Steam Next Fest features nearly 500 idler games, offering a wide selection of demos. The author downloaded 45 demos simultaneously to quickly assess their interest. The festival runs until June 22.
Google has rolled out Android 17, with Pixel smartphones being the first to receive the update, while other eligible devices will gain access throughout 2026. The update emphasizes productivity, entertainment, and enhanced security. Key features include:
- A revamped “Bubbles” feature for multitasking, allowing apps to be transformed into floating windows.
- A dedicated “bubble bar” for larger devices to switch between apps easily.
- An upgraded screen recording functionality with a “Screen Reactions” feature that captures video from the front-facing camera.
- A “foldable gaming mode” optimizing performance for foldable phones, featuring a 50/50 split view for games and a dynamic gamepad.
- Native controller remapping for external controllers and improved system memory cleanup to reduce frame drops during gaming.
- A new “Mark as lost” feature in Find Hub for locking missing phones with biometric authentication.
- Targeted privacy options for temporary app access to location and contacts.
- Enhanced security features including limited PIN guesses and upgraded Live Threat Detection.
- A built-in home screen setting to hide app names, dedicated volume controls for virtual assistants, expanded dark theme customization, and extended Parental Controls.
- Strict app memory limits to enhance speed and battery life.
The interaction between Unix/Linux and Windows has historically been marked by significant differences in their architectures and philosophies. Unix uses a fork() function for process management, while Windows employs CreateProcess(), complicating the implementation of Unix-like tools on Windows. Early solutions to bridge this gap included the MKS Toolkit, which provided Unix-like commands for Windows, and UWIN from AT&T Bell Labs, which aimed to create a Unix interface layer on Windows. Cygwin offered a compatibility DLL to run Unix software on Windows, but required rebuilding from source. Microsoft's initiatives included POSIX, Interix, and later Services for UNIX. The introduction of the Windows Subsystem for Linux (WSL) allowed users to run a Linux userland directly on Windows, with WSL 2 incorporating a real Linux kernel. Recently, Microsoft released Coreutils for Windows, providing native builds of Unix-style tools to enhance cross-platform consistency.
The Linux 7.2 kernel has introduced enhancements for reporting case-folding behavior in local file systems, allowing file servers to accurately convey their case sensitivity capabilities. Linus Torvalds merged Virtual File System (VFS) related pull requests that enable local file systems to report case-folding behavior, benefiting services like NFSD and KSMBD, particularly for Microsoft Windows NFS clients. Filesystems can now report case-insensitive and case-nonpreserving behavior through new filekattr flags in their fileattrget implementations. Supported filesystems include FAT, exFAT, NTFS3, HFS, HFS+, XFS, CIFS, NFS, VBoxSF, and ISOFS, with others defaulting to POSIX behavior. NFSd uses this information to report case folding via NFSv3 PATHCONF and implement NFSv4 attributes for case insensitivity and case preservation. The enhancements aim to improve interoperability, allowing Windows NFS clients to function correctly by reporting case-insensitivity, which streamlines operations and avoids unnecessary requests. The Linux NFS client has previously supported case-insensitive shares, requiring adjustments to caching behavior. Accurate case folding reporting is crucial for servers operating in multi-protocol environments to maintain interoperability.
Samsung MAX VPN has officially reached its end of life as of June 15, 2026, leaving over 50 million users without its privacy and data-saving features. The app, which was designed to mask IP addresses and compress mobile data, will no longer function as intended unless uninstalled. Users are encouraged to seek third-party VPN alternatives for online security, as the app will remain on devices but will not provide any services. The Google Play Store offers numerous highly rated third-party VPN applications, including free options, and users should review logging policies and server locations to maintain privacy.
Traveling exposes individuals to potential cyber threats and scams. To enhance online security during travels, consider the following strategies:
- Avoid using public Wi-Fi networks to protect sensitive information; instead, use mobile data or a global eSIM.
- Use a Virtual Private Network (VPN) to conceal your IP address while browsing, but be aware of potential access restrictions on some websites.
- Invest in a robust antivirus suite for all devices, including laptops and mobile phones.
- Secure devices with login passwords and consider adding a password to your SIM card.
- Enable two-factor authentication (2FA) for added security on accounts.
- Research local scams and cybersecurity threats specific to your destination before traveling.
- Keep apps and phone firmware updated to ensure the latest security enhancements.
