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In a world where internet censorship and digital restrictions are increasingly prevalent, Paskoocheh emerges as a beacon of hope for Iranians seeking online freedom. This innovative platform, whose name means “alleyway” in Persian, serves as a vital marketplace for circumvention and privacy tools, enabling users to bypass censorship and communicate securely[1].

A One-Stop Shop for Digital Empowerment

Paskoocheh offers a comprehensive suite of services designed to meet the diverse needs of its users:

• An App Store for easy access to essential tools
• An Android App for mobile users
• Email and Telegram bots for convenient interaction
• Tool localization to ensure accessibility
• User support helpdesk for troubleshooting
• UX/UI improvements for a seamless experience
• Privacy and digital security resources
• Internet shutdown solutions to maintain connectivity[1]

Bridging the Gap Between Users and Developers

Since its launch in 2016, Paskoocheh has made significant strides in connecting Iranians with the tools they need:

• Facilitated over 7 million tool downloads
• Reached millions of users
• Collaborated with dozens of tool developers
• Built a dedicated community for tool localization and testing[1]

By fostering this relationship between users and developers, Paskoocheh ensures that tools are constantly evolving to meet the challenges posed by information controls and internet shutdowns.

Overcoming Digital Barriers

Iranians face substantial obstacles in accessing the free internet, including:

• Active blocking of websites and apps by authorities
• Over-compliance with tech sanctions, limiting tool availability
• Increased frequency of internet shutdowns
• Development of Iran's National Information Network[1]

Paskoocheh addresses these challenges by providing a safe alternative for accessing and downloading a wide array of apps, while also supporting developers in localizing their tools for the Iranian market.

Looking Ahead

As digital restrictions continue to evolve, so does Paskoocheh. The platform remains committed to providing resources and tools that help Iranians stay safe and connected, even in the face of increasing challenges to internet freedom.

Paskoocheh stands as a testament to the power of innovation and collaboration in the fight for digital rights, offering a lifeline to those seeking to express themselves freely in the digital realm.

Citations: [1] https://asl19.org/en/projects/paskoocheh

In an era where online censorship and internet shutdowns are becoming increasingly common, the Ceno Browser emerges as a powerful tool to unlock the web and ensure uninterrupted access to information. This innovative browser, developed by the team behind censorship.no, offers a unique solution to combat internet restrictions and censorship[1].

Breaking Down Barriers

Ceno Browser operates on a network of cooperating peers, allowing users to access web content even when traditional internet connections are compromised or blocked. This peer-to-peer approach ensures that information remains accessible, regardless of government-imposed restrictions or network outages[1].

Join the Fight Against Censorship

By installing Ceno Browser, users not only gain unrestricted access to the web but also become active participants in the fight against censorship. The browser turns your device into a bridge, expanding the network and helping others in censored regions access blocked websites[1].

Open Source and Built on Trust

Based on Mozilla Android Components and enhanced with the Ouinet library, Ceno Browser is free and open-source. This transparency not only ensures the security and reliability of the platform but also allows third-party developers to incorporate Ceno's P2P connectivity features into their own applications[1].

In a world where digital freedom is under constant threat, Ceno Browser stands as a beacon of hope, providing a practical solution to bypass censorship and maintain access to vital information. Download Ceno Browser today and take a stand for internet freedom.

Citations: [1] https://censorship.no/en/index.html

Homomorphic encryption is revolutionizing the way we think about data security and computation. This innovative technology allows for computations to be performed on encrypted data, ensuring that sensitive information remains protected while still enabling valuable insights and processing capabilities. The implications of this technology are vast, offering unprecedented opportunities for industries and government sectors to securely outsource computation without compromising data privacy.

HomomorphicEncryption.org serves as a pivotal hub for this groundbreaking initiative. It is an open consortium that brings together experts from industry, government, and academia to standardize homomorphic encryption practices. This collaboration aims to foster advancements in the field, ensuring that the technology can be effectively integrated across various applications.

