Daily Drop (730): AT&T Outage, Apple's PQ3 Protocol, Yakuza: Uranium and Weapons-Grade Plutonium, APT attack Impacting US Pharmacies, Avast Selling User Data, SugarLocker, Meta: ASIC Engineers
02-23-24
Friday, Feb 23 2024 // (IG): BB // ShadowNews // Coffee for Bob // Proxies
*Started adding the Proof Of Concepts (PoC) if available for mentioned CVE’s :
A Proof of Concept (PoC) is a small exercise to test a certain hypothesis or demonstrate that a potential project can be viable. It's primarily used to verify that certain concepts or theories have the potential for real-world application. The purpose of a PoC is to showcase the feasibility, functionality, and potential of a concept before proceeding to the development of the full-scale project. *
Cybersecurity Concerns Amid AT&T Outage Following MSS Leak Retaliation Speculations
Bottom Line Up Front (BLUF): The AT&T outage, initially attributed to a software update error, is now under scrutiny for potential cyberattack links following the recent MSS leak on GitHub. With over 70,000 users affected on February 22nd, 2024, the situation has escalated into a national security concern, intertwining with geopolitical tensions.
Analyst Comments: This development brings to light the intricate and often vulnerable intersections between national security, cyber warfare, and corporate IT infrastructure. The timing of the AT&T outage coinciding with the aftermath of the MSS leak suggests a possible retaliatory cyber strike. While federal agencies like the FBI, DHS, and CISA initially found no evidence of malicious activity, the evolving geopolitical landscape warrants a reevaluation of this stance. The incident serves as a potent reminder of the cyber vulnerabilities that major corporations face, especially in times of international tensions. It underscores the need for heightened cybersecurity measures and real-time monitoring to swiftly identify and mitigate such threats.
FROM THE MEDIA: Following the MSS leak on GitHub, the nationwide AT&T outage, initially believed to be caused by a software update error, is now being re-examined for potential cyberattack connections. The outage disrupted essential communication services, impacting thousands across the United States. In light of recent international cyber incidents, the coincidence of the outage with the MSS leak has raised alarms about possible digital retaliation. Federal agencies, initially ruling out cyberattacks, are now revisiting the incident with a broader scope, considering the geopolitical implications. AT&T, while restoring services and apologizing for the disruption, faces increased scrutiny over its network's security and preparedness against sophisticated cyber threats. This event marks a pivotal moment in understanding the ramifications of cyber warfare in the corporate sphere, especially against the backdrop of international espionage and digital retaliation.
READ THE STORY: Fox News // DataConomy // Forbes // Star Advertiser
Apple's PQ3 Protocol Sets New Security Benchmark in Messaging, Braces for Quantum Computing Era
Bottom Line Up Front (BLUF): Apple has unveiled PQ3, a groundbreaking post-quantum cryptographic (PQC) protocol for its iMessage service, marking a significant advancement in secure messaging. Designed to protect against both current and future quantum computing threats, PQ3 achieves what is referred to as Level 3 security, surpassing all other widely deployed messaging applications in terms of cryptographic protection.
Analyst Comments: The introduction of PQ3 by Apple is a pivotal moment in the field of secure digital communication. In an era where quantum computing is on the horizon, the vulnerability of existing cryptographic standards like RSA and ECC to quantum attacks becomes a pressing concern. Apple's PQ3 addresses this by incorporating both traditional elliptic curve algorithms and new post-quantum algorithms, ensuring robust protection against both conventional and quantum computing threats. This dual approach not only sets a new standard in messaging security but also emphasizes the importance of forward-thinking in cybersecurity. The move by Apple could catalyze similar developments across the industry, as other players may seek to match or exceed the Level 3 security standard now established.
FROM THE MEDIA: Apple's recent announcement of the PQ3 protocol signifies a major leap in securing iMessage against quantum computing threats. PQ3 operates by combining Kyber post-quantum public keys with existing Elliptic Curve algorithms, offering a hybrid approach that significantly enhances security. This protocol ensures that all parts of the messaging process, from the initial key exchange to ongoing communication, are protected against future quantum attacks. The emergence of quantum computing poses a real threat to current cryptographic methods, with the potential to break them in fundamentally new ways. Apple's PQ3 protocol is a proactive measure against this future threat, ensuring that iMessage remains secure against both contemporary and emerging challenges. The protocol's introduction follows Apple's tradition of continuously enhancing iMessage's security, which began with end-to-end encryption in 2011 and included a major update to Elliptic Curve Cryptography in 2019.
