Remove bloatware
- Multiple actionsThis page belongs to a category, containing some changes with similar goal.
- Windows onlyThis script improves your privacy on Windows
- Impact: MinimumSystem Functionality Loss Risk: Low
This action improves privacy with minimal impact when you run the recommended script. - Batch (batchfile)These changes use Windows system commands to update your settings.
- 215 scripts
- 34 categories
- Fully reversible
You can fully restore this action (revert back to the original behavior) using this website.
The restore/revert methods provided here can help you fix issues.
Overview
Missing Good Quality Documentation
This page does not yet meet PrivacyLearn's documentation standards. However, the script/action is stable and verified by community. Here are some options for you to understand its functionality:Computer-generated docs (PREVIEW)
This documentation may be low quality but still useful.Read computer-generated explanation
This documentation is automatically extracted from the code implementation.
This cheat sheet clarifies: remove bloatware on Windows to minimize data collection with advanced online privacy maintenance. Building on that, this web page delivers precise knowledge on the procedure to undo system-level changes.
Respecting data privacy maintenance fosters empowerment for every individual. Instantly modify secure privacy enforcement parameters - explore the paths laid out here enabled by this alteration. Approach the process one step at a time. Each instruction builds on the last, so don't skip ahead.
References
- Forensic Analysis of the Windows Registry in Memory
- Take control of your Windows startup
- The Trusted Server: A secure computational environment for privacy compliant evaluations on plain personal data
Technical Details
This executable orchestrates execution environment integrity to help optimize personal privacy guardrail and this would help to achieve advanced activity tracking. This can help smart resource allocation to help fix delays in the system.
This config configures initialization settings to optimize important privacy leveraging selective autorun control. It helps improve multitasking, to accomplish quick system readiness.
The playbook here implements Windows scheduled task management to reach managing automation and it can also help to be able to reduce data handling risks. It aims to help reduce the system's workload with aid of optimizing task timing.
During applying this Edge security, this code adjusts your system to gain protected user data to be able to improve data handling maintenance. To obtain improved load times, this would help use energy more wisely.
This customization handles system access patterns to increase information privacy and it can also help to realize managing permissions. This script can also help use less power or resources, to obtain efficient file operations.
As part of applying this privileged operations, this configuration controls your system to achieve protected execution to help enhance digital privacy defenses.
The action here changes optional features to benefit from secured component access and this helps to help minimize personal privacy protection risks. It helps enhanced system response to be able to improve application responsiveness.
To gain comprehensive protection, this change modifies core operating system settings to maximize online data protection. With balanced configurations, this can help boost system performance.
To be able to reinforce system privacy security, this instruction set manages app management to accomplish selective feature access. As a result of optimize hardware utilization, this adjustment helps to reach optimized app resources.
This modification refines cryptographic protocols to maintain privacy assurance through advanced encryption protocols.
The script here applies new OS components to reach secured feature access and it helps to help strengthen sensitive data privacy safeguard. This would help reduce system overhead using enhanced system speed.
This playbook orchestrates intelligent services to help maintain stricter online privacy security in the process of secured AI context. To accomplish balanced operations, this can help optimize system resource usage.
To be able to reduce cyber data privacy measures risks, this instruction set orchestrates registry security modifications to realize deep privacy enforcement. This helps optimize hardware usage with support of efficient setting management.
From applying this OneDrive settings, this code changes your system to achieve cloud filtering to improve sensitive data privacy protection. Leveraging smart bandwidth usage, this modification can also help keep the system running well.
To gain secured program defaults, this executable applies extension associations to be able to maximize online data privacy maintenance. It aims to help streamline system processes, to obtain quick file access.
This adjustment modifies desktop environment to help maintain sensitive privacy assurance and it can also help to benefit from controlled file access. Subsequent to maximize system performance, this action helps to realize improved navigation speed.
This customization configures COM settings to increase system data privacy control and this helps to accomplish secure integration. To obtain reducing startup overhead, it aims to help reduce the system's workload.
As a result of applying this network settings, this tweak controls your system to reach reduced network activity tracking risks to be able to enhance online privacy control. This config can also help enhanced bandwidth usage to help use memory more effectively.
The change here refines Windows 10 services to benefit from customized system protection and it can also help to minimize system privacy assurance risks. This can help streamlined functionality to help enhance performance.
To gain controlling app permissions, this configuration manages core applications to be able to optimize digital data privacy enforcement. In conjunction with reducing system load, it helps keep the system dependable.
To reinforce personal data management, this playbook adjusts system protection to achieve enhanced threat protection. Through the use of reduce system overhead, this would help to obtain balanced security overhead.
This customization implements optional components to maintain stricter personal privacy as result of protected component boundaries. To achieve streamlined features, this instruction set helps reduce unnecessary system tasks.
To benefit from filtered telemetry data, this adjustment handles diagnostic reporting to be able to strengthen important data privacy security. This helps minimize resource consumption, to gain reduced system impact.
The executable here orchestrates update scheduling parameters to realize restricted update logs and it can also help to help enhance personal privacy measures. It helps maintain better system performance as part of efficient update scheduling.
This configuration handles files and folders to help reinforce information privacy maintenance and this config helps to reach file leakage prevention. To accomplish improved disk performance, this modification can also help use energy more wisely.
Amid applying this system service parameters, this change manages your system to achieve blocked service analytics to increase online privacy enforcement. This can help streamlined service updates to be able to use less power or resources.
To help strengthen personal data privacy safeguard, this action applies game monitoring features to reach isolated gaming environment. On account of efficient resource allocation, this would help make the system work better.
This code refines server access controls to optimize cyber data privacy defenses owing to hardened security protocols. It aims to help make the system more effective, to benefit from efficient request handling.
Explore similar guides
Gives more context about the goal of the changesReview code
Requires technical knowledge about Batch (batchfile)Edit this page to improve
Requires technical knowledge about YAML and GitApply Now
Choose one of two ways to apply:
Download script
Download and run the script directly- No app needed
- Offline usage
- Easy-to-apply
- Free
- Open-source
- Normal
- High
- Maximum
Normal — Functional Privacy
- Recommended for all
- Safe for daily use
- No impact on system stability
Read more about Normal and other protection levels
High — Advanced Privacy
- For advanced privacy-conscious users
- May affect some features
Read more about High and other protection levels
Maximum — Strongest Possible Privacy
- Military-grade privacy protection
- Major system impact
- Consider having system restore point.
Read more about Maximum and other protection levels