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Windows 10 Support Ending: Windows 11 Upgrade Guide
Winsage
December 5, 2025

Windows 10 Support Ending: Windows 11 Upgrade Guide

- Before upgrading to Windows 11, it is essential to update Windows 10 to ensure a smoother migration process. - A USB flash drive with a minimum capacity of 8GB is needed if using the Media Creation Tool method for the upgrade. - A stable internet connection is crucial for downloading the upgrade, especially in Malaysia, where the download size is substantial. - The upgrade can be performed through three methods: Windows Update Automatic Upgrade, Media Creation Tool Installation, and Clean Installation Process. - A clean installation will erase all files on the device, so backing up important data is necessary before proceeding. - Users should complete their Windows 11 upgrade before October 14, 2025, to avoid potential issues after support ends. - Businesses can utilize Microsoft Endpoint Manager for remote upgrades and should verify device compatibility with Windows 11. - The upgrade from Windows 10 to Windows 11 is free for users with a valid Windows 10 license. - If a device does not meet the requirements for Windows 11, transitioning to a compatible PC or laptop is recommended. - Users can roll back to Windows 10 within 10 days of upgrading, but after that, a clean installation is required to revert. - The upgrade process typically takes 20 to 40 minutes, depending on hardware and internet speed. - Most applications that work on Windows 10 will continue to function on Windows 11, but testing critical applications is advised. - Backing up files before the upgrade is essential, with recommendations for both cloud and physical storage solutions. - Upgrading to Windows 11 provides enhanced security features, such as improved virus protection, biometric authentication, and encrypted storage. - The end of Windows 10 support on October 14, 2025, impacts compliance, insurance coverage, productivity tools, remote work capabilities, and vendor support for businesses. - HP Malaysia offers a range of devices for users needing to transition to Windows 11-compatible PCs or laptops.
Windows 10 Support Ending: Complete Windows 11 Upgrade Guide
Winsage
December 4, 2025

Windows 10 Support Ending: Complete Windows 11 Upgrade Guide

Upgrading to Windows 11 involves careful planning and preparation. Start by updating Windows 10 to ensure recent updates are applied. Acquire a USB flash drive (at least 8GB) for the installation process, and document current software licenses as some applications may require reactivation. Check for driver updates to ensure hardware compatibility with Windows 11. There are three main upgrade methods: 1. Windows Update Automatic Upgrade: Navigate to Settings > Update & Security > Windows Update, check for updates, and if compatible, download and install Windows 11. This method retains files and applications and typically takes 20 to 40 minutes. 2. Media Creation Tool Installation: Download the Media Creation Tool, run it, and follow prompts to create installation media on a USB drive. This method is useful for upgrading multiple devices. 3. Clean Installation Process: Insert the USB drive with setup files, restart the device, boot from the USB, and follow the instructions for a custom installation. This method erases all existing data, so comprehensive backups are necessary. Effective planning is crucial, and it is advisable to start the upgrade process well before the deadline of October 14, 2025. This allows time for testing applications, training staff, and addressing hardware requirements. Ensure all devices are compatible to avoid security issues, and consider a robust data protection strategy, such as a 3-2-1 backup approach. Upgrading from Windows 10 to Windows 11 is free for users with genuine Windows 10 licenses. If a device does not meet the requirements, it cannot be upgraded. Users can roll back to Windows 10 within 10 days of the upgrade, retaining previous files. The upgrade process typically takes around 20 minutes, depending on various factors. Planning the upgrade early helps mitigate operational disruptions, allowing for staggered upgrades and reduced risks of security vulnerabilities as Windows 10 support ends.
5 Linux desktop environments that make ditching Windows 10 easy - including my top pick
Winsage
November 26, 2025

5 Linux desktop environments that make ditching Windows 10 easy – including my top pick

KDE Plasma is a Linux desktop environment that resembles the Windows desktop and offers extensive customization options. It serves as the default desktop for distributions such as KDE Neon, Kubuntu, openSUSE, and Fedora KDE. Cinnamon is the default desktop environment for Linux Mint, designed for user-friendliness and closely resembling Windows in aesthetics and functionality. It is included in distributions like Linux Mint, Ubuntu Cinnamon, and Fedora Cinnamon. MATE is a continuation of GNOME 2, retaining familiar Windows features while being lightweight for older hardware. It can be found in distributions such as Debian, Fedora, Gentoo, and Ubuntu MATE. Budgie features an elegant design that mimics Windows and offers a customizable experience with a notification system called Raven. It is available in distributions like Ubuntu Budgie and Fedora. Xfce resembles Windows and includes essential features, but its high level of customization may overwhelm new users. It is the default desktop for distributions like Xubuntu and MX Linux.
Reinventing PostgreSQL for the Next Generation of Apps
Tech Optimizer
November 7, 2025

