Parallels Client vs Cornell Co

Parallels Client, when connected to Parallels RAS (Remote Application Server), provides secure access to business applications, virtual desktops, and data from your device. Using virtualized applications and desktops in Parallels Client is intuitive, fast, and reliable. Parallels Remote Application Server and Parallels Client allow you to: • Work on any device from anywhere • Access any corporate Windows applications • Resize and optimize published applications for a native look and feel FEATURE HIGHLIGHTS • Seamless access to Windows applications on your device • Higher level of security when connecting over SSL • Access to Azure Virtual Desktop environments • Ability to work with virtual desktops, terminal servers/RD Session Hosts, and Windows PC hosts • Universal Printing allows you to print from your device to any printer • Graphic acceleration using RemoteFX • Remote applications and desktops extended to multiple monitors • Remote sound, local drive, and two-way clipboard redirection for a truly intergrated experience If you have questions about Parallels Client, please visit our support page. For more information about Parallels RAS, visit www.parallels.com/products/RAS/. Parallels Remote Application Server is an industry-leading solution for virtual applications and desktop delivery.

Working with either battery or external power, Cornell Co-Pilot connects to your pump to monitor temperature, vibration, operating conditions, and location. Use the Co-Pilot to plan maintenance, check operation, reduce manual inspections, track pump location, demonstrate run conditions to customers on warranty claims, and improve run time through maintenance program. Access parts lists, pump curves and operating manuals at the touch of a button. Cornell Co-Pilot allows you to monitor single and multiple pumps via IIoT cloud. With built-in battery power, you can monitor temperature, vibration and GPS location, and additionally monitor flow, pressure, start/stop operations and more when connected to external power. The real time pump data can be used for maintenance, wear estimation, and critical conditions, as well as receive alerts for preset running conditions.