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DNClient Server is a software package published by Defined Networking, Inc., currently available in version 0.9.8, with a total of four versions listed in the catalog. It is the headless build of the Defined Networking client, designed specifically for managed nebula networks. The package serves as a daemon intended for server environments where a graphical user interface is not required or desired, making it suitable for unattended machines that need reliable network connectivity without interactive operation. Upon installation, DNClient Server installs the dnclient.exe binary and registers it as an auto-start Windows service. This behavior ensures that the host automatically joins the managed nebula network when the machine boots, removing the need for manual startup or user login before the network connection is established. This characteristic makes the software particularly relevant for servers, background workloads, and other infrastructure components that must remain consistently connected to the managed network across reboots and maintenance cycles. To bring a server online, the software is paired with an enrollment code obtained from the Defined admin panel. This enrollment workflow connects the headless client to the managed nebula network administered through the Defined Networking platform, tying the host to the operator's network configuration. DNClient Server falls within the networking software category, specifically addressing virtual networking and overlay network connectivity use cases. It is appropriate for administrators and operators who manage nebula networks through Defined Networking and need to enroll Windows-based servers or headless machines into those networks. The availability of four catalog versions, with 0.9.8 being the current release, allows users to track the package's release history and select the version appropriate for their deployment. In summary, DNClient Server provides a service-oriented, automatically starting client component that enables Windows hosts to participate in managed nebula networks with minimal ongoing intervention.
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