firmware

Winsage
May 4, 2025
Microsoft is encouraging users to transition from Windows 10 to Windows 11, especially as support for Windows 10 will end on October 14, 2025. Upgrading to Windows 11 on new devices, such as the Surface Copilot+ PCs, can enhance productivity, with workflows reportedly running up to 50% faster compared to older devices. Organizations using Windows 11 Pro have experienced a 62% reduction in security incidents, and features like Secure Boot can reduce firmware attacks by three times. Additionally, deployment of these systems is approximately 25% faster, aiding IT teams in transitioning users efficiently.
Winsage
April 28, 2025
The Windows 11 Command Palette from PowerToys serves as a centralized command hub, allowing users to execute system commands, settings, and application launches through a unified search bar. Users can customize the palette by integrating third-party tools and adding their own commands. WinGet can be accessed from the interface to install software packages easily. However, there are issues with the Command Palette not launching consistently, requiring users to disable and re-enable it to fix the shortcut. Some preinstalled commands are deemed unhelpful, but users can disable them in the settings. Overall, the Command Palette enhances workflow efficiency by simplifying access to various tasks.
Winsage
April 28, 2025
Microsoft will launch a subscription-based hotpatching service for Windows Server 2025 on July 1, 2025, priced at [openai_gpt model="gpt-4o-mini" prompt="Summarize the content and extract only the fact described in the text bellow. The summary shall NOT include a title, introduction and conclusion. Text: Microsoft is set to transform the landscape of enterprise updates with the upcoming launch of its subscription-based hotpatching service for Windows Server 2025. This innovative approach marks a significant shift in how updates will be managed for businesses operating Windows Server outside of Azure. Beginning July 1, 2025, hotpatching will transition from a complimentary preview to a paid subscription model, priced at .50 per CPU core per month. This change extends a capability that was previously exclusive to Azure users, now making it accessible for on-premises servers and hybrid environments through Azure Arc integration. What Is Hotpatching? Hotpatching is a cutting-edge technology that enables the installation of security and critical updates without necessitating a system reboot. Instead of interrupting services or rebooting servers, hotpatching directly updates the in-memory code of running processes. This advancement brings Windows server deployments in line with similar technologies that Linux administrators have enjoyed for years, such as kpatch and ksplice. By allowing updates without reboots, organizations can significantly reduce disruptions while enhancing their security posture. How Does Hotpatching Work? The hotpatching mechanism follows a structured update cycle: Baseline months: In January, April, July, and October, a full cumulative update will be released, requiring a reboot to establish a new baseline. Hotpatch months: In the two months following each baseline month, critical patches will be deployed via hotpatches without requiring any server reboots. This means that servers will only need to reboot approximately four times a year, rather than monthly. On rare occasions, Microsoft may issue a critical security update that requires a reboot even during a hotpatch month, but the aim remains clear: to provide up to eight rebootless hotpatches annually. Why Is Microsoft Moving to a Paid Model? While hotpatching was available at no additional cost during its preview phase, Microsoft is now positioning it as a premium feature for customers seeking maximum uptime, operational simplicity, and rapid security response. According to the Windows Server team at Microsoft, the value of hotpatching encompasses: Reduced Downtime: Maintain operations without the need for scheduling late-night or weekend reboot windows. Faster Updates: Smaller patches facilitate quicker deployments. Enhanced Security: Address vulnerabilities swiftly without delays associated with reboot coordination. Operational Efficiency: Streamlined change management and patch orchestration. Internal teams at Microsoft, including the Xbox division, have already experienced notable efficiency improvements with hotpatching, completing tasks that previously took weeks in just days. Subscription Details Feature Details Launch Date July 1, 2025 Price .50 USD per CPU core per month Editions Supported Windows Server 2025 Standard and Datacenter Deployment Requirement Must be connected to Azure Arc Included with Azure Editions Datacenter: Azure Edition (no extra charge) Patch Frequency 8 hotpatches/year + 4 reboot-required baseline patches Organizations currently utilizing the free preview must either opt out before June 30, 2025, or they will be automatically transitioned into the paid subscription starting in July. While hotpatching offers powerful capabilities, it does not entirely eliminate the need for traditional updates. Certain updates will still necessitate a reboot, including: Major non-security updates. .NET Framework patches. Driver and firmware updates. Emergency out-of-band security patches. As such, administrators should still anticipate occasional downtime, albeit significantly reduced. By incorporating hotpatching into their update strategies, organizations can bolster system availability and streamline their maintenance processes." max_tokens="3500" temperature="0.3" top_p="1.0" best_of="1" presence_penalty="0.1" frequency_penalty="frequency_penalty"].50 per CPU core per month. Hotpatching allows security and critical updates to be installed without rebooting the system, reducing downtime and enhancing security. The update cycle includes four baseline months requiring reboots and eight hotpatches annually without reboots. The service is available for Windows Server 2025 Standard and Datacenter editions and requires connection to Azure Arc. Organizations using the free preview must opt out by June 30, 2025, or will be transitioned to the paid model. Certain updates, such as major non-security updates and .NET Framework patches, will still require reboots.