Recent events have highlighted the growing interest and development in homomorphic encryption. Notably, the 7th HomomorphicEncryption.org Standards Meeting took place on October 13, 2024, in Salt Lake City, UT, where key discussions centered around the use of homomorphic encryption in Web3 technologies. Additionally, the 12th Workshop on Applied Homomorphic Encryption (WAHC) was held on October 14, 2024, showcasing cutting-edge research and applications.

Looking ahead, the consortium has announced two major upcoming events: the 8th Standards Meeting scheduled for March 23-24, 2025, in Istanbul, Turkey, and the next ACM CCS conference in Taipei, Taiwan, from October 13-17, 2025. These gatherings will continue to build on the momentum of previous meetings and workshops, furthering the dialogue around standardization and innovation in homomorphic encryption.

For those interested in staying updated on developments in this exciting field or participating in standardization efforts, joining the mailing list at HomomorphicEncryption.org is highly encouraged. As we move towards a future where secure computation becomes increasingly vital, homomorphic encryption stands at the forefront of this evolution.

Citations: [1] https://homomorphicencryption.org

In a groundbreaking development from Georgia Tech, researchers have unveiled an innovative AI model named Chameleon, designed to protect individuals from unwanted facial recognition. This sophisticated technology creates a personalized digital mask that allows users to maintain their privacy without compromising image quality.

The Rise of Facial Recognition Technology

Facial recognition systems are increasingly integrated into daily life, from law enforcement surveillance to smartphone security features like Face ID. However, the unauthorized use of such technology poses significant privacy risks, including identity theft and targeted advertising. Chameleon aims to combat these threats by rendering personal photos unrecognizable to facial recognition software.

Key Features of Chameleon

Chameleon boasts three notable features that set it apart from existing image obfuscation methods:

1. Cross-Image Optimization: Unlike traditional systems that require a unique mask for each photo, Chameleon generates a single personalized privacy protection (P-3) mask per user. This efficiency not only streamlines the process but also conserves computing resources, making it suitable for devices like smartphones.

2. Perceptibility Optimization: The AI ensures that the visual quality of the protected images remains intact without any manual adjustments. This automatic rendering process guarantees that users can share their photos without noticeable degradation in quality.

3. Robust Masking Techniques: Chameleon employs focal diversity-optimized ensemble learning to enhance the resilience of its P3-Mask against various facial recognition models. This advanced machine learning approach combines predictions from multiple models, significantly improving the algorithm's effectiveness.

Future Applications and Implications

The researchers envision expanding Chameleon's capabilities beyond personal image protection. They aim to use its obfuscation techniques to safeguard images from being exploited in training generative AI models without consent. As lead author Ling Liu emphasizes, privacy-preserving technologies like Chameleon are essential for fostering responsible AI governance and innovation.

In conclusion, Chameleon represents a significant step forward in the realm of digital privacy, offering users a powerful tool to safeguard their identities in an increasingly surveilled world.

Citations: [1] https://www.livescience.com/technology/artificial-intelligence/meet-chameleon-an-ai-model-that-can-protect-you-from-facial-recognition-thanks-to-a-sophisticated-digital-mask

https://www.aimodels.fyi/papers/arxiv/personalized-privacy-protection-mask-against-unauthorized-facial

Introduction

In recent years, WPA3 has emerged as the latest standard in Wi-Fi security, promising enhanced protection against unauthorized access and various cyber threats. However, new research has revealed vulnerabilities that could undermine its effectiveness, particularly through downgrade attacks and social engineering tactics.

Understanding WPA3

WPA3 (Wi-Fi Protected Access 3) is designed to provide stronger encryption and improved security features compared to its predecessor, WPA2. It includes advancements such as:

• Simultaneous Authentication of Equals (SAE): A method that enhances password-based authentication.
• Forward Secrecy: Ensures that session keys are not compromised even if the password is exposed later.

Despite these improvements, vulnerabilities have been identified that could be exploited by attackers.

