HashPort x TapeKit For ordinary users The process is very simple They do not need to understand code, nor do they need to know what each JS file is doing. They only need to access the on chain website through a browser or App that supports TapeKit The verification process is completed by the core If verification passes, the page is displayed If verification fails, the page refuses to display

The difference between HashPort and TapeKit is HashPort solves the question How can developers publish websites on chain? TapeKit solves the question How can users read on chain websites and verify whether the content is correct?

The full value of HashPort + TapeKit lies in this Websites can go on chain Users can read them The reading process is verifiable Management permissions are controlled by the container NFT If there is any inconsistency, the page refuses to display This is the DeWEB we ultimately want

DeWEB, TapeKit, TapeSend and X Layer changed how I see TapeOut this week. The idea is getting clearer: different blockchains, one open and verifiable network. Not another chain. Not another bridge. A web built across them. #TapeOut# #DeWEB# #Web3#

Many people who encounter DeWEB for the first time can easily confuse HashPort with TapeKit It’s actually very simple HashPort = Publication Writes the frontend into the Circuit Container TapeKit = Reading + Verification Reads website files from onchain and checks file integrity TapeOut = Underlying Protocol Provides infrastructure such as Circuit, Processor, Container, and more BNB Chain = Underlying Ledger Carries these onchain data

Replying to critics a while back, @Blonskr laid out the order PoD → HashPort → TapeKit and TapeSend Our spot on that line is pretty specific TapeOut provides circuits and containers HashPort publishes the frontend into them and registers every file TapeKit reads it back and verifies We take the middle piece and make it solid

Want a little tool that watches a site for updates Don't reach for eth_getLogs dataseed rejects even a 500 block query TapeKit's watch uses plain read calls polling paths, file count and hashes all four public nodes support it Copy that approach and save yourself the pain

HashPort publishing flow can be understood in three layers File layer Upload HTML JavaScript WASM and other content Registry layer SiteRegistry records paths and hashes Access layer Gateway or TapeKit provides reading access This makes troubleshooting easier Was the file uploaded Was registration completed Or is the access configuration incorrect