A trojan named Android.MagicAd.1 has been identified as a significant threat to Android users, capable of delivering persistent background advertisements by circumventing built-in defenses. Detected in 2025, it has spread through over 50 infected games and utility applications, infiltrating both dubious download sites and official app stores like the Samsung Galaxy Store and Xiaomi’s GetApps. The malware employs a strategy of rotating applications to evade detection, remaining active on user devices after download. It uses hidden, encrypted components within native code libraries and conducts environment checks to avoid monitoring before launching its payload. Android.MagicAd.1 bypasses Android's restrictions by targeting trusted system applications, utilizing methods that vary by device manufacturer. For example, it uses a delayed system command on Xiaomi and Amazon devices, exploits Android Binder on Vivo devices, and employs a universal fallback method for other brands to gain priority for displaying ads. All identified malicious applications have been removed from official stores, but the campaign highlights the vulnerability of security software.
Microsoft has expanded the rollout of the Secure Boot 2023 certificate update to more Windows 11 and Windows 10 devices with the June 2026 Patch Tuesday update (KB5094126). This update aims to ensure that most supported consumer PCs are classified as high confidence, meaning necessary certificates are either installed or will be applied automatically. Secure Boot is a firmware security feature that verifies the software attempting to load during the startup process, blocking unauthorized software. The certificates supporting Secure Boot, issued in 2011, are expiring in stages starting June 24, 2026, prompting Microsoft to deploy replacement certificates. Most home users do not need to take manual action as the updates will occur automatically via Windows Update. Users can check their Secure Boot certificate status in the Windows Security app. A yellow warning indicates pending compatibility data, while a red alert suggests a firmware incompatibility requiring a BIOS update. Multiple reboots during the update process are normal, and a new SecureBoot folder in Windows is for staging cryptographic files. Older PCs may experience longer update times, and some may not receive updates due to firmware issues. HP users should check for BIOS updates if encountering BitLocker recovery loops. IT administrators should monitor device classifications and manually initiate updates for devices not in the high confidence category. Devices with Secure Boot disabled cannot receive updates, leaving them vulnerable. The expiration of the Microsoft Corporation KEK CA 2011 certificate on June 24 does not immediately affect device functionality, but it limits Microsoft's ability to sign new bootkit blacklist updates.
Windows 11, introduced by Microsoft in 2021, has evolved into a simpler and more attractive platform while retaining familiarity. As of 2026, it continues to enhance features and address customer feedback. Microsoft now releases a new version of Windows 11 annually, with each version supported for two years for Home and Pro editions. Currently, versions 24H2 and 25H2 are supported and functionally identical, while the new 26H1 version is for laptops with Qualcomm Snapdragon X2 processors.
The hardware requirements have become more lenient, and Microsoft has introduced a Copilot+ PC brand for high-end machines with advanced microprocessors. Updates have been revamped for a more predictable experience, and users can manage updates through new options. The user interface has been refined with a modern aesthetic, including Light and Dark modes, centered Taskbar icons, and an evolved Start menu.
Windows 11 supports multitasking with familiar tools like Alt + Tab and enhanced Snap features. File Explorer has been updated with a modern interface and integration with OneDrive. The Microsoft Store has been redesigned for a broader selection of apps, and Microsoft Edge is bundled with Windows 11, although it has faced criticism for overriding user preferences.
Windows 11 includes preloaded apps leveraging AI, such as Microsoft Copilot and Microsoft 365 Copilot, along with updated core applications. It supports gaming with a dedicated Xbox app and Game Pass subscriptions, and simplifies user account management with robust security features like Windows Hello. For power users, it offers a modern Terminal app and advanced configuration options in the Settings app.
On October 22, 2009, Japan launched Windows 7, accompanied by a unique promotional item: a roll of toilet paper featuring Windows 7 branding and details about its enhancements. This marketing strategy was similar to the previous promotion for Windows Vista Service Pack 1. The toilet paper included messages about Windows 7's speed, security, and compatibility improvements, with sections detailing faster startup times, enhanced memory management, a streamlined user interface, and security features like the Action Center and BitLocker To Go. Networking capabilities were improved with HomeGroup, and Windows Media Center expanded its functionality. The design of the promotional toilet paper allowed users to revisit key points easily, and some versions mimicked Windows software boxes. This initiative was driven by local retailers, reflecting Japan's trend of quirky promotions in the electronics retail sector.