READ THE STORY: The Quantum Insider // Security Apple // Wired
Takeshi Ebisawa Allegedly Trafficked Uranium and Weapons-Grade Plutonium from Myanmar
Bottom Line Up Front (BLUF): U.S. authorities have charged Japanese Yakuza boss Takeshi Ebisawa with trafficking nuclear materials, including uranium and weapons-grade plutonium, from Myanmar to other countries. This serious accusation follows his previous charges in April 2022 for narcotics trafficking and firearms offenses.
Analyst Comments: This case represents a significant escalation in the criminal activities traditionally associated with the Yakuza, indicating a potential shift towards more globally destabilizing crimes. The involvement of nuclear materials in organized crime raises grave concerns about international security and the proliferation of weapons of mass destruction. The cooperation between U.S. and Thai authorities in this investigation highlights the growing need for international collaboration in combating transnational organized crime, especially when it involves materials that could threaten global security.
FROM THE MEDIA: Ebisawa was initially charged with narcotics trafficking and firearms offenses but is now facing additional charges for conspiring to traffic nuclear materials from Myanmar. The Department of Justice (DoJ) has revealed that Ebisawa intended to sell these materials, including uranium and weapons-grade plutonium, to fund the purchase of military-grade weapons for an insurgent group in Myanmar. The case unfolded as Ebisawa and his associates were caught showing samples of nuclear materials to an undercover Drug Enforcement Administration (DEA) agent in Thailand, who posed as a narcotics and weapons trafficker. These samples were later confirmed by a U.S. nuclear forensic laboratory to contain uranium, thorium, and weapons-grade plutonium. This incident underscores the growing challenges faced by law enforcement agencies worldwide in curbing the proliferation of nuclear materials and their potential use in weapons of mass destruction. The involvement of a Yakuza leader in such activities is particularly alarming, demonstrating the syndicate's reach and capabilities beyond traditional organized crime activities.
READ THE STORY: The Register // Time // DoJ // The Hill
Suspected Nation-State Hackers Target UnitedHealth's Technology Unit, Impacting US Pharmacies
Bottom Line Up Front (BLUF): A cyberattack on Change Healthcare, a subsidiary of UnitedHealth's Optum Solutions and part of the UnitedHealth Group, by suspected nation-state hackers has caused significant delays in pharmacy transactions across the United States.
Analyst Comments: This incident is indicative of the growing sophistication and scale of cyberattacks targeting critical healthcare infrastructure. The attribution to a nation-state actor suggests a high level of complexity and potential geopolitical motivations behind the breach. The impact on Change Healthcare, a key node in the U.S. healthcare system responsible for a significant volume of healthcare transactions, underscores the vulnerability of the sector to digital threats. This situation highlights the critical need for enhanced cybersecurity measures in the healthcare industry, especially in companies involved in data management and processing.
FROM THE MEDIA: Change Healthcare, which is part of Optum Solutions under UnitedHealth Group, experienced disruptions starting February 20, 2024, due to a cyber incident. United HealthCare's disclosure of the event revealed that Change Healthcare's systems were breached by a suspected nation-state actor. This breach has not only caused pharmacy transaction delays but also raised concerns about the potential exposure of sensitive patient data. Given the extent of Change Healthcare's operations, managing about 15 billion healthcare transactions annually, the impact of this outage is significant. Pharmacies across the country, including major chains like CVS Health and Walgreens, have reported difficulties in processing insurance claims and refilling prescriptions, leading to nationwide delays. The healthcare sector's reliance on third-party data processors like Change Healthcare, particularly for sensitive operations such as patient billing and clinical services, makes it a prime target for cybercriminals. This incident serves as a reminder of the sector's vulnerability and the importance of robust cybersecurity measures to protect patient data and healthcare operations.
READ THE STORY: Reuters // DarkREADING // TC
Avast Fined $16.5 Million by FTC for Selling User Browsing Data
Bottom Line Up Front (BLUF): The Federal Trade Commission (FTC) has fined Avast Limited $16.5 million over allegations that the company, along with its subsidiaries, sold extensive user browsing data to third parties. The FTC's complaint alleges that Avast's actions violated consumer privacy and misled users about the company's data protection practices.
