: Allows you to view and edit process memory directly, including a search function for specific strings.

Are you looking to , hunt for malware , or develop software?

The tool is completely free and can be run as a standard executable or installed system-wide. Because it is highly versatile, it caters to both casual users trying to figure out why their PC is lagging, and seasoned engineers debugging complex applications. To try it for yourself:

| Feature | Windows Task Manager | Task Explorer x64 | | :--- | :--- | :--- | | | Basic CPU, Memory, Disk, and Network graphs | CPU, Memory, Disk I/O, Network, and GPU with detailed historical graphs and per-core CPU monitoring | | Process Details | Process name, PID, and basic resource usage | Full process path, command-line arguments, parent PID , and a multi-column, customizable tree view | | Driver Access | User-mode only; subject to OS restrictions | Kernel-mode driver for deep system access, allowing it to see hidden and protected processes | | Thread Analysis | Simple count of threads per process | Full stack trace for each thread, essential for debugging hangs and deadlocks | | Network Monitoring | Basic overview of connections | Detailed socket panel with real-time data rates and pseudo UDP connection tracking | | Memory Analysis | Total memory used by a process | Full memory editor with string search capabilities for forensic analysis | | Handle Information | Not available | Complete list of open handles with specific file names, sizes, and positions to track leaks | | DLL Management | Not available | List of loaded DLLs with the ability to unload or inject them for debugging | | Security & Anti-Malware | Very limited | Find hidden processes and detect injected code via the Modules panel | | Portability & Cost | Built-in, free | Free and open-source (GPLv3), with a portable version available |

Could you provide a bit more context about what you’re seeing or trying to do? For example:

One of its most exclusive features is the ability to display . While standard TCP connections are easy to track (establishing a clear connection between two endpoints), UDP is a connectionless protocol often used for video streaming, DNS queries, and peer-to-peer traffic. Task Explorer x64 can use Event Tracing for Windows (ETW) data to reconstruct and display UDP communication endpoints, giving you unprecedented visibility into which servers a program is communicating with, even over seemingly untraceable protocols.