HashPort takes a key step forward! HPA has launched and graduated on TapeHub, and will serve as a core functional token in the future HashPort container ecosystem, carrying important roles such as usage, circulation, and ecosystem collaboration! HashPort will also work together with TapeOut to co-build a more open on-chain container ecosystem, allowing more projects, assets, and communities to connect, operate, and grow within it HPA CA: 0x0Df25a91A6d7A7af201bCfdC721aA9CbE7611010

In the future website publishing may involve more than one question Does this link open Users may also ask Which Container published it Who controls that Container Does the file hash match Has the current version been verified HashPort is building toward answers to these questions A website should be accessible The frontend should also be provable

Frontend security should not be checked only on launch day After every dependency update configuration change domain change or NFT transfer verify again Container ownership DNS records Entry files External dependencies File hashes A verifiable frontend also requires verifiable operational habits

Projects can use HashPort as a release checklist Before every launch record Release version Container ID File count Important file hashes Domain status Publication time When something goes wrong the team does not have to rely on memory On chain frontends also need clear release discipline

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

The meaning of a Tape path is more than a different URL format It points to a specific Container and location on TapeOut A traditional URL mainly tells the browser where to request data A Tape path also expresses Which on chain Container to read from Which object to read Whether the original content can be verified When access changes the trust model changes too

If your DApp changes its contract address the frontend must be updated as well Do not change only the configuration file and assume users will notice A better process is Publish a new version Update the release notes Register new file hashes Keep migration documentation Ask users to verify the new entry point On chain frontends deserve the same discipline as contracts

Traditional website versions usually live in Git or a deployment platform HashPort can publish version information together with the frontend files For example Version one with the old contract entry point Version two with the new contract entry point Migration notes Corresponding file hashes Users should know which version they are accessing

Understand HashPort cost structure The Container activation fee is only needed if you do not already have one Upload costs mainly come from BNB Chain gas The monthly service fee is paid to the protocol wallet This is not a traditional cloud service charging by traffic volume Estimate your file size and upload batches before deployment

Why does the Circuit Container NFT holder matter Because website update permissions are tied to the Container If the NFT is transferred website management rights may change as well Before transferring the asset check Is the website linked to this Container Will the domain still point to it Who will handle future releases NFT management is also website operations

Do not put large media files directly inside the frontend Container Videos large images and downloads can quickly increase write costs and may exceed the single file limit HashPort is better suited for Entry pages Critical scripts WASM Configuration Documentation and core verification resources On chain publishing still requires architectural choices

Before uploading give your dist folder an on chain health check Count the files Find files larger than 8 point 4 MB Check for private configuration Verify MIME types Record local version hashes The better your preparation the less rework you need on chain

HashPort domain binding relies on three systems working together DNS directs users to the Gateway The Container determines the website content The TXT record proves domain control and identifies the target Container The domain is only the entrance The real content authority comes from on chain Container ownership

A website opening normally does not prove that it is the official version When verifying a HashPort frontend check Does the domain point to the correct Gateway Does the TXT record point to the correct Container Do the file hashes match Was the current version published by the expected owner Successful access is only the first step Verification is the important one

When updating a HashPort website do not only check whether the page opens Also verify Are old files still being referenced Does the entry HTML point to the new version Are script paths correct Do you still control the Container Updating a website means updating an on chain publication record

The value of SiteRegistry is not simply remembering file names It registers each file path size MIME type and SHA 256 hash A website is no longer just a URL It becomes a set of on chain file objects with paths records and fingerprints

HashPort publishes build artifacts not your development environment Before deployment run a final check Remove test keys Clean up .env files Verify API endpoints Review external scripts Then generate the final dist Sanitize first Publish second

TapeOut is expanding from a single chain ecosystem to a multichain presence For HashPort, multichain is not simply about moving a website to another chain More importantly, it allows developers across different public chains to have their own On Chain publishing entry point Publish frontends Bind Containers Register file paths and SHA 256 hashes Read and verify through Gateway or TapeKit HashPort handles publishing TapeOut provides On Chain Containers TapeKit handles reading Different public chains provide more paths into DeWEB In the future, users will not need to understand complex underlying structures first They only need to open a website, use an application, or access a service Behind the scenes, the frontend already has a clear On Chain identity, verifiable file records, and a traceable publishing source

Before deploying check your frontend dependencies If critical JavaScript WASM or configuration files still load from an external CDN then only the page is on chain while the execution logic remains off chain A truly on chain frontend is more than uploading the homepage Critical execution code should be published inside the Container whenever possible

We are deeply saddened to see unauthorized asset transfers in the recent Bitget hot wallet security incident Before users sign, can they really trust the page they see? If the frontend is replaced, users may unknowingly enter the wrong page, connect to the wrong contract, or even grant dangerous approvals This is why Web3 needs not only On Chain contracts, but also verifiable On Chain frontends HashPort publishes frontends to TapeOut Circuit Containers and uses SiteRegistry to record file paths and SHA 256 hashes, allowing users to confirm Which Container is the current frontend published in? Who controls the Container? Do the file hashes match? Has the page configuration changed? Future DApps should not only tell users to confirm a transaction They should also tell users “You are seeing a page that truly comes from the official publisher”

The value of HashPort is not only in reducing storage costs More importantly, it gives websites An On Chain path Container management rights File hashes Readable publishing records A frontend is no longer just code returned by a server It can become an On Chain object that can be read, verified, and managed