You can play Pokémon Red, Blue, and Yellow on your Android device with the new Gen1Recomp port, which allows you to add mods like updating the graphics to 3D voxel graphics.
Bitsight's investigation revealed that inexpensive Android TV boxes are being shipped with applications that can change their hardware identity, allowing them to impersonate popular smartphone brands like Samsung and Huawei. This operation, named Fuyao, is linked to Zhejiang Fengwo IoT Technology Co., Ltd., a Chinese company established in 2019. The H96MAXV11 model was frequently reported among the affected devices. In one day, the operation received 65,957 reports from about 38,000 unique MAC addresses, with many devices misidentified as phones due to spoofed identifiers. Fengwo has also promoted over 120,000 "AI digital humans," though details on this marketing term are vague.
The command-and-control server for Fuyao sends phone profiles to devices, masking their actual hardware specifications. The operation uses machine vision technology and a YOLOv8s object-detection model to identify advertisements. Bitsight documented 40 fraud tasks, 21 unique campaigns, and 166 modules across four devices. The operation's payout structure involves 144 operator-owned domains, with an estimated gross return of .25 per device daily, potentially leading to annual revenues in the millions. Attribution to Fengwo is supported by shared TLS certificate data and public patent records, although the patents do not directly address advertising. There is uncertainty about how the fraudulent apps were installed and at what point in the supply chain they were introduced. Device owners are advised to verify Play Protect certification and disconnect suspicious devices.
Malware can threaten Linux systems, which are often mistakenly believed to be immune to viruses. It can be introduced through email attachments, infected files, or compromised plugins, especially when Linux servers interact with Windows clients or handle internet uploads. ClamAV is an open-source antivirus engine maintained by Cisco Talos, designed for scanning mail traffic and file uploads. As of mid-2026, the stable release is ClamAV 1.5.x, with version 1.5.2 being the latest patch. To deploy ClamAV, users need root or sudo access on a compatible Linux machine, at least 2 vCPUs and 2GB of RAM, 5GB of free disk space, and outbound HTTPS access to ClamAV’s signature mirrors. The installation process involves several steps, including configuring freshclam for automatic updates, validating detection with the EICAR test file, and setting up cron jobs for regular scans. ClamAV can also be integrated with mail servers and a SIEM for enhanced security. Common pitfalls in deployment include skipping the initial freshclam run and using clamscan instead of clamdscan for repeated scans. ClamAV is free for commercial use and can also scan Windows systems, although it does not replace comprehensive endpoint protection solutions.
Running PostgreSQL on Amazon EC2 requires users to manage operational tasks such as patching, backups, and security. Migrating to Amazon RDS for PostgreSQL or Amazon Aurora PostgreSQL-Compatible Edition offers a fully managed service that automates these tasks, allowing development teams to focus on application development.
The migration process uses the auto-migration feature in the Amazon RDS console, supported by AWS Database Migration Service (AWS DMS), which facilitates PostgreSQL-to-PostgreSQL migrations using native tools for accurate schema mapping and faster migration.
The migration can be executed using various methods, including pg_dump/pg_restore, manual AWS DMS tasks, or third-party tools, with the RDS console approach being preferred for its reliability and minimal setup effort. AWS DMS supports three replication modes: full load, CDC only, and full load + CDC, with the migration duration depending on database size and network throughput.
Prerequisites for migration include having a source PostgreSQL 10.4+ on Amazon EC2, a target RDS for PostgreSQL or Aurora PostgreSQL, proper IAM roles, stored credentials in Secrets Manager, and appropriate networking configurations.
Considerations include unsupported objects, potential issues with sequence values, and the need to avoid schema changes during CDC. The migration involves preparing the source database, creating necessary users and permissions, and executing the migration through the RDS console.
Post-migration, it is essential to verify data integrity, optimize performance by updating statistics and rebuilding indexes, and implement security best practices such as disabling the DMS user and enforcing SSL/TLS connections. Common troubleshooting errors during migration include permission issues, incorrect WAL levels, and connection refusals, each with specific resolutions.
Finally, to avoid ongoing charges, it is recommended to clean up resources created during the migration process, including deleting the DMS migration task, logical replication publications, Secrets Manager secrets, and the target RDS/Aurora instance.
Shopping for antivirus software can be overwhelming due to technical jargon and extensive feature lists. Key considerations for effective antivirus software include:
- Real-time protection: The software should continuously monitor activities and provide automatic protection against threats.
- Malware and ransomware blocking: It should defend against various online threats, including malware, spyware, and ransomware.
- Firewall protection: A firewall should monitor and block suspicious connections to enhance security.
- Performance: The software should operate quietly in the background without interrupting daily tasks.
- Frequent updates: Regular updates are essential to combat evolving online threats.
- Scam protection: The software should flag suspicious links and messages to prevent cyberattacks before they reach the device.
When choosing antivirus software, prioritize these features to ensure effective protection without complicating your life.