Downgrade Attacks Explained

A downgrade attack occurs when an attacker forces a connection to revert to a less secure protocol. In the context of WPA3, this means tricking devices into using WPA2 or an even older version of Wi-Fi security. This can be achieved through:

• Rogue Access Points: Setting up fake networks that mimic legitimate ones.
• Packet Manipulation: Intercepting and altering communication between devices to induce a downgrade.

Once a device is connected to a weaker protocol, attackers can exploit known vulnerabilities to gain unauthorized access.

The Role of Social Engineering

Social engineering plays a critical role in this security breach. Attackers may use various tactics to deceive users into connecting to rogue networks or divulging sensitive information. Common strategies include:

• Phishing Emails: Sending emails that appear legitimate but lead users to malicious sites.
• Physical Manipulation: Convincing individuals to connect to unsecured networks in public spaces.

By combining social engineering with downgrade attacks, attackers can significantly increase their chances of success.

Mitigation Strategies

To protect against these threats, users and organizations should consider implementing the following strategies:

• Use Strong Passwords: Ensure that all Wi-Fi networks are secured with complex passwords.
• Educate Users: Regular training on recognizing phishing attempts and safe browsing practices.
• Network Monitoring: Employ tools to detect rogue access points and unusual network activity.
• Update Devices: Regularly update firmware and software to patch known vulnerabilities.

Conclusion

While WPA3 represents a significant advancement in wireless security, it is not immune to attacks. Understanding the risks associated with downgrade attacks and social engineering is crucial for maintaining network integrity. By following best practices and staying informed about potential threats, users can better protect themselves against these evolving cyber risks.

Citations: [1] https://cyberinsider.com/breaking-wpa3-security-with-downgrade-attacks-and-social-engineering/

Dark Web Cybercriminals Are Buying Up ID to Bypass KYC Methods

Recent research from iProov has revealed alarming trends in the dark web, where cybercriminals are purchasing identity data directly from individuals to circumvent Know Your Customer (KYC) processes. This sophisticated approach poses significant threats to identity verification systems and highlights the need for more robust security measures.

The Rise of Identity Data Trading

The iProov study uncovered a group operating primarily in Latin America, engaged in the mass collection of genuine identity documents and corresponding facial images. This group compensates victims for their sensitive information, effectively creating a marketplace for personal data. While the exact compensation amounts are undisclosed, the practice raises serious concerns about the security of personal information and the potential for widespread fraud.

Implications for KYC Processes

Andrew Newell, Chief Scientific Officer at iProov, emphasized the dangers associated with selling personal identifiable information (PII). He warned that individuals who sell their identity documents and biometric data are not only jeopardizing their financial security but also enabling criminals to create complete and authentic identity packages. These packages are particularly perilous because they combine real documents with matching biometric data, making detection through traditional verification methods exceedingly difficult.

Need for Multi-Layered Verification Approaches

In light of these findings, iProov advocates for a multi-layered approach to identity verification. Current systems are vulnerable to spoofing attacks, and organizations must adapt by implementing more complex verification processes. This involves confirming that individuals are human and that they are indeed who they claim to be, all in real-time. Such an approach would significantly complicate efforts by attackers to successfully impersonate legitimate users.

Conclusion

The findings from iProov serve as a stark reminder of the evolving tactics employed by cybercriminals in the digital age. As identity theft becomes increasingly sophisticated, it is imperative for organizations to adopt advanced security measures that can withstand these threats. By prioritizing multi-layered verification strategies, businesses can better protect themselves and their customers from the dangers posed by the dark web's illicit activities.

Citations: [1] https://www.techradar.com/pro/security/dark-web-cybercriminals-are-buying-up-id-to-bypass-kyc-methods

Cybersecurity researchers from Fortinet FortiGuard Labs have recently identified two malicious packages uploaded to the Python Package Index (PyPI), raising significant concerns about data security within the Python ecosystem. The packages, named zebo and cometlogger, were designed to exfiltrate sensitive information from compromised systems and had garnered a total of 282 downloads before being removed.