Analyst Comments: This case underscores the growing concerns around consumer data privacy and the responsibilities of cybersecurity firms. Avast's actions represent a significant breach of trust, especially given its role as a protector against online threats. This incident highlights the need for greater transparency and ethical practices in handling user data, particularly by companies entrusted with safeguarding digital privacy. The FTC's intervention and the substantial fine imposed on Avast reflect the seriousness with which such privacy violations are now being treated.
FROM THE MEDIA: According to the FTC's complaint, Avast, through its Czech subsidiary, collected and sold user browsing data from 2014-2020 without adequate notice and consent from consumers. The data was sold to over a hundred third parties, including consulting firms, advertising companies, and data brokers. This was done while Avast claimed to offer privacy protection by blocking third-party tracking. The data sold by Avast was highly detailed and re-identifiable, including information on each web page visited, timestamps, types of devices and browsers used, and location data. The FTC's complaint noted that Avast's algorithm for de-identifying data was inadequate, making it possible to reidentify specific consumers. Avast's actions were particularly egregious as the company marketed its products as privacy-protecting solutions. For instance, Avast encouraged users to "reclaim your browser" and "shield your privacy," while, in reality, the company profited from selling users' detailed browsing data.
READ THE STORY: LAW360 // CNN // Complaint
SugarLocker Ransomware Group Dismantled by Russian Authorities
Bottom Line Up Front (BLUF): Russian authorities, in collaboration with cybersecurity experts from F.A.C.C.T., have successfully dismantled the SugarLocker ransomware group, arresting key members including Aleksandr Ermakov. The group, known for its global cyberattacks, including the targeting of Australia's Medibank, operated under the facade of a legitimate IT company.
Analyst Comments: The arrest of SugarLocker members, especially Ermakov, marks a significant development in the fight against ransomware. The swift action by Russian law enforcement and F.A.C.C.T. underscores the increasing effectiveness of international cooperation in cybersecurity. The operation reveals the hidden dangers of ransomware-as-a-service (RaaS) models and highlights the importance of vigilance against such evolving cyber threats. The case also brings attention to the challenges of identifying and apprehending cybercriminals who often operate under legitimate business guises.
FROM THE MEDIA: Russian authorities, aided by cybersecurity group FACCT, have arrested Aleksandr Ermakov for his involvement in the SugarLocker ransomware attacks. These attacks have affected organizations globally, including a major breach at Australia’s Medibank. The arrest followed the discovery of crucial evidence, including a web server configuration error that exposed the identities of SugarLocker members. The group, known for its sophisticated ransomware operations, operated under the guise of a legitimate IT company and used a Ransomware-as-a-Service model to recruit partners for its criminal activities. This model included profit-sharing arrangements to entice individuals into their operations. SugarLocker's approach involved exploiting network vulnerabilities and avoiding targets in the Commonwealth of Independent States, except for the Baltic States and Poland. The group's downfall was accelerated by the hosting of their infrastructure on Russian servers, which, due to a configuration error, exposed their operations.
READ THE STORY: FACCT // The Cyber Express // The Record
Meta Expands Search for ASIC Engineers for Datacenter Projects
Bottom Line Up Front (BLUF): Meta is actively seeking ASIC engineers to develop accelerators and system-on-chips (SoCs) for machine learning applications within its datacenters. Despite offering competitive salaries, the company is facing challenges in recruiting the required talent, particularly in Bangalore, India, and Sunnyvale, California.
Analyst Comments: Meta's intensified recruitment efforts for ASIC engineers underscore the tech giant's commitment to advancing its datacenter capabilities, especially in the realm of machine learning and artificial intelligence. This move aligns with the broader industry trend of tech companies developing in-house chip capabilities to reduce reliance on external suppliers like Nvidia. The challenge in recruiting skilled engineers highlights the competitive nature of the semiconductor industry and the global demand for specialized talent in ASIC design and machine learning applications. Meta's focus on Bangalore and Sunnyvale also reflects the strategic importance of these regions as tech hubs with a deep pool of engineering talent.
FROM THE MEDIA: Meta, parent company of Facebook, Instagram, and WhatsApp, is actively recruiting ASIC engineers in Bangalore and Sunnyvale for designing accelerators and SoCs for machine learning tasks in its datacenters. Despite high salaries, Meta is finding it difficult to attract the necessary talent. The roles encompass architecture, design, verification, and testing of ASICs for datacenter applications, with specific focus on machine learning solutions. This recruitment drive is part of Meta's broader strategy to develop in-house AI-focused custom chips, known as the Meta Training and Inference Accelerator. These chips are expected to enhance Meta's datacenter capabilities and reduce reliance on external suppliers. The initiative reflects Meta's ongoing efforts in AI and machine learning, as well as India's ambition to become a significant player in the global semiconductor industry.