Zero-day exploits are attacks that take advantage of previously unknown software vulnerabilities before a vendor can issue a patch. These exploits pose significant challenges because organizations cannot address vulnerabilities they are unaware of, and traditional security measures may not effectively identify them. Zero-day vulnerabilities are distinct from zero-day exploits; the former refers to the software flaw itself, while the latter is the method used by attackers to exploit that flaw.
Zero-day exploits are particularly dangerous because they give attackers a temporary advantage, allowing them to compromise systems before defenders can respond. These exploits are commonly used in advanced attacks, including ransomware campaigns and espionage. The lifecycle of a zero-day exploit typically involves discovering a vulnerability, weaponizing it, delivering the exploit, executing malicious code, and achieving the attacker's objectives.
Traditional antivirus solutions may not consistently prevent zero-day exploits, as they primarily focus on known threats. Endpoint Detection and Response (EDR) platforms provide visibility and detection but do not inherently prevent exploitation. Effective prevention strategies emphasize stopping the exploitation techniques themselves, rather than solely relying on detection.
Memory-based attack prevention is a key approach, as all exploits must execute within memory. This method disrupts exploitation techniques and can protect against unknown vulnerabilities. Best practices for preventing zero-day exploits include reducing the attack surface, enforcing least privilege, maintaining aggressive patch management, strengthening identity security, deploying prevention-based endpoint protection, and maintaining a layered security strategy.
Mobile advertising on Android devices has seen a rise in deceptive pop-ups that mimic legitimate notifications or system updates, leaving many users, particularly less tech-savvy individuals, vulnerable. A personal experience highlighted this issue when a family member fell for a misleading PDF ad, leading to the installation of multiple fraudulent applications. Recently, similar deceptive ads were encountered on YouTube, raising concerns about the safety of family members who rely on their devices for important tasks.
Discussions on platforms like Reddit have pointed out the prevalence of misleading ads on family-friendly platforms. The author expressed a desire to block all ads if companies cannot ensure their safety. To address the issue, the author sought an ad-blocking solution that allows for remote management and network-wide filtering, ultimately choosing NextDNS. This content filtering solution offers a free account with sufficient monthly DNS queries and supports individual profiles for tailored settings.
The setup process for NextDNS involves creating profiles for each family member, allowing for distinct settings and blocklists, and configuring devices with the provided DNS-over-TLS endpoint details. While NextDNS is effective, it does not eliminate all ads, particularly those from platforms like YouTube, indicating that additional measures may be necessary for comprehensive security. Regularly reviewing app permissions and uninstalling unnecessary applications are also recommended for enhancing security.
Sony has faced criticism for discontinuing physical game discs and issues with the PlayStation app, particularly regarding two-factor authentication (2FA). Many users have reported difficulties logging into their accounts when they do not receive verification text messages. This problem has affected access to PS4s and PS5s. Users can recover their accounts by following these steps: open the PlayStation app, sign in with their email, select "Trouble Signing In?", choose "Recover Your Account", and reset their password. They can then set up a passkey, which disables 2FA, allowing them to log in without needing the verification code. Previously, users could use 2FA on consoles if they did not receive an SMS code, but this option is no longer available, making backup codes essential.
A sophisticated new malware targeting Mac users, named CrashStealer, has been discovered by security researchers at Jamf Threat Labs. It masquerades as Apple's legitimate crash-reporting software and was first identified in May 2026, with active attacks detected by early July. CrashStealer is designed to extract sensitive information, including browser credentials, password manager data, and cryptocurrency wallet information, and can copy the Mac login Keychain. It uses native C++ programming, encrypts collected files, and employs anti-debugging features.
The malware is distributed through a disk image labeled "Werkbit Setup," which features a polished installer that bypasses Mac security warnings by using a valid Apple Developer ID and notarization ticket. Once opened, it connects to GitHub for commands and downloads a script that installs a second disk image named CrashReporter.dmg, which mimics an Apple system component.
CrashStealer presents a fake password prompt resembling a legitimate macOS request, verifying entered passwords locally. It targets data linked to various browsers and password managers, scanning for approximately 80 cryptocurrency wallet extensions and 14 password managers. Stolen data is stored in hidden folders, encrypted using AES-256-GCM, and packaged into hidden ZIP archives before being uploaded.
Warning signs of infection include a website requiring a meeting PIN for download, unexpected password prompts, and unfamiliar apps requesting Full Disk Access. Users are advised to download apps from verified sources, avoid overriding security warnings, pause before entering passwords, review app permissions, install security updates, use antivirus software, and act quickly if they installed Werkbit Setup.
Nothing has launched the Essential Apps application, allowing users to build, preview, and deploy apps directly from their devices. The app is available on the Google Play Store but is being rolled out in stages, initially accessible only to users who have previously used the Builder on the web. Users will receive an error message if they attempt to access the app without permission, and Nothing will notify users via email when access is granted. The company plans to eventually remove the waitlist for broader access. Additionally, Nothing has paused the publishing of new applications on its Playground platform to improve the user experience.
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