A filesystem that stores data by referencing positions in the mathematical constant π instead of using physical storage space.
πfs is an experimental filesystem that stores files by referencing their positions within the mathematical constant π rather than using physical disk space. It solves the problem of limited storage by leveraging the mathematical conjecture that π contains all possible finite sequences of digits, meaning every file that could exist is already present in π. Users only need to store metadata about where their files are located in π's infinite digits.
Developers and researchers interested in experimental storage systems, mathematical computing, and unconventional approaches to data management. It's particularly relevant for those exploring the theoretical limits of compression and storage.
πfs offers theoretically infinite storage capacity with 100% compression by eliminating physical data storage entirely. Its unique approach transforms data storage from a physical problem into a mathematical discovery process, making it a thought-provoking alternative to traditional filesystems.
πfs - the data-free filesystem!
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Leverages the conjecture that π is a normal number to claim unlimited storage by referencing all possible files within π's digits, as explained in the README's mathematical foundation.
Integrates with FUSE to mount as a standard filesystem, ensuring compatibility with existing tools and systems, as shown in the setup instructions.
Serves as a thought-provoking exploration of metadata vs. data and mathematical concepts, sparking discussion about storage paradigms with its satirical tone.
Stores only metadata (file locations) rather than actual data, aligning with the philosophy of treating data as mathematical discoveries to reduce physical storage needs.
The README admits it took five minutes to store a 400-line text file, making it unusable for any performance-sensitive applications due to computational lookup.
Depends on π being a normal number, which is conjectured but not mathematically proven, rendering the core premise speculative and unreliable.
While claiming to eliminate data storage, it still requires storing metadata (file locations), which can become substantial and negate the intended benefits for large files.
The '100% compression' is misleading; data isn't stored or compressed but referenced, requiring computation to retrieve and offering no practical space savings.