✨ Features of Easy Watermark
· 100% open source — transparent code and fully forkable
· Pure offline operation — no internet access required, ensuring complete photo privacy
· No permissions needed on Android 10+ (API ≥ 29); limited storage access for older versions
· Zero tracking — no analytics, device IDs, or crash reporting for maximum security
· No third-party SDKs — fully privacy-respecting experience
· Flexible layout — supports horizontal and vertical spacing with automatic full-image repetition
· Customizable style — adjust font color, style, transparency, size, and rotation angle
· Multiple content types — add both text and image watermarks (stickers supported)
· 100% open source — transparent code and fully forkable
· Pure offline operation — no internet access required, ensuring complete photo privacy
· No permissions needed on Android 10+ (API ≥ 29); limited storage access for older versions
· Zero tracking — no analytics, device IDs, or crash reporting for maximum security
· No third-party SDKs — fully privacy-respecting experience
· Flexible layout — supports horizontal and vertical spacing with automatic full-image repetition
· Customizable style — adjust font color, style, transparency, size, and rotation angle
· Multiple content types — add both text and image watermarks (stickers supported)
✨ Features of Shappky
· Flexible permissions — works seamlessly with either Shizuku or Root access
· Simplified user interface — clean, practical, and easy to use
· Fast performance — efficiently stops applications with minimal delay
· System app control — option to select and terminate system apps
· Custom app selection — choose specific apps to stop based on your preferences
· Built-in security — essential system apps are protected and shown in gray
· Background service — automatically kills unused apps when enabled via Quick Tile
· Flexible permissions — works seamlessly with either Shizuku or Root access
· Simplified user interface — clean, practical, and easy to use
· Fast performance — efficiently stops applications with minimal delay
· System app control — option to select and terminate system apps
· Custom app selection — choose specific apps to stop based on your preferences
· Built-in security — essential system apps are protected and shown in gray
· Background service — automatically kills unused apps when enabled via Quick Tile
💻 Run CHRONIX:
git clone https://github.com/smilymouth/Chronix.git cd Chronix pip install -r requirements.txt python Chronix.py
❤2
🚀 Features of CHRONIX
🔍 Real-time CPU, RAM, and temperature tracking
🤖 AI-based hardware failure prediction (predictive_maintenance.csv)
📊 Live graph visualization — CPU, RAM, temperature, RPM, and torque
⚙️ Manual dataset loader for training custom AI models
💡 Compare last and current system states
🌑 Smooth, futuristic dark UI
🔍 Real-time CPU, RAM, and temperature tracking
🤖 AI-based hardware failure prediction (predictive_maintenance.csv)
📊 Live graph visualization — CPU, RAM, temperature, RPM, and torque
⚙️ Manual dataset loader for training custom AI models
💡 Compare last and current system states
🌑 Smooth, futuristic dark UI
❤2
✨ Features of LibreTube
· No ads or tracking
· Subscriptions
· Subscription groups
· User playlists
· Playlist bookmarks
· Watch/Search history
· SponsorBlock
· ReturnYouTubeDislike
· DeArrow
· Downloads
· Background playback
· User accounts via Piped (optional)
· No ads or tracking
· Subscriptions
· Subscription groups
· User playlists
· Playlist bookmarks
· Watch/Search history
· SponsorBlock
· ReturnYouTubeDislike
· DeArrow
· Downloads
· Background playback
· User accounts via Piped (optional)
✨ Features of Lazyjournal
· Simple installation — runs from a single executable with no dependencies or configuration needed
· Centralized search — filter across all log sources to quickly find the desired journal
· Live streaming — view new log events in real time (similar to tail)
· Systemd integration — view all units (services, sockets, etc.) and their logs with current running status
· Journalctl support — access full system and user journals through journald
· Boot history — list and inspect kernel log output for all system boots
· Auditd integration — view and filter audit rules by key in interpreted format
· File system log access — browse Apache, Nginx, syslog, messages, and other logs from /var/log
· User log discovery — list all log files in home directories and open descriptor logs used by processes
· Archive log reading — supports gz, xz, bz2 compressed logs and pcap packet capture formats
· Apple System Logs — supports viewing logs in ASL format
· Remote host log analysis — aggregate and analyze logs from multiple systems via rsyslog
· Docker and Swarm logs — read container logs with timestamps and stream-based filtering
· Docker Compose logs — combined log view across all stack containers, sorted by time
· Podman logs — read logs without running a background socket process
· Kubernetes support — view pod logs after configuring kubectl connection to the cluster
· k3s logs — access pod and container logs from any node, including workers
· Windows support — read Windows Event Logs via PowerShell and wevtutil, plus application logs
· Remote access — connect and view logs stored on other systems
· Simple installation — runs from a single executable with no dependencies or configuration needed
· Centralized search — filter across all log sources to quickly find the desired journal
· Live streaming — view new log events in real time (similar to tail)
· Systemd integration — view all units (services, sockets, etc.) and their logs with current running status
· Journalctl support — access full system and user journals through journald
· Boot history — list and inspect kernel log output for all system boots
· Auditd integration — view and filter audit rules by key in interpreted format
· File system log access — browse Apache, Nginx, syslog, messages, and other logs from /var/log
· User log discovery — list all log files in home directories and open descriptor logs used by processes
· Archive log reading — supports gz, xz, bz2 compressed logs and pcap packet capture formats
· Apple System Logs — supports viewing logs in ASL format
· Remote host log analysis — aggregate and analyze logs from multiple systems via rsyslog
· Docker and Swarm logs — read container logs with timestamps and stream-based filtering
· Docker Compose logs — combined log view across all stack containers, sorted by time
· Podman logs — read logs without running a background socket process
· Kubernetes support — view pod logs after configuring kubectl connection to the cluster
· k3s logs — access pod and container logs from any node, including workers
· Windows support — read Windows Event Logs via PowerShell and wevtutil, plus application logs
· Remote access — connect and view logs stored on other systems
