I don’t think so;
Of course, what a good plan is; to see at which rate safecoins are farmed;
Based on this you can see the barrier to entry. Does this mean that a mobile device might never have a shot at storing any data since it can’t farm anything. I recall such many occassions that the algorithms calibrate for not massive machines in order to be efficient in terms of expense on the machine against the safecoin gain for supplying resource.
For example:
A 500 gb 1 ghz cpu 1 gigbyte ram computer with 50 mbps going through the band;
vs
10,000 gb .5 ghz cpu .5 gigbyte ram computer with 1000 mbps going through the band;
vs
50 gb 3 ghz cpu 8 gigbyte ram with 100 mpbs through the band.
Obviously at different stages in the network there will be a significant difference in the performance of safecoin earnings.
I imagine in the early stage the last one will win all the time. In the future with much more data storage the second of the three will be somewhat more successful since it can store a significantly much larger amount of data. and the first would simply be an average.
Eventually though it could be obvious that the network can easily handle free storage alongside comprehensive algorithms that would prevent such things as botnets decimating the network with spam data.
For example the legacy “cloud” companies could be installing one of their servers to the SAFE Network as part of fault-tolerance strategies. And this server regardless of the safecoins earnings service a tremendous utility to such an enterprise. Built ontop of the already existing infrastructure. Instead of having a distributed server system of a massive scale personally; such an enterprise firm could so easily integrate some level of engagement in the network and reap the benefits of additional security of data.