Details of the Malicious Packages

Zebo

• Functionality: Zebo is characterized as typical malware, equipped with features for surveillance, data exfiltration, and unauthorized control. It employs obfuscation techniques, including hex-encoded strings, to hide the URL of its command-and-control (C2) server.
• Data Harvesting: The package utilizes the pynput library to capture keystrokes and ImageGrab to take screenshots every hour. These images are then uploaded to the free image hosting service ImgBB using an API key retrieved from the C2 server.
• Persistence Mechanism: Zebo ensures persistence by creating a batch script that launches its Python code and adds it to the Windows Startup folder, allowing it to execute automatically upon system reboot.

Cometlogger

• Data Siphoning: Cometlogger is more feature-rich, capable of extracting a wide range of information including cookies, passwords, tokens, and account data from popular applications like Discord, Steam, Instagram, TikTok, and others.
• System Information Gathering: It can harvest system metadata, network and Wi-Fi details, running processes, and clipboard content. Additionally, it incorporates checks to avoid detection in virtualized environments and terminates browser processes to enhance file access.
• Efficiency: The script's design allows for asynchronous task execution, maximizing its efficiency in stealing large amounts of data quickly.

Implications and Recommendations

The discovery of these malicious packages highlights the potential risks associated with using third-party libraries from repositories like PyPI. Security researcher Jenna Wang emphasizes the importance of scrutinizing code before execution and avoiding interaction with scripts from unverified sources.

As developers increasingly rely on open-source packages for their projects, it becomes crucial to maintain vigilance against such threats. Users are advised to: – Conduct thorough reviews of any third-party code. – Monitor downloads and usage statistics for suspicious activity. – Implement security measures to protect sensitive data.

In conclusion, while open-source software offers numerous advantages, it also presents vulnerabilities that can be exploited by malicious actors. Awareness and proactive security practices are essential in safeguarding against these threats.

Citations: [1] https://thehackernews.com/2024/12/researchers-uncover-pypi-packages.html

Exploring Sandboxie Plus: The Future of Application Isolation

In today's digital landscape, security and privacy are paramount, especially when it comes to running untrusted applications or browsing the web. Enter Sandboxie Plus, an innovative sandbox-based isolation software that offers users a robust solution for safely executing programs without altering their system. Originally developed by Ronen Tzur and later acquired by Sophos, Sandboxie has evolved significantly since becoming open source under the stewardship of David Xanatos.

What is Sandboxie Plus?

Sandboxie Plus creates a sandbox-like environment where applications can run in isolation. This means that any changes made by the application—whether it's installing software or accessing files—are contained within the sandbox and do not affect the host operating system. This feature is especially useful for testing untrusted programs or browsing potentially harmful websites without risking your system's integrity.

Key Features of Sandboxie Plus

• Dual Versions: Sandboxie is available in two flavors: the classical build with a traditional MFC-based user interface and the modern Plus build featuring a new Qt-based UI. The Plus version incorporates advanced features aimed at enhancing user experience and security.

• Controlled Testing: Users can safely test applications in an isolated environment, ensuring that any malicious behavior remains contained.

• Web Surfing Security: By running browsers in a sandbox, users can protect their personal data and system from potential threats encountered online.

• Customizability: While new features are primarily targeted at the Plus version, many can be utilized in the classical edition through manual configuration of the sandboxie.ini file.

Getting Started with Sandboxie Plus

For those looking to enhance their security posture while using Windows NT-based operating systems, downloading and installing Sandboxie Plus is a straightforward process. Users can access full documentation through the Support Page Index or dive into specific help topics to get started.

In conclusion, Sandboxie Plus represents a significant advancement in application isolation technology, providing users with essential tools for maintaining security and privacy in an increasingly risky digital world. Whether you are a casual user or a tech enthusiast, exploring what Sandboxie Plus has to offer could be a game-changer for your computing experience.

Citations: [1] https://sandboxie-plus.com

Aktuelle Preise für Google Pixel-Smartphones: Ein Überblick

In der Welt der Smartphones sind die Google Pixel-Modelle für ihre hervorragende Leistung und Softwareunterstützung bekannt. Aktuell gibt es eine interessante Preistabelle, die die Kosten für verschiedene Google Pixel-Smartphones aufzeigt.