Reinventing PostgreSQL for the Next Generation of Apps

Enterprises are modernizing their databases due to latency issues, the need for global uptime, and licensing pressures. PostgreSQL is emerging as a preferred alternative to traditional database solutions like Oracle and SAP, focusing on reliability, control, and efficient management of modern workloads, including AI and edge applications. pgEdge, an open-source Postgres vendor, emphasizes that migration to PostgreSQL is about ensuring flexibility and avoiding vendor lock-in. PostgreSQL's governance model, independent of any single company, is a significant advantage, particularly in light of licensing audits and forced upgrades. PostgreSQL has a large developer community and is a mainstream enterprise technology, with tools like pgAdmin widely used. Concerns about operational burdens with open source are addressed by extensions like pgEdge, which enhance PostgreSQL's capabilities for high availability and seamless multi-cloud deployment. pgEdge operationalizes PostgreSQL for distributed use, automating upgrades, backups, and point-in-time recovery, leading to a lower total cost of ownership compared to proprietary models. Modern applications require edge-native databases to operate close to users, reducing latency. pgEdge supports multimaster PostgreSQL across geographically distributed clusters, allowing local read and write capabilities while maintaining data consistency. It builds on PostgreSQL’s logical replication without forking it, ensuring compatibility and consistency. pgEdge facilitates database automation on Kubernetes, managing backups, recovery, and upgrades, making it easier for platform teams. Organizations can start with a simple setup and scale to a multiregion architecture as needed, using the same PostgreSQL stack throughout. pgEdge offers container builds that cater to enterprise needs for geospatial intelligence and AI workflows. As AI applications increasingly run at the edge, pgEdge provides the necessary performance and coherence for edge-native AI. PostgreSQL's SQL compatibility and ACID compliance ease the migration process from systems like Oracle and SAP. The extensive user base across various sectors simplifies hiring PostgreSQL expertise. Combining PostgreSQL with pgEdge offers a strategic modernization pathway for enterprises needing reliable, Kubernetes-native operations and AI-ready extensions, freeing them from vendor lock-in and high licensing costs. This integration transforms PostgreSQL into a globally distributed, cloud-native control plane for data, benefiting architects, CFOs, and developers alike.
When the Patches Stop: Protecting Your (Windows 10) Environment with CDR
Winsage
October 29, 2025

When the Patches Stop: Protecting Your (Windows 10) Environment with CDR

Microsoft has ceased providing free security updates for Windows 10 as of mid-October 2025, marking the end of support for the operating system. Organizations can purchase Extended Security Updates (ESUs) to extend support temporarily, but these do not protect against zero-day vulnerabilities. Transitioning to Windows 11 presents challenges, including hardware incompatibility and the need for extensive planning and validation in regulated industries like healthcare and finance. Many businesses rely on Windows 10 systems that are integral to their operations and cannot easily be replaced. Cybercriminals exploit unpatched systems, with approximately 70% of successful breaches stemming from zero-day attacks. Traditional defenses are ineffective against undisclosed vulnerabilities, and human behavior remains a significant risk factor. Votiro offers a proactive solution through Content Disarm and Reconstruction (CDR), which sanitizes files in real-time to eliminate malware before it reaches unpatched systems, providing a protective barrier for organizations still using Windows 10.
The ESU Gamble: Why Windows 10 Extended Security Updates Are a Risk You Can’t Afford
Winsage
October 21, 2025

The ESU Gamble: Why Windows 10 Extended Security Updates Are a Risk You Can’t Afford

Many organizations are relying on Extended Security Updates (ESUs) for Microsoft’s Windows 10 as the end-of-life deadline approaches, but this solution is limited and does not protect against zero-day exploits or sophisticated attacks. The ESU program will end in October 2026, leading to increased costs and risks. Legacy systems like Windows 10 are particularly vulnerable to cybercriminals, and even with ESUs, they can be exploited by advanced threats. Transitioning to Windows 11 is complicated for many organizations due to compatibility and hardware issues. Morphisec offers a proactive solution with its Automated Moving Target Defense (AMTD) technology, which continuously alters system memory to protect against attacks without needing updates or patches. The cost of Morphisec is lower than potential expenses from ransomware incidents or ESUs. Organizations face significant risks if they delay action, as seen in past ransomware outbreaks like WannaCry. Unsupported systems can lead to compliance failures and reputational harm. Morphisec provides a way to secure Windows 10 systems while facilitating a smooth migration to Windows 11, ensuring protection across hybrid environments.
Microsoft Launches Online Migration for Azure PostgreSQL Flexible Server
Tech Optimizer
October 16, 2025

Microsoft Launches Online Migration for Azure PostgreSQL Flexible Server

Microsoft has introduced online migration for its Azure Database for PostgreSQL Flexible Server, enabling organizations to transition their databases with minimal downtime. This feature supports various sources, including on-premises PostgreSQL, Azure VMs, Amazon RDS, Aurora, and Google Cloud SQL, and is accessible through the Azure Portal and Azure CLI. Data remains continuously synchronized between source and target servers, allowing operational continuity during migration. Users can execute a final cutover after halting write operations and validating migrated data. The online migration tool is designed for production workloads requiring high availability, while offline migration is suitable for smaller databases or testing scenarios. This enhancement allows Azure customers to modernize PostgreSQL deployments efficiently, leveraging built-in replication and automation tools to minimize manual intervention and risks.
Firebase to Postgres: Breaking through the NoSQL ceiling with Mobbin
Tech Optimizer
October 12, 2025

Firebase to Postgres: Breaking through the NoSQL ceiling with Mobbin

Firebase is a popular choice for Minimum Viable Products (MVPs), but its NoSQL model can lead to performance bottlenecks, limited query capabilities, and unexpected cost increases as applications scale. Engineers from Supabase and Mobbin CEO Liau Jian Jie will discuss the challenges of scaling on Firebase and how migrating to Postgres can help developers scale effectively. The session will cover the migration process to Supabase on AWS, highlighting SQL capabilities, real-time features, and improved cost control. Key topics include the limitations of Firebase at scale, the advantages of SQL for complex queries, the migration of data and storage, the benefits of Postgres for speed and observability, and the true costs of using Firebase. A live Q&A will be available, and a recording will be provided for those who cannot attend.
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