installer

Tech Optimizer
June 8, 2026
OneLaunch is a software application that creates a personalized dock and desktop environment on Windows computers, often pre-installed or bundled with other software. It has received mixed reviews, with concerns about system slowdowns and its legitimacy. OneLaunch.exe is a background process supporting the OneLaunch application, which provides quick access to applications and updates but can consume system resources. The OneLaunch browser, installed alongside the main application, can alter browser settings and redirect searches, potentially leading to unwanted advertisements. While OneLaunch is not classified as traditional malware, it is often categorized as a Potentially Unwanted Program (PUP) due to its bundled installation and ability to modify system settings. It can monitor browsing habits and share data with third-party advertisers. Users report intrusive behavior, such as altering default browser settings, and it can negatively impact system performance. To remove OneLaunch, users should end the running process, uninstall the application, delete leftover folders, remove startup entries, and reset browser settings. OneLaunch may reappear due to accidental reinstallations, active browser extensions, lingering scheduled tasks, or hidden companion programs. Preventative measures include downloading from official sources, reading installation screens carefully, keeping systems updated, and performing regular system checks.
Winsage
June 4, 2026
Windows 11 features Smart App Control to block untrusted applications and includes Windows Sandbox, a lightweight virtual machine that provides an isolated desktop environment for safely executing applications. Windows Sandbox uses container technology and hypervisor-based virtualization to mitigate risks associated with untrusted software. It ensures that each session starts fresh, with no data persisting after closing, and applications installed on the host system are not accessible within the Sandbox. Starting with Windows 11 version 22H2, data can persist through restarts initiated within the Sandbox. Windows Sandbox is included in supported Windows editions such as Pro, Enterprise, and Education, and offers quick launch times, a lower memory footprint, and a secure environment for testing untrusted software. Setting up Windows Sandbox involves searching for it in the Start menu, running it as an administrator, and transferring executable files for installation within the Sandbox.
Winsage
May 26, 2026
Removing Microsoft Edge from Windows can be complex due to its integration as a system component, especially in Windows 10 and standard Windows 11 installations. Edge may not have a straightforward Uninstall button in the Settings page, but methods exist for uninstallation, including using Edge's own installer or command-line approaches. In the EU, users may find an easier uninstall option in Settings due to the Digital Markets Act (DMA). To uninstall Edge, users should check their Windows version and region, install a replacement browser beforehand, and be aware that updates might reinstall Edge. Elevated permissions are typically required for uninstallation methods. Method A involves using Edge's setup.exe in uninstall mode from its Installer directory, which is widely compatible. Method B allows for a Settings-based uninstall in certain EU Windows 11 builds influenced by DMA. Method C uses PowerShell to remove Edge partially but may not be effective on newer builds. Method D suggests disabling Edge instead of fully uninstalling it for better system stability. Advanced techniques exist but carry risks, including potential system integrity issues. Users should consider application dependencies and the likelihood of Windows updates restoring Edge. For enterprise environments, policy-based control is preferred over complete removal. The EU DMA is driving changes toward a more modular Windows architecture, allowing for greater user choice regarding browser components.
AppWizard
May 25, 2026
The OpenTrafficMap initiative has introduced the ESP32-C5 C-ITS receiver board, which uses 802.11p / ITS-G5 V2X communication over the 5.9 GHz WiFi 6 spectrum for traffic management. Peter Holzhauser has forked the firmware for this receiver and ported it to the Waveshare ESP32-C5-WIFI6-KIT development board, adding Bluetooth Low Energy (BLE) streaming capabilities. He also developed the V2X2MAP open-source Android app to interface with the board, allowing users to monitor live traffic and visualize detected nodes on the OpenTrafficMap website. The ESP32-C5 C-ITS receiver board includes an ESP32-C5-WROOM-1 module, a GPS module, and an Ethernet port with Power over Ethernet (PoE). The V2X2MAP app captures signals from vehicles' on-board units (OBUs) and roadside units (RSUs) on the 5.9 GHz V2X band, collecting data such as GPS coordinates, speed, hazard alerts, traffic light countdowns, and intersection geometry. The app can update maps offline and refresh data via MQTT. The source code for the firmware and the V2X2MAP app is available on GitHub under an MIT license. The firmware has been adapted for the Waveshare ESP32-C5-WIFI6-KIT, which is available for purchase online. Users are cautioned about legal considerations regarding the reception and forwarding of ITS-G5 radio data, particularly concerning GDPR compliance in Europe. The ITS-G5 standard is primarily used in Europe, while other regions may rely on C-V2X technology.
Winsage
May 22, 2026
Microsoft's Digital Crimes Unit has filed a lawsuit against Fox Tempest, a criminal enterprise selling fraudulently signed malware to ransomware groups, affecting hospitals, schools, and critical infrastructure in ten countries. The lawsuit was filed on May 19 in the U.S. District Court for the Southern District of New York. Fox Tempest created a portal at signspace[.]cloud, offering a user-friendly interface for uploading malicious files and generating over 580 fraudulent Microsoft accounts to bypass identity verification. The group provided pre-configured virtual machines for customers to upload malicious payloads in exchange for signed binaries. Fox Tempest's operations were linked to a ransomware attack chain involving a counterfeit Microsoft Teams installer that deployed the Rhysida ransomware. This ransomware strain has caused significant breaches, including an October 2023 attack on the British Library, which resulted in a data exfiltration of about 600GB and recovery costs of £6 to £7 million, and a September 2024 attack on Seattle-Tacoma International Airport with a ransom demand of .8 million. Microsoft's civil litigation approach allowed for a quicker legal process, leading to the seizure of the signspace[.]cloud domain and the suspension of around 1,000 Fox Tempest accounts. Despite these actions, Fox Tempest has begun shifting to alternative code-signing services, highlighting the evolving nature of cybercrime and the need for users to verify software through independent channels. The confirmed targets of Fox Tempest included organizations in the United States, France, India, China, Brazil, Germany, Japan, the United Kingdom, Italy, and Spain.
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