Preise im Detail

• Gebrauchtes Pixel 6a: Bereits ab unter 200 Euro erhältlich. Dieses Modell erhält Sicherheitsupdates bis Juli 2027. Es ist eine attraktive Option für Käufer, die ein leistungsfähiges Gerät zu einem niedrigen Preis suchen.

• Neues Pixel 8a: Kostet etwa 500 Euro und wird bis Mai 2031 unterstützt. Dieses Modell bietet die neuesten Funktionen und eine längere Softwareunterstützung, was es zu einer soliden Investition macht.

Nützliche Tools zur Kostenberechnung

Ein praktisches Tool von resist.berlin hilft Nutzern, ihre monatlichen Kosten basierend auf den Preisen und den Updateerwartungen der Geräte zu berechnen. Dies ist besonders nützlich für Käufer, die langfristig planen und die besten Angebote nutzen möchten.

Fazit

Die Google Pixel-Smartphones bieten eine breite Preisspanne, die sowohl budgetbewusste Käufer als auch Technikbegeisterte anspricht. Mit der Möglichkeit, gebrauchte Modelle zu einem Bruchteil des Neupreises zu erwerben, bleibt Google eine attraktive Wahl im Smartphone-Markt.

Bleiben Sie informiert über die neuesten Angebote und Entwicklungen im Bereich der Google Pixel-Smartphones! #PixelPreise #SmartphoneDeals #TechNews

Citations: [1] https://www.gamestar.de/artikel/handy-kauf-preis-leistungs-kracher-oder-auslaufmodell-so-gut-ist-das-pixel-7-pro-2024-noch,3420922.html [2] https://www.buyzoxs.de/kaufen/google2.html [3] https://www.computerbild.de/bestenlisten/Smartphone-Test-Google-Pixel-32649823.html [4] https://www.kimovil.com/de/smartphonepreise-google [5] https://www.ebay.at/b/Google-Handys-Smartphones/9355/bn_804972 [6] https://www.a1.net/handys-tarife/google-pixel [7] https://www.tarife.at/handys/google-pixel-9-pro [8] https://www.backmarket.at/de-at/l/google-pixel-6/1616eaa9-b674-4fb9-ac38-d6a1e7b429d6 [9] https://pixel-pricing.netlify.app/

Keeping Track of Old Computer Manuals with the Manx Catalog

In the world of vintage computing, one of the biggest challenges enthusiasts face is locating original manuals and documentation for pre-1990s systems. Many of these resources exist only in paper form, making them difficult to track down. However, the Manx catalog emerges as a valuable tool designed to simplify this search.

The Manx catalog boasts an impressive database of approximately 22,060 manuals, with nearly 10,000 available online. Its primary focus is on minicomputers and mainframes, catering to a niche yet passionate community of retro computing aficionados. The catalog aggregates information from 61 different websites, providing users with a central hub to find manuals that might otherwise remain elusive.

Despite the existence of scanned copies in PDF format, these documents are often not indexed by search engines like Google or DuckDuckGo, complicating the search process. The Manx catalog aims to bridge this gap by offering a more organized and searchable platform for these resources.

The underlying code of the Manx catalog is open-source, licensed under GPL 2.0 and available on GitHub. This transparency allows users to report issues and contribute to the project's development. While it may not be a new initiative, its ongoing relevance highlights the enduring need for accessible documentation in the vintage computing community.

For those still struggling to find specific manuals, supplementary resources such as Bitsavers and Archive.org are recommended. The Manx website also points users towards 1000bit for microcomputer manuals, ensuring that even the most obscure documentation can eventually be located.

As vintage computing continues to grow in popularity, tools like the Manx catalog play a crucial role in preserving our digital heritage. Have you tried using the Manx catalog or other archiving websites? Share your experiences in the comments!

Citations: [1] https://hackaday.com/2024/12/24/keeping-track-of-old-computer-manuals-with-the-manx-catalog/

https://manx-docs.org/about.php