Capture and analyze HTTP/HTTPS traffic, rewrite requests, and manage SSH connections. Use Terminal and Python3 for scripting. Edit cookies, perform DNS parsing, and run traceroutes. Monitor system resources like CPU, memory, and network.
Monitor CPU performance by viewing current and maximum frequencies. Track battery health with real-time data. Receive notifications when device firmware changes. Check device specifications and system status.
Record network traffic including TCP, UDP, DNS, and HTTP. Apply rules based on domain, keywords, IP ranges, and URL patterns. Modify traffic with policy groups and intercept requests for analysis.
Performance with real-time memory and CPU usage tracking. View information and test GPS, accelerometer, and gyroscope sensors. Detect and analyze sensor data for troubleshooting and optimization.
Diagnostic allow users to look up local devices via ARP or NDP. They can browse DNS-SD services, check DNS records, and retrieve interface details. Users can also perform troubleshooting and monitoring tasks.
Study for the Commercial Driver's License with practice questions and multi-choice answers. Take simulated tests with randomized questions. Receive detailed scores and email them. Save results automatically.
Track location, speed, altitude, and heading using built-in GPS. Customize with widgets for quick access. View real-time movement data and adjust settings for navigation.
Manage servers, NAS, and Linux routers via SSH without extra software. Connect remotely using terminal sessions. Execute scripts across multiple servers. Monitor performance metrics.
Monitor network connections in real time across Wi-Fi, VPN, and cellular interfaces. View IP addresses, geolocation, ASN, and provider details. Track active connections and switch networks seamlessly.
View detailed and system information of an iOS device. Check CPU details, memory usage, storage capacity, and battery status. Access real-time performance metrics and device identifiers. Export data securely.
Detect cameras and microphones by scanning Bluetooth devices and Wi-Fi networks. Identify suspicious lenses using magnetometer data. Lock and disable detected devices to secure personal space.