READ THE STORY: The Register // DCD
Microsoft Unveils PyRIT: A Red Teaming Tool for Generative AI Systems
Bottom Line Up Front (BLUF): Microsoft has released PyRIT (Python Risk Identification Tool), an open access automation framework designed for red teaming generative AI systems. This tool aims to proactively identify and assess risks in various aspects of generative AI, including security, privacy, and AI ethics, thereby enabling organizations to innovate responsibly with AI technology.
Analyst Comments: Microsoft's introduction of PyRIT reflects an increasing awareness and response to the unique challenges posed by generative AI systems. Traditional red teaming methods, primarily focused on identifying security failures, are insufficient for these advanced AI systems which require simultaneous probing of both security and responsible AI risks. PyRIT's design to automate routine tasks and highlight potential risk areas is a significant step toward efficient and comprehensive risk assessment in AI systems. The tool's ability to adapt to different AI models and generate empirical data for assessing performance against various harm categories shows Microsoft's commitment to responsible AI development. This release is also indicative of a broader industry trend towards developing specialized tools for ensuring AI safety and ethics.
FROM THE MEDIA: Microsoft's PyRIT is an automation framework intended for red teaming of generative AI systems. It allows for assessment against various harm categories such as fabrication, misuse, and prohibited content, and is capable of identifying security and privacy risks. PyRIT features five interfaces: target, datasets, scoring engine, multiple attack strategies, and memory component for storing interactions. This tool is not a replacement for manual red teaming but rather a complement to enhance the efficiency and scope of risk assessment in AI systems. PyRIT's development comes amid growing concerns about the security and ethical implications of generative AI, highlighting the need for robust tools to manage these risks effectively.
READ THE STORY: Microsoft // THN
U.S. Government Enhances Response to Ransomware with Joint Ransomware Task Force (JRTF)
Bottom Line Up Front (BLUF): The U.S. government has established the Joint Ransomware Task Force (JRTF), an interagency body focused on combating the escalating threat of ransomware attacks. This initiative, co-chaired by the Cybersecurity & Infrastructure Security Agency (CISA) and the FBI, aims to unify efforts across federal, state, local, tribal, territorial, and private sector partners to effectively address and mitigate ransomware threats.
Analyst Comments: The creation of the JRTF represents a significant advancement in the U.S. government's approach to cyber threats, particularly ransomware. By centralizing coordination and leveraging the diverse capabilities and authorities of various agencies, the JRTF is well-positioned to tackle the multifaceted nature of ransomware attacks. This effort underscores the government's recognition of ransomware not only as a cybersecurity issue but also as a national security and public safety concern. The task force's emphasis on international cooperation and comprehensive strategy—ranging from mitigation and protection to disruption and countermeasures—indicates a holistic approach to cybersecurity, essential in the current digital landscape.
FROM THE MEDIA: The JRTF focuses on coordinating and synchronizing efforts to counter ransomware across multiple levels of government and the private sector. Its activities include developing best practices, conducting joint investigations, providing guidance to victimized organizations, disrupting ransomware actors, and analyzing ransomware trends. In 2023, JRTF has made strides in standardizing engagement with ransomware victims, collecting data to understand ransomware impacts better, expanding operational collaboration, and compiling lessons from recent incidents. The task force's External Partners Working Group plays a crucial role in operational collaboration with the cybersecurity community, including private sector companies, critical infrastructure sectors, and international partners. The JRTF's comprehensive and collaborative approach aims to significantly reduce the prevalence of ransomware events affecting American organizations.
READ THE STORY: The Record // CISA
Varta AG's Production Halted Due to Cyberattack
Bottom Line Up Front (BLUF): German battery manufacturer Varta AG continues to face a production shutdown at all its five global facilities due to a cyberattack that occurred on February 12, 2024. The company is working with a task force and forensic experts to resolve the issue, but there is no clear timeline for when full operations will resume.
