Files Over Miles: How to Transfer Large Data Sets Quickly and Securely

Files Over Miles How to Transfer Large Data Sets Quickly and Securely

With the help of the browser-based file-sharing service Files Over Miles, users could transmit large files to others without worrying about file size restrictions. The service is especially helpful for people and organizations that need to share large files, such as papers, photos, and videos. There was no program installation or registration needed to use Files Over Miles.

One of the main characteristics of Files Over Miles is accessibility. Utilizing the service is simple and doesn’t require any technological knowledge. All users needed to do was go to the website, submit their file, and send the receiver the link. After that, the file could be downloaded by the receiver straight from the website. A broad spectrum of users can access Files Over Miles because it works with all major web browsers.

Files Over Miles No Longer Exist, Now What?

Back around 2010, there was a site called Files Over Miles; it was described as a way to “Send files directly to other users (P2P) using your browser,” aka browser-to-browser sharing. Your browser must be open until the recipient finishes downloading. Files Over Miles belonged in the file-sharing category. Sadly, Files Over Miles is no longer available, but ShareDrop is an excellent alternative and is easy to use. When sharing files online, use a powerful, free VPN to protect your privacy and security.


Files Over Miles was a new service that allowed you to move files from one computer to another. It sends it from browser to browser, as stated in its tagline. From a user standpoint, Files over Miles was straightforward to use. If you wanted to send a movie or a video game to your friend, but he may live far from you or you didn’t know how to send the file to him, you could use a P2P site, just like Files over Miles or Sharedrop.

All you had to do was browse the file, which returned a link. After that, you had to send the link to the other person who wanted to download the file. There were some problems with Files over Miles as well; one of them was that your firewall blocked the P2P connection; they even pointed it out in their FAQ.

The other problem was much more significant; it required Flash 10. This was the biggest reason people had an issue with Files Over Miles. The first topic on the site’s FAQ was upgrading Flash and clearing the browser cache. The other problem with Flash was that it limited the maximum file size to the amount of available RAM you had on your computer. Apart from these problems, people liked Files Over Miles. It was straightforward to use, with a simple interface, and it was the easiest way to send a file over to people in the shortest amount of time. Luckily, ShareDrop is a fantastic alternative, and it is a much better P2P site as well.


ShareDrop is a web program modeled after Apple’s AirDrop service. It enables you to transfer files across devices without needing to submit them to a server first. For safe peer-to-peer file sharing, it employs WebRTC and Firebase for presence management and WebRTC signaling. To use ShareDrop, all you have to do is open ShareDrop on the devices, and they will see each other. After this, you need to click the + button in the top right corner, creating a room with a unique URL. You will need to share this URL with others to whom you want to send the file.

The crucial difference between ShareDrop and AirDrop is that ShareDrop requires an Internet connection to discover additional devices. In contrast, AirDrop does not because it forms an ad hoc wireless network between them. ShareDrop, on the other hand, lets you exchange files between mobile (Android and iOS) and desktop computers, as well as across networks.


  • Edge
  • Firefox
  • Opera
  • Chrome
  • Safari 13+

    How did Files Over Miles work?

    The process of using Files Over Miles was straightforward yet ingenious:

    1. Initiation: Users began by visiting the Files Over Miles website.
    2. File Selection: A file, irrespective of its size, was chosen from the user’s local computer.
    3. URL Generation: A unique URL was generated for the selected file.
    4. Sharing: This URL was shared with the recipient.
    5. Transfer Process: As the recipient accessed the URL and initiated the download, the file was loaded into the sender’s memory. It’s crucial to emphasize that the sender’s browser had to remain active throughout this process.
    6. Completion: Once transferred, the recipient could save the file locally.
    safely share files

    Files Over Miles: Key Features

    • Speed and Efficiency: Renowned for its rapid transfer capabilities, Files Over Miles eliminated the time-consuming upload phase typically seen on other platforms.
    • Large File Support: The platform could handle sizable files, a feature especially beneficial for sharing high-resolution videos or extensive datasets.
    • Robust Encryption: With 128-bit AES encryption, the platform ensured that data remained secure during transmission, thwarting potential eavesdroppers.
    • Universal Compatibility: As long as a browser supported Adobe Flash Player 10, Files Over Miles was accessible.
    • UDP Hole Punching: This advanced technology was instrumental in establishing direct connections and streamlining the file transfer process.

    Files Over Miles: Browser-to-Browser File Sharing

    A newly launched service allows you to send files (large files included) directly from your web browser to another web browser.  Files Over Miles is a service that is built upon the P2P file transfer capabilities that are included in Version 10 of Adobe Flash Player.  With this P2P capability, the need for an intermediate server is eliminated, transferring the file directly from one web browser to another.

    Features of Files Over Miles include:

    • High Speed
    • Ability to send large files
    • Encryption (128-bit AES)
    • It works with any browser with Adobe Flash Player 10.
    • UDP Hole Punching

    Limitations of Files Over Miles:

    • A sent file can only be as large as the available amount of RAM on the sender’s computer (ex., 755 MB of RAM free means 755 MB is the largest size file transmittable).
    • The recipient may only receive files that are smaller than half of the available RAM on their computer (ex., 512 MB of RAM free means the largest receivable file is 255 MB) [Limitation of Adobe Flash].
    • It will not work if either party is behind a firewall that blocks UDP packets.
    • The sender’s browser must remain open while the recipient is downloading the file.


    In conclusion, there are several alternatives to Files Over Miles that offer secure and efficient file sharing services in the digital age. While Files Over Miles was a popular service that offered direct peer-to-peer (P2P) file sharing right from your browser, it is no longer available, and users must look for other options.

    Some of the benefits of using alternatives to Files Over Miles include improved security features, faster transfer speeds, and more storage space. However, there are also drawbacks to consider, such as limited file size restrictions and the need for both parties to have an account with the same service.

    Technology has made it easier than ever to share files over long distances quickly and securely. Dropbox Transfer, for example, builds on Dropbox’s file storage service and permits free one-time transfers of files up to 100GB to anyone. All transfers are secured with a password and expiration date.

    Other alternatives, such as MailBigFile, offer a simpler alternative compared to full Dropbox accounts. The service allows users to send files up to 2GB in size for free and up to 20GB for a fee.

    Overall, the decision to use an alternative to Files Over Miles will depend on the specific needs of the user. It is important to consider factors such as security, file size restrictions, and ease of use when choosing a file sharing service.

    Also Visit: The Rise of Computer

Leave a Reply

Your email address will not be published. Required fields are marked *