Encrypted paywall

[bitaps]

Bitcoin encrypted paywall

Sell your files, images, notes or other digital goods protected by AES encryption in the browser.

https://bitaps.com/paywall

Bitcoin encrypted paywall tool, allows you to create payment lock on files or a text message where user need to pay the assigned amount of Bitcoins to access the content. File content, file names and all messages including descriptions are encrypted in the browser. The service does not have access to content on its servers, so your media data is completely protected with AES encryption. Service charge flat rate fee 0.0002 BTC for each sale. Forwarding the payment to the seller's address takes place within 1-3 confirmations of the bitcoin network. Files and media data under 200MB hosted for free within 1 year. Files greater than 200MB hosted for free for 72 hours.

The Paywall link has a built-in password. Encryption password is part of this link after # character. All web browsers use URL standard. According to this standard, the part of the URL after the # character is an optional fragment. This fragment is only used on the client side(navigation on page) and web browsers do not send this part of the link to the server. Paywall service never knows or gets a password for server-side content. Decryption occurs only on the client side in the browser.

Support email: support@bitaps.com
Telegram: https://t.me/bitapscom

[1715185842]

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[1715185842]

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[1715185842]

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[1715185842]

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[SFR10]

Service charge flat rate fee 0.0002 BTC for each sale.

I like a lot of things about your paywall but not a fan of having fixed fees and your current minimum of 0.0005BTC ^{[I know it's not much but it limits smaller sales]}.

Files and media data under 200MB hosted for free within 1 year. Files greater than 200MB hosted for free for 72 hours.

How much you're going to charge for hosting files beyond those periods?

[bitaps]

Service charge flat rate fee 0.0002 BTC for each sale.

I like a lot of things about your paywall but not a fan of having fixed fees and your current minimum of 0.0005BTC ^{[I know it's not much but it limits smaller sales]}.

0.0002 BTC this fee include forwarding transaction miners fee, bitcoin transaction is not free

How much you're going to charge for hosting files beyond those periods?

At this moment no any fee, we are currently collecting statistics on the use of this service. In the future, the cost of hosting a 1 GB file will be about $ 5 per year.

[Bitcoin_Arena]

0.0002 BTC this fee include forwarding transaction miners fee, bitcoin transaction is not free

Things tend to change quite very fast when it comes to crypto. Markets can turn upside down in a matter of hours or days, fees can spike to unpredicted levels any time. You say the fee is flat a 0.0002 BTC, transaction fees inclusive. What if the Bitcoin fees alone spike beyond 0.0002 BTC for quick transaction confirmations? Won't you be operating in losses?

[joniboini]

What if the Bitcoin fees alone spike beyond 0.0002 BTC for quick transaction confirmations? Won't you be operating in losses?

IMO it's not that difficult to find the solution for things like that. Either change the fee or use 1 sats/vbyte for every tx. I don't think they promise instant confirmation, just the 1-3 target (which could take hours or days if the mempool is busy). Can't say the customers will be happy with that though. If anything, I'd be more concerned about the strength of the encryption.

[bitaps]

What if the Bitcoin fees alone spike beyond 0.0002 BTC for quick transaction confirmations? Won't you be operating in losses?

Our fowarding service with flat rate fee https://developer.bitaps.com/forwarding, successfully works several years. We use payment agregation to make payout transaction.  

Example https://bitaps.com/10282766f66076cd357ea8e437c819bf3d66b632b7ab62a7488756fec4e324e4

You can see in this transaction  that we agregate 10 payment and make 1 payout transaction. It works well enough to maintain flate rate fee.

[bitaps]

I'd be more concerned about the strength of the encryption.

Encryption AES-CBC with key length: 256 bit