Winsage
April 25, 2025
Many organizations are hesitant to upgrade to Windows 11, with a global adoption rate of only 38% since its launch in 2021. This reluctance is due to companies wanting to extend the lifespan of existing devices, despite the risks associated with inaction. Microsoft will soon discontinue free security patching for Windows 10, leading to potential costs for continued support. Windows 11 has been shown to reduce security incidents by 58% and decrease firmware attacks by more than threefold. Organizations that delay the transition may hinder their competitiveness and face employee dissatisfaction, particularly in sectors like healthcare. The end of support for Windows 10 presents a crucial opportunity for companies to reassess their IT infrastructure and invest in higher-performing technology.
Winsage
April 22, 2025
Microsoft will officially cease support for Windows 10 on October 14, compelling users to transition to Windows 11, which has more demanding hardware requirements. Users with older systems may struggle to meet these requirements, and Microsoft will not guarantee updates for installations on unsupported hardware. Windows 10 will continue to receive support until October 2025, after which paid updates will be available. The Trusted Platform Module (TPM) is emphasized in Windows 11 for enhanced security, providing encryption and verifying software integrity. Recent statistics show that Windows 11 has surpassed Windows 10 in market share in the U.S., with 54% of users on Windows 11 compared to 44% on Windows 10. However, Windows 10 still holds a 55% market share in Europe and over 60% in Asia.
Winsage
April 20, 2025
Microsoft is encouraging approximately 240 million PC owners to recycle outdated devices, as they will not qualify for a free upgrade to Windows 11 without new hardware. The company emphasizes the importance of the Trusted Platform Module (TPM) 2.0, a security chip that determines eligibility for the upgrade and protects sensitive data. TPM 2.0 offers several security benefits, including data encryption, verification of trusted software, detection of physical tampering, and support for advanced security features in Windows 11. Currently, around 240 million PCs are estimated to be ineligible for the upgrade, which may hinder the adoption of Windows 11 and leave many devices vulnerable to cyber threats.
Winsage
April 20, 2025
Windows 10 has a user base of 54.2%, while Windows 11 has 42.69%. The requirement for TPM 2.0 in Windows 11 poses a barrier for users considering an upgrade. Microsoft highlights the benefits of TPM 2.0, including data protection, software integrity, physical tamper resistance, and support for advanced security features. Microsoft encourages users to transition to Windows 11 for enhanced security, improved user experience, and future readiness. However, the adoption of TPM 2.0-compatible CPUs has not met expectations, and the end of support for Windows 10 may prompt more users to upgrade to Windows 11.
Winsage
April 18, 2025
The blue screen of death (BSOD) indicates a critical system issue in Windows. Common causes include: - Faulty or outdated drivers, often related to hardware changes. - Hardware problems, such as failures in RAM, hard drives, or motherboards. - Overheating due to dust, poor ventilation, or malfunctioning fans. - Corrupt system files from improper shutdowns, power surges, or software bugs. - Software conflicts, particularly with incompatible applications. - Issues from problematic Windows updates. - Viruses or malware that corrupt system files or disrupt functionality. - BIOS or firmware issues that introduce instability. - Defective external devices like USB sticks or hard drives. Resolving BSOD issues requires a systematic approach and understanding of error codes.
AppWizard
April 17, 2025
An updated rollout schedule for One UI 7, featuring Android 15, has been shared on Reddit, reportedly from the Samsung Members app. The Samsung Galaxy S24 series, Galaxy Z Flip 6, and Z Fold 6 are set to receive the update starting April 25, followed by the Galaxy S23 series, Z Fold 5, and Z Flip 5 around May 25. The rollout is phased with a one-month interval between groups, concluding in July. The Galaxy Tab A9 is expected to receive its update in July. Initially, One UI 7 was supposed to launch widely on April 7 in Korea, but the rollout was halted three days later due to a bug affecting several devices. Samsung has acknowledged the situation and is updating the rollout schedule for a better experience, but did not specify reasons for the pause.
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