For example, FTPS – which adds SSL/TLS support to the commonly-used FTP technology – is widely known and can be used for both H2H and S2S transfers. However, these each have their own strengths and weaknesses that could make them more suitable for certain tasks. In this case, alternatives such as FTPS, SFTP and SCP are available to ensure files can be transferred securely. If companies are looking to initiate S2S file transfers, HTTPS may not be the best option. Also, as there is no human factor involved, this means businesses do not have to worry so much about usability.
This is in contrast to system-to-system (S2S) transfers, where the systems in place at each end may be much more tightly controlled. This makes it well-suited to human-to-human (H2H) file transfer operations, where there may be much greater diversity in the number of operating systems and browsers used. It is also particularly useful if it is being used by individuals who do not have a great deal of knowledge about file transfers. HTTPS, for instance, is one of the most versatile standards, being able to be used on every workstation and operating system - including mobile platforms such as iOS and Android. They each have their own advantages and use cases, so it's important to understand their differences and when it will be most appropriate to use them.
Some of the most well-known options for file transfer security include HTTPS, FTPS, SFTP and SCP. Therefore, businesses must consider their specific scenario carefully and select the option that best suits. In an age where data breaches and hacking attacks are depressingly commonplace, businesses can never be certain who is after their information.īut deciding exactly what standard to use in order to protect this data is not always straightforward, as there is no single standard that is widely recognised as the most effective. When it comes to transferring files, keeping sensitive data secure should be a top priority.
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