Analyst Comments: This incident at Varta AG highlights the increasing vulnerability of manufacturing industries to cyber threats, which can have significant operational and financial impacts. The fact that an organized group of hackers was able to penetrate Varta's high-security IT systems demonstrates the sophistication and persistence of modern cybercriminals. The attack's impact on Varta's restructuring process and its warning about lost emails indicate broader implications for corporate governance, customer relations, and overall industry resilience. Such incidents underscore the need for enhanced cybersecurity measures and preparedness strategies in the manufacturing sector, especially for companies involved in critical supply chains.
FROM THE MEDIA: Varta AG, a manufacturer of various batteries and storage products, experienced a significant cyberattack, leading to the shutdown of its IT systems and halting production at its plants in Germany, Romania, and Indonesia. The company is working with experts to restore operations, with part of the plants expected to resume next week. However, non-IT-dependent processes continue, preparing for a swift return to production once the systems are back online. The attack's details remain under investigation, with authorities and police formally involved. The company is currently assessing the extent of the damage and the coverage provided by insurance.
READ THE STORY: VARTA // The Record
Global Semiconductor Manufacturing: A High-Stakes Geopolitical Race
Bottom Line Up Front (BLUF): Semiconductor manufacturing, a critical and complex industry, has become a focal point of global geopolitical competition, with the U.S., China, Europe, and Japan investing heavily in developing and securing their chip production capabilities. This race is driven by the chips' crucial role in various technologies, from AI to electric vehicles, and the strategic need to reduce reliance on a few key manufacturers and regions, particularly in East Asia.
Analyst Comments: The geopolitical dynamics surrounding semiconductor manufacturing underscore the strategic importance of these technologies in national security and economic competitiveness. The U.S. and China are at the forefront of this competition, with the U.S. implementing export controls to limit China's access to advanced semiconductor technology. Europe and Japan are also investing significantly to bolster their domestic production capabilities. This global race highlights the intersection of technology and geopolitics, where semiconductor supply chains are not just economic assets but also strategic tools in international relations. The concentration of advanced chip manufacturing in a few companies and regions, especially Taiwan, adds to the complexity, making the industry a key area of focus in global tech policy and national security strategies.
FROM THE MEDIA: The semiconductor industry, central to modern technologies, has become a battleground for economic and geopolitical dominance. The U.S. has imposed export controls on China to limit its technological advancements, particularly in supercomputers and AI, while investing domestically to revive its semiconductor industry. China, facing restrictions, is pushing to develop its chipmaking capabilities. Europe and Japan are also taking significant steps to increase their semiconductor output, aiming to reduce reliance on East Asian manufacturing hubs. Taiwan, home to TSMC, the world's largest semiconductor foundry, plays a critical role in this global competition, with its geopolitical status adding another layer of complexity. The race for semiconductor supremacy reflects the strategic importance of these technologies in shaping the global economic and security landscape.
READ THE STORY: Bloomberg
U.S. Lawmakers Urge Volkswagen to Exit Xinjiang Operations Amid Forced Labor Concern
Bottom Line Up Front (BLUF): U.S. lawmakers have called on Volkswagen to cease its operations in Xinjiang, China, following the detention of thousands of Volkswagen vehicles at U.S. ports. These vehicles reportedly contained electronic components made in China, suspected to be produced using forced labor. This situation heightens the scrutiny on multinational corporations operating in regions with alleged human rights abuses.
Analyst Comments: The request from U.S. lawmakers for Volkswagen to halt its operations in Xinjiang represents a significant development in the ongoing discourse around human rights and global supply chains. This development underlines the increasing geopolitical and ethical challenges faced by multinational corporations operating in contentious regions. It reflects a growing trend where human rights considerations are impacting global trade and corporate decision-making processes. The involvement of high-profile brands like Porsche, Bentley, and Audi, as mentioned in the Reuters report, indicates the broad impact of such geopolitical concerns on the automotive industry. This situation also highlights the critical role of supply chain transparency and corporate responsibility in addressing human rights issues in global business operations.
FROM THE MEDIA: Volkswagen, facing pressure from U.S. lawmakers, is urged to stop its operations in Xinjiang after a cyberattack resulted in the detention of thousands of its vehicles at U.S. ports. These vehicles reportedly contained parts made with forced labor from China. The incident has sparked concerns over human rights violations and forced labor in supply chains, prompting a call for immediate cessation of Volkswagen's operations in the region. The company is in discussions with its joint venture partner in China over its presence in Xinjiang, amid reports of forced labor in the construction of a test track operated by a subsidiary of the SAIC and VW joint venture. Volkswagen has acknowledged the seriousness of the allegations and stated that any confirmed violation of human rights would lead to the termination of supplier relationships. This situation underscores the increasing scrutiny on companies operating in regions with reported human rights abuses.
