cloud | APT 37 | |
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2018-04-03 18:30:03 | New KevDroid Android Backdoor Discovered (lien direct) | >Security researchers have discovered a new Android Remote Access Trojan (RAT) that can steal a great deal of information from infected devices. Dubbed KevDroid, the mobile threat can steal contacts, messages, and phone history, while also able to record phone calls, Talos reports. Two variants of the malware have been identified so far. One of the variants exploits CVE-2015-3636 to gain root access, but both implement the same call recording capabilities, taken from an open-source project on GitHub. Once it has infected a device, the first KevDroid variant can gather and siphon information such as installed applications, phone number, phone unique ID, location, stored contacts information, stored SMS, call logs, stored emails, and photos. | Guideline Cloud | APT 37 | |
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2018-03-21 11:29:00 | (Déjà vu) 5 Fun Facts About the 2018 Singapore Cybersecurity Statute (lien direct) | An orchard of cybersecurity law is growing in Asia. Now based in Singapore, your intrepid reporter is bumping into these cyber laws not as a participant (yet) but as an interested observer. Like the data-protection laws recently passed throughout the region, these cybersecurity regulations have a lot in common with each other. Singaporeans are known for their discipline, so you can expect that their cybersecurity law will be among the best in the region. Let your intrepid reporter summarize the statute, and also highlight 5 fun facts found within it. The Singapore Cybersecurity Statute On January 8, 2018, the Singapore government published Bill No. 2/2018, referred to as “the Cybersecurity Bill.” Local infosec professionals consider it, overall, a good bill, covering exactly the topics one would expect to see from the Singaporean government. After a first draft, lively debate ensued during the public commentary period, and the government folded the best suggestions into its final bill. The administration of the statute will be completed by a Cybersecurity Commissioner. This person will define many of the finer points of policy, which have been purposely left out of the framework. The bill comprises three main themes: 1. Critical Infrastructure. The Cybersecurity Bill defines the criteria by which the commissioner should identify critical infrastructure (sections 7–9). These include 11 groupings of “essential services,” including aviation, banking, and healthcare. Fun Fact #1: The Philippine government is working on a similar project, called the “National Cybersecurity Plan 2022”, and word is that they copied the groupings, in order, from the Singaporean version. Nothing wrong with that, though. The local cybersecurity community applauds the Singapore bill's requirements for bi-annual audits and regular penetration tests. That's just good policy, so it might as well be a law; after all, this is Singapore. 2. Incident Response. Sections 19–23 define the powers the commissioner has to investigate, prevent, and respond to cybersecurity incidents. Fun Fact #2: Of interest is that the bill allows the designation of temporary technical experts, who will be issued cards identifying themselves as such. Your reporter personally finds this pretty cool, and would be tickled to be a card-carrying Singaporean crime fighter (temporarily) someday. He imagines himself holding up a badge and saying, with authority, “Everyone calm down, I'm here to help.” 3. Cybersecurity Service Providers. Sections 24–35 describe the governance of so-called cybersecurity service providers-penetration testers and security operations centers (SOCs). Perhaps the most significant aspect of the bill is Fun Fact #3: Provid | Cloud | APT 37 | |
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2018-03-14 15:56:03 | Combatting the Transformation of Cybercrime (lien direct) | The volume of cyberattacks is growing at an unprecedented rate, increasing as much as nearly 80% for some organizations during the final quarter of 2017. One reason for this acceleration in the attack cycle is that in order for malware to succeed today it needs to spread further and faster than even before. This allows cybercriminals to stay a step ahead of new efforts by vendors to improve their delivery of updated signatures and patches. But it's not just about volume. These attacks are also increasingly sophisticated, often spanning across malware families and using advanced techniques to simultaneously target multiple attack vectors. This enhanced focus on innovation, combined with the increased speed and volume at which new threat variants are being released into the wild, is successfully catching far too many organizations unprepared. To keep your organization ahead of the threat curve, here are five recent trends you should be aware of: Cryptojacking Cryptojacking is an important new trend among cybercriminals. The latest iteration involves injecting malicious JavaScript into vulnerable websites, or delivering it via phishing campaigns. Simply browsing an infected site can enable attackers to hijack CPU cycles to perform cryptomining on behalf of a cybercriminal. While such attacks initially hijacked all available CPU, causing machines to become virtually unusable, new, more sophisticated attacks, now monitor device CPU and rate limit the amount of processing power they leverage, often using 50% or less of available processing power at any given moment in order to evade detection. Cryptojacking can result in everything from annoying side effects such browser hang-ups and system crashes, to degraded network performance, sophisticated data theft, and increasingly, even the delivery of ransomware. IoT Botnets IoT-based botnets also continue to dominate the threat landscape. But unlike the first generation of IoT attacks, which focused on exploiting a single vulnerability, new IoT botnets such as Reaper and Hajime simultaneously target multiple vulnerabilities, making them much harder to combat. Even worse, because many IoT manufacturers don't have a PSIRT team in place, many of these attacks target known IoT vulnerabilities for which no CVE has been named, which means there is little opportunity to even report vulnerabilities when they are discovered, let alone prepare for them. To complicate things further, the Reaper exploit was built using a flexible Lua engine and scripts, which means that instead of being limited to the static, pre-programmed attacks of previous exploits, its code can be easily updated on the fly, allowing massive, in-place botnets to run new and more malicious attacks as soon as they become available. Ransomware | Cloud | APT 37 | |
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2018-02-21 15:20:05 | North Korea Cyber Threat \'More Aggressive Than China\': US Firm (lien direct) | North Korean hackers are becoming more aggressive than their Chinese counterparts, a leading US cybersecurity firm warned Tuesday, as it identified a Pyongyang-linked group as an "advanced persistent threat". | Guideline Cloud | APT 37 | |
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2017-12-13 17:37:49 | Threat Modeling the Internet of Things: Modeling Reaper (lien direct) | What a timely way to end this series on Threat Modeling the Internet of Things (IoT). An advanced thingbot, nicknamed Reaper (or IoTroop), was recently discovered infecting hordes of IoT devices. Reaper ups the ante for IoT security. | Cloud | APT 37 | |
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2017-10-30 12:55:31 | Researchers Downplay Size of Reaper IoT Botnet (lien direct) | The Mirai-like "Reaper" botnet that began infecting Internet of Things (IoT) devices in late September has only ensnared up to 20,000 bots so far, according to estimates from Arbor Networks. | Cloud | APT 37 |
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