EXE to Service

EXE to Service is a specialized utility that converts any executable file (.exe), script, or batch process into a native Windows service. The tool enables applications to run in the background without manual intervention, start automatically with the system, and remain active independently of user sessions.

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• JavaScript engine for custom recovery logic. Integrates a built-in JavaScript engine that allows programming custom failure handling behaviors. It does not simply restart the process; it executes complex scripts that can diagnose system state, free resources, or correct preconditions before launching the executable again.
• Multi-channel real-time notifications. Features native connectors to Slack, Discord, Telegram, and email. When a monitored service stops or encounters errors, it sends immediate alerts with exit codes and JavaScript engine traces, facilitating remote intervention.
• Configuration via GUI or JSON. Offers two operation modes: a visual window to convert executables with few clicks and a JSON-based configuration system. The latter allows automating mass deployments through scripts or configuration management tools.
• Session 0 execution independent of user logins. Ensures the converted executable runs in the secure Session 0 context, without relying on interactive logins. Applications start with the operating system and remain active even when no user is logged into the console.
• Standard output and error redirection. Captures all stdout and stderr streams from the converted process and directs them to log files. Supports rotating these files by size or date, preventing uncontrolled growth and facilitating later service behavior auditing.
• Child process and full process tree monitoring. Monitors not only the main process but also all subprocesses it generates. If the JavaScript engine detects a hung child process, it can terminate it selectively before restarting the main service.
• Delayed startup and dependency control. Allows defining startup delays and specifying dependencies on other system services. This is critical when the converted executable requires certain components (databases, message queues) to be operational before launching.
• Progressive retry recovery mode. Implements a retry algorithm with exponential backoff. After consecutive failures, it increases intervals between restarts to avoid CPU saturation and allows system stabilization. The JavaScript engine can dynamically modify this behavior.
• Detailed Windows Event Log integration. Integrates its own events into the Windows application log. Every self-healing engine action, restart, or failure is recorded with unique identifiers, queryable with standard tools like Event Viewer.
• PowerShell and Python script compatibility. Although the name mentions EXE, it can wrap complete interpreters. Allows running .ps1 or .py scripts as services by launching the corresponding interpreter and ensuring continuous script execution.
• Execution with specific credentials. Supports assigning specific user accounts (local domain or Active Directory) for service execution. This enables granular security policies without modifying the original executable code.
• Custom environment variable persistence. Defines custom environment variables injected into the process before launch. These variables can be static or dynamically generated by the JavaScript engine, adapting executable behavior to external conditions.

EXE to Service development began in 2015 by a team of system engineers specializing in Windows infrastructure automation. The application is written entirely in C# on .NET Framework and, since 2018, incorporates native C++ components for advanced process management and JavaScript engine injection based on V8.

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