READ THE STORY: Automotive News // THN
Dormant PyPI Package Compromised to Distribute NovaSentinel Stealer Malware
Bottom Line Up Front (BLUF): A dormant Python Package Index (PyPI) package, django-log-tracker, was recently updated with malicious content, deploying NovaSentinel stealer malware. This incident signifies a potential supply chain attack via a compromised PyPI account, highlighting the ongoing risks within software supply chains and the importance of vigilance in open-source ecosystems.
Analyst Comments: The compromise of the django-log-tracker package on PyPI and its use to distribute NovaSentinel stealer malware is a concerning development in software supply chain security. The attack's simplicity and effectiveness underscore the vulnerabilities inherent in open-source ecosystems. The attackers' method of leaving minimal content in the package and using straightforward code to download and execute a malicious executable reveals a trend towards more direct and unambiguous approaches in cyberattacks. The nature of this attack, exploiting a dormant package, suggests that attackers are continually seeking new methods to infiltrate software supply chains, emphasizing the need for continuous monitoring and verification of dependencies in software development.
FROM THE MEDIA: The django-log-tracker package on PyPI was updated with malicious code after nearly two years of dormancy, raising suspicions of a compromised developer account. The update included a simple script to download and execute a malicious executable from a remote server. Analysis of the executable revealed it to be a NovaSentinel stealer malware, aiming to steal a wide range of information and persist in various applications. The malware's configuration included a clipboard hijacker and wallet addresses, which should be treated as indicators of compromise.
READ THE STORY: THN // Phylum // PePy
Items of interest
Increasing Security Risks in Python Package Index (PyPI) - Malicious Packages Detected
Bottom Line Up Front (BLUF): The Python Package Index (PyPI) has witnessed a significant influx of malicious packages, posing severe security risks. These packages, often resembling legitimate ones, deliver harmful payloads like backdoors, stealers, and clipboard monitors. Over 10,000 downloads of such packages have been recorded, highlighting the urgent need for heightened vigilance and thorough vetting of code in the Python development community.
Analyst Comments: The recent discovery of malicious packages in PyPI represents a growing trend in supply chain attacks targeting open-source repositories. The use of social engineering, rather than just typosquatting, indicates a sophisticated approach by attackers to trick developers into downloading these packages. The varied techniques used to bundle malicious code into Python packages, from obfuscated modules to misleading metadata, demonstrate the attackers' adaptability and the need for developers to be acutely aware of potential threats. The Python community must prioritize secure coding practices and implement robust security checks to mitigate these risks. Awareness and education on recognizing and avoiding such threats are crucial for safeguarding the integrity of software supply chains.
FROM THE MEDIA: ESET Research identified 116 malicious packages in PyPI, with over 10,000 downloads recorded. These packages targeted both Windows and Linux systems, deploying backdoors, W4SP Stealer, and clipboard monitors to steal cryptocurrency. The discovery underscores the vulnerability of open-source repositories to supply chain attacks, emphasizing the need for developers to exercise caution when installing code from public software repositories. The continuous abuse of PyPI by cyber attackers suggests an ongoing threat, necessitating a proactive approach to software security in the Python programming community.
READ THE STORY: Python // Medium // THN // Phylum
35K+ Lines Of Malware In Github (Video)
FROM THE MEDIA: The XSS Rat is the online persona of Wesley Thijs, an experienced ethical hacker and CEO/Founder of The XSS Rat company based in the Flemish Region, Belgium.
GitHub Scripts and Viruses (Video)
FROM THE MEDIA: here has been a recent Github script called "Windows Toolbox" that installs malware under the pretense of Google Play Store. Let's go over what this is and how to prevent it.
These open-source products are reviewed by analysts at InfoDom Securities, providing possible context about current media trends related to the realm of cyber security. The stories selected cover a broad array of cyber threats and are intended to aid readers in framing key publicly discussed threats and overall situational awareness. InfoDom Securities does not endorse any third-party claims made in their original material or related links on their sites; the opinions expressed by third parties are theirs alone. For further questions, please contact InfoDom Securities at dominanceinformation@gmail.com.