proxy

Tech Optimizer
March 1, 2026
Users are increasingly focused on the effectiveness of their security software alongside the number of streaming services they use. Leading VPN providers are responding by offering comprehensive packages that combine VPN capabilities with antivirus features. Surfshark has introduced Surfshark One, which integrates its VPN service with proprietary antivirus software. This solution is designed to provide a comprehensive cybersecurity experience within a single application. To access the antivirus feature, users must subscribe to the Surfshark One plan, which offers quick and full scans, customizable scanning options, and scheduled scans. Detected threats are quarantined and deleted after 60 days. The antivirus includes Cloud Protect for continuous defense against malware, updating its database every three hours, and provides 24/7 malware protection. Surfshark One also includes additional tools such as Alternative ID for safeguarding user information, Surfshark Alert for notifications about compromised sensitive information, and Surfshark Search for ad-free browsing. Surfshark's VPN offers access to over 4,500 servers and supports unlimited devices. Surfshark One differs from other VPN packages by providing essential tools for post-compromise care and customizable security settings. Competitors like ExpressVPN and NordVPN offer tiered pricing structures with advanced security features in higher-tier plans. To acquire Surfshark One, users can visit the Surfshark website and choose from various subscription plans. The cost difference between the Surfshark Starter plan and Surfshark One is minimal, with Surfshark One starting at .49 per month. Surfshark One+ includes additional features like personal data removal and identity theft coverage. Only a few providers currently offer both VPN and antivirus capabilities, including Surfshark, Private Internet Access, and CyberGhost.
AppWizard
January 31, 2026
Google has dismantled the IPIDEA residential proxy network, which had exploited millions of devices for cybercrime. This operation resulted in the liberation of approximately nine million Android devices and the removal of hundreds of compromised applications. IPIDEA's infrastructure was integrated into various software development kits (SDKs), allowing it to covertly enlist devices into its proxy pool. Google updated its Play Protect system to identify and eliminate affected applications and collaborated with partners to disrupt the network's underlying systems. The efforts led to a significant decrease in hijacked devices available for exploitation.
Tech Optimizer
January 26, 2026
AlloyDB for PostgreSQL is a fully managed database service designed for enterprise workloads, combining PostgreSQL's strengths with Google Cloud technology for enhanced performance, scalability, and availability. A new feature, managed connection pooling, addresses the challenges of inefficient database connection management, which can lead to performance degradation, resource exhaustion, and reliability issues. Managed connection pooling maintains a cache of active database connections, allowing applications to reuse connections instead of creating new ones for each request, thus reducing latency and resource consumption. This feature is tightly integrated into AlloyDB, simplifying operations and optimizing performance and security. It offers two configurable pooling modes: transaction mode, which maximizes reuse for short transactions, and session mode, which maintains a connection for the entire session. Enabling managed connection pooling can increase transactions per minute by up to five times, support over three times more concurrent connections, decrease connection latency, and improve reliability during traffic spikes. UKG, a provider of HR solutions, has adopted this feature to enhance the performance and scalability of their applications. To enable managed connection pooling, users can activate it in the Google Cloud console and connect applications using standard PostgreSQL drivers to the designated port.
Winsage
December 18, 2025
A newly identified cyber threat cluster called LongNosedGoblin has been linked to cyber espionage attacks targeting governmental entities in Southeast Asia and Japan, with activities traced back to at least September 2023. The group uses Group Policy to spread malware and employs cloud services like Microsoft OneDrive and Google Drive for command and control. Key tools include NosyHistorian, NosyDoor, NosyStealer, NosyDownloader, and NosyLogger, which perform functions such as collecting browser history, executing commands, and logging keystrokes. ESET first detected LongNosedGoblin's activities in February 2024, identifying malware on a governmental system. The attacks showed a targeted approach, with specific tools affecting select victims. Additionally, a variant of NosyDoor was found targeting an organization in an EU country, indicating a possible connection to other China-aligned threat groups.
Tech Optimizer
December 18, 2025
A cybersecurity investigation by ReliaQuest has revealed that a Chinese state-linked hacking group, Silver Fox (also known as Void Arachne), is using search engine optimization tactics to create a counterfeit Microsoft Teams download site at "teamscn[.]com." This site targets Chinese-speaking users and employs a typo-squatting strategy. Victims attempting to download the software receive a trojanized installer labeled "Setup.exe," which checks for the presence of antivirus software and executes obfuscated PowerShell commands to modify Windows Defender exclusion lists. The malware also drops a file named "Verifier.exe" and installs a functional version of Microsoft Teams to disguise its activities. The compromised system communicates with the domain "Ntpckj[.]com" to deliver the ValleyRAT payload, allowing remote access for data exfiltration and command execution. Silver Fox is linked to both state-sponsored espionage and financially motivated activities, having previously conducted similar SEO poisoning campaigns. The campaign primarily targets Chinese-speaking personnel in global organizations, particularly those with ties to China, and poses a significant risk to organizations lacking robust security measures. Security teams are advised to enhance logging and monitoring practices to detect suspicious activities.
Winsage
December 4, 2025
Microsoft is introducing an MCP registry to Windows, enhancing security with protective wrappers and providing local agents with discovery tools. A proxy will enable connectivity for local and remote servers, ensuring robust authentication, auditing, and authorization. Enterprises can control access to the MCP using group policies and default settings, allowing unique identities for connectors. The registration process for an MCP server has been simplified with MSIX packages, making installation more accessible. Developers must have NodeJS installed to use the MCP bundle (mcpb) package, which is built using an NPM package. This approach allows developers to incorporate the MCP server into their application’s installer as an MSIX file for easy distribution and installation.
Winsage
December 2, 2025
Microsoft has alerted Windows 11 users about a new experimental AI feature called the “Proxy Server,” introduced in build 26220.7262, which can be manually activated in the “AI Components” section. Users receive a cautionary message regarding the feature's experimental nature and potential impacts on device performance, including inaccuracies and unexpected behavior. The underlying language model is still in development, leading to risks of inaccuracies due to incomplete training data. Experts have raised concerns about vulnerabilities to cyber threats, with reports of cybercriminals exploring ways to exploit the AI features. The “Proxy Server” has default read and write permissions to critical user directories, raising security concerns. Microsoft plans to enhance security measures with more granular permission controls and advises that the feature should only be enabled by users aware of the associated risks.
Winsage
November 28, 2025
Many organizations using Windows Internet Name Service (WINS) do not actively leverage it for critical operations, and it often operates quietly in the background. WINS poses significant security risks due to design limitations, particularly its lack of a robust mechanism for authenticating name registrations, making it vulnerable to spoofing attacks. Attackers can register malicious entries, such as Web Proxy Auto-Discovery (WPAD) records, allowing them to intercept web traffic or redirect connections, which facilitates lateral movement within a network and threatens organizational security.
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