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How to Make a Dongle Server: All Possible Solutions in 2024

How to Make a Dongle Server: software and hardware methods

In the fast-paced world of technology, remote access to software protection devices, commonly known as USB dongles, has become increasingly important for professionals who rely on specialized software to perform their job from various locations. If you’ve ever found yourself in a bind, needing access to a licensed software but the required USB dongle is connected to a different computer, then you understand the necessity of creating a USB dongle server. The concept involves using a device or software solution that allows dongles to be shared over the network, giving users remote access to the dongles as if they were connected locally.


Common Scenarios:

Sharing Dongles in a Multi-User Environment 🧑

  • If you work in an environment where multiple users need to access a software protected by a USB dongle, then the creation of a USB dongle server becomes paramount.
  • A USB dongle server effectively eliminates the need for physical transfers of the dongle, reducing wear and tear and the risk of losing these small devices.
  • Remote access to dongles can dramatically improve workflow and productivity within an organization.

Remote Work Challenges 🏠

  • Remote work setups can present a challenge when software requires a hardware key for functionality.
  • By setting up a USB dongle server, individuals can access necessary dongles from any location with internet access, as long as the server is properly configured.

Educational and Training Settings 🎓

  • Institutions that utilize specialized software for training may find it infeasible to provide a dongle for every student or workstation.
  • A USB dongle server enables students to access the required software without the dongle being plugged into their local machine.
  • This scalability can be invaluable for educational institutions with limited resources.


Step-by-Step Guide. USB Dongle Server:

Method 1: Using Dedicated Dongle Server Hardware 🛠

  • Identify a dedicated dongle server hardware that supports the number of USB dongles you intend to use across your network (like dongleserver by SEH or anywhereusb by Digi).
  • Connect your USB dongles to the dongle server hardware.
  • Install the necessary server management software on your central computer to configure and manage dongle access permissions.
  • Install client software on computers that will remotely access the dongles, allowing them to communicate with the dongle server.

Note: This method may involve a significant upfront cost for the hardware but can provide a robust and reliable solution.

Conclusion: Dedicated hardware can streamline the dongle-sharing process across large networks.

Method 2: Using Donglify for Virtual Dongle Sharing 💻

    Try Donglifythe dongle sharing software.
  • Install Donglify on the computer to which the USB dongle is physically attached.
  • Create an account within the Donglify application to start the dongle sharing process.
  • Install Donglify on any client computer that needs remote access to the dongle, and log in with the same account.
  • Use Donglify’s interface to connect client machines to the dongle remotely.

Note: Donglify is a software solution making USB dongle sharing convenient with minimal setup and without the need for additional hardware.

Conclusion: Donglify provides an efficient way of sharing USB dongles over the internet.

Method 3: Using a Raspberry Pi as a DIY Dongle Server 🥧

  • Purchase a Raspberry Pi and install a compatible operating system, such as Raspbian.
  • Connect your USB dongle to the Raspberry Pi.
  • Install USB-over-Ethernet software on the Raspberry Pi to turn it into a dongle server.
  • Configure the server software to share the dongle over the network.
  • On client computers, install client software that corresponds with the server software you’ve used on the Raspberry Pi.

Note: This DIY approach is cost-effective and customizable but may require more technical knowledge for initial setup.

Conclusion: A Raspberry Pi can be a versatile and economical dongle server for smaller scale operations or tech enthusiasts.


Precautions and Tips:

Navigating Dongle Compatibility Issues ⚙

  • Always ensure compatibility between the dongles, sharing software, and client operating systems.
  • Check for driver updates and consider testing the configuration on a small scale before deploying widely.

Securing Your USB Dongle Server 🛡

  • Implement strong network security measures to prevent unauthorized access to your USB dongles.
  • Use encryption and secure tunnels like VPNs when accessing dongles over the internet.


Additional Considerations and Best Practices

When creating a USB dongle server, it’s crucial to consider the network’s stability and security. A stable network connection ensures that the dongle’s functionality is consistently available to the end-users. Security, on the other hand, is paramount since you’re broadcasting what essentially could be a key to valuable software over the network. Consider using encryption and VPNs, especially when the server and clients are not on the same local network. Additional layers of access control and authentication can further protect your assets.

It’s also vital to ensure that your chosen solution does not violate any software licensing agreements associated with the dongle. Some manufacturers may have stipulations about the physical proximity or the number of users allowed to access the dongle simultaneously. Violating these terms could potentially lead to legal issues or software deactivation.

Having a reliable solution for USB dongle sharing not only helps in agile and flexible working environments but also enhances the collaboration potential of your team. Beyond these functional aspects, USB dongle servers can convey a sense of technical proficiency and forward-thinking approach to technology infrastructure within an organization.


In summary, creating a USB dongle server can significantly improve the flexibility and efficiency of using protected software applications within an organization. By ensuring that every employee has access to essential software regardless of their location, a dongle server not only supports a remote and agile workforce but also maximizes the investment in specialized software licenses. It’s integral to assess the options available, whether hardware- or software-based, and choose the one that aligns best with your operational needs and budget. The overarching goal is to strike a balance between convenience, cost, security, and compliance. With the right approach and tools, your USB dongle server will become an invaluable part of your IT infrastructure.


A USB dongle server allows multiple users to access and share USB dongles over a network, effectively extending their functionality to remote systems.

It enables organizations to manage digital assets efficiently by allowing multiple computers to access software licenses from a centralized dongle storage system.

Yes, a USB dongle server can be configured to work over the internet, permitting remote users to access dongles as if they were locally connected.

Most servers support various dongles including software license keys, authentication tokens, and more, provided they use standard USB protocols.

Setup can vary, but modern servers come with user-friendly interfaces and guides, easing the installation and management process.

There might be minimal latency introduced due to network conditions, but generally, it’s negligible and does not affect dongle functionality.

Security is vital; hence, servers often include encryption and access controls to safeguard against unauthorized access to the dongles.

Yes, they can integrate with virtualized systems, allowing dongles to be used with virtual machines and remote desktops.

Besides the server hardware, a stable network environment and compatible dongles, client software installation on user computers is usually necessary.

Companies like Digi International and SEH Technology offer reliable dongle server products suitable for various business needs.