Abstract: The universal astronomical instrumentation control system is completely based on an Open Source architecture in the server- and client-side components. The system is self-contained within a single small factor package using embedded hardware architecture. No desktop or server-side components are required. The system creates a WiFi hotspot that enables mobile/tablet/desktop devices to connect to it and control any astronomical devices attached to the unit. Therefore, no external network is required in order to operate the device. The system is not limited to canonical devices. Any device with an INDI (Instrument Neutral Distributed Interface) driver can be controlled by the unit. The system's client software is cross-platform and available on desktop, tablet, and mobile devices. The system is a consumer-level device designed for fast and easy control of commercially popular astronomical equipment.

Abstract: The universal astronomical instrumentation control system is completely based on an Open Source architecture in the server- and client-side components. The system is self-contained within a single small factor package using embedded hardware architecture. No desktop or server-side components are required. The system creates a WiFi hotspot that enables mobile/tablet/desktop devices to connect to it and control any astronomical devices attached to the unit. Therefore, no external network is required in order to operate the device. The system is not limited to canonical devices. Any device with an INDI (Instrument Neutral Distributed Interface) driver can be controlled by the unit. The system's client software is cross-platform and available on desktop, tablet, and mobile devices. The system is a consumer-level device designed for fast and easy control of commercially popular astronomical equipment.