How a Hypercore P2P innovation could bring more privacy to IPFS
IPFS want’s to replace HTTPS as the web’s content delivery protocol. However, it can’t do that without improving on user privacy. Hypercore has the solution.
The InterPlanetary File System (IPFS) is a peer-to-peer distributed content-addressable file system.
IPFS want’s to replace HTTPS as the web’s content delivery protocol. However, it can’t do that without improving on user privacy. Hypercore has the solution.
The Brave browser beta has added support for the InterPlanetary File System (IPFS), a peer-to-peer protocol alternative to the traditional centralized web server.
IPFS splits files into chunks. Smarter splitting points in HTML files can create more reusable/deduplicatd chunks with higher availability.
Russia to test disconnecting from the global Internet. Peer-to-peer distributed internet alternatives won’t survive after the Runet cutoff.
I compare the resilience of DNS Service-Discovery vs HTTPS Well-Known URIs when routing distributed internet traffic around censorship.
IPFS is a globally deduplicated file system. However, hosted pinning services bill you for the original file size rather than deduplicated size.
Garbage collection in ipfs-go isn’t enabled by default. The cache can grow to fill all your storage. However, you won’t want to turn it on either.
I surveyed millions of websites to discover which domains were set up with an DNSLink address for the IPFS peer-to-peer alternative to the internet.
The web has become too centralized. The distributed peer-to-peer (P2P) web can help tear down the walled gardens erected by big tech companies.