dashboard

AppWizard
October 14, 2026
Google is preparing a significant update for Android Auto, with the latest version, Android Auto 18, currently in beta. The update, codenamed Cielo, represents the first major overhaul since Coolwalk and will introduce a new interface featuring widgets integrated alongside the main display. This design aims to maximize screen usage across various vehicle displays, including unconventional shapes like round screens. Android Auto 18 will also include a dynamic font called Google Sans Flex and enhancements to Work Profiles, allowing users to activate a work profile when connecting their phones to the vehicle. Additionally, the update will improve the capabilities of Gemini, which will leverage data from other Google services for contextual responses. Users can download the Android Auto 18.0 beta via an APK installer, but it is advised not to rely on this version for daily use due to potential issues.
AppWizard
October 14, 2026
Google is working on a redesign of Android Auto, codenamed “Cielo,” as it rolls out Android Auto 18.0 in beta. This update is primarily a maintenance patch focused on bug fixes and stability improvements, with no significant new features. A recent teardown revealed an asset named “cielolauncher,” suggesting it will replace the previous dashboard redesign known as “Coolwalk.” Previous updates have indicated potential new screen layouts and support for widgets. The name “Cielo,” meaning “sky” in Italian and Spanish, may imply a theme of openness. The current update builds on the existing redesign framework, with no immediate plans for a full rollout of new features, and remnants of the “Coolwalk” codename remain in the code.
AppWizard
October 13, 2026
Taps, swipes, and endless scrolling characterize the smartphone experience, often overwhelming users with notifications and personal data exposure. Innovative Android utilities are available to help users organize their digital environment and enhance privacy. 1. DBMB (Unknown Call Silencer): Silences unknown calls while keeping them logged. Operates offline for enhanced privacy and allows exceptions for trusted contacts in the Pro version. 2. Cork (Website/App Organizer): Creates a personalized, tile-based dashboard for frequently visited sites and essential applications. Users can customize tiles and pin them to the home screen for easy access. 3. Hidebox (Privacy Vault): Provides an encrypted vault for sensitive files, secured by PIN, fingerprint, or face-unlock. Features include a disguised app icon, a decoy vault, intruder selfies, and encrypted Google Drive backups. 4. Infinite Walls (Wallpaper App): Offers a vast catalog of curated 4K artwork and AI-generated wallpapers. Users can explore various categories and automate wallpaper changes with Pro features. 5. Floatkit (Floating Sidebar): Provides a floating sidebar for quick access to essential tools without leaving the current app. Includes features like global search, quick notes, and controls for volume and brightness.
Winsage
October 12, 2026
Windows 11 version 24H2 for Home and Pro systems will stop receiving security updates on October 13, 2026. After this date, these editions will not receive any updates or technical support, although they will still boot. Windows 11 Enterprise, Education, IoT Enterprise, and Enterprise multi-session editions will continue to receive support until October 12, 2027. Organizations are advised to verify their systems' versions and editions, especially for those without endpoint management systems. Windows 11 25H2 and 26H2 are available as upgrade options, with 25H2 supported until October 12, 2027, and 26H2 supported until October 10, 2028, for Home and Pro editions. The rollout of 26H2 will be phased, and safeguard holds may be implemented if compatibility issues are detected. Unmanaged Home and Pro devices on 24H2 will automatically receive 25H2, while managed devices may require IT intervention. Regular monitoring and proactive management of Windows versions are necessary to ensure compliance and avoid future deadlines.
AppWizard
October 11, 2026
Valve has revealed that as of October 5, 2026, the Steam Machine has 47 verified games, surpassing the Steam Deck's 38 verified games. Three games—Dragon’s Dogma 2, Control Resonant, and The Blood of Dawnwalker—were upgraded from Unsupported on the Steam Deck to Verified on the Steam Machine. The Steam Machine's verification standard requires a resolution of 1080p at 30 frames per second, while the Steam Deck requires 800p at 30 frames per second. The Steam Machine is powered by hardware comparable to an AMD Radeon RX 7600M, while the Steam Deck uses a custom RDNA 2 APU. The analysis of the top 100 best-sellers shows that 38 games are Verified on Steam Deck and 47 on Steam Machine, with 28 playable on Steam Deck and 23 on Steam Machine. There are 19 Unsupported titles on Steam Deck and 15 on Steam Machine. Valve's compatibility documentation states that any game verified on Steam Deck is also guaranteed to be verified on Steam Machine.
Tech Optimizer
October 11, 2026
Lakebase is a fully managed Postgres database designed for modern application development, featuring an architecture that separates storage and compute with a serverless compute layer. This design allows for cost efficiencies through various mechanisms: 1. **Branching**: Developers can create isolated environments for development, testing, or experimentation without duplicating storage costs, as branches share the same underlying storage. 2. **Autoscaling**: Lakebase adjusts compute resources based on activity levels, allowing users to pay only for the compute they use. It can scale down during low activity and can be suspended entirely after inactivity, reducing costs to zero. 3. **Read Replicas and High Availability**: The separation of storage and compute allows for adding read replicas and high availability without incurring additional storage costs, as these instances utilize the same storage layer. 4. **Synced Tables**: Integration with the Databricks Intelligence Platform enables efficient data syncing, allowing users to sync only the necessary working set of data, which helps avoid unnecessary storage and sync costs. 5. **Sync Modes**: There are three sync modes (Snapshot, Triggered, Continuous) for transferring data from the Lakehouse to Lakebase, each with different cost implications based on data freshness requirements. 6. **Right-sizing Compute**: Users can set the initial compute range during project provisioning to avoid over-provisioning and unnecessary costs. 7. **Monitoring and Metrics**: The Lakebase Metrics dashboard provides insights into working set size and cache utilization, helping users optimize their compute sizing and performance. 8. **Point-in-Time Restore (PITR) and Snapshots**: PITR maintains history for recovery within a configurable window, while snapshots offer discrete recovery points. Both are priced lower than standard storage, making them cost-effective options for data recovery. Lakebase costs are categorized into compute, storage, and serverless pipeline compute for syncing data. Compute is measured by CU usage, while storage includes branch storage, PITR history, and snapshot storage, all tracked separately. Users can access detailed usage and cost information through system billing tables.
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