Caffeine Inference, Cloud Engines and AI builders are impressive technology. But as an ICP investor, I’m still missing something important: marketing that makes this understandable to normal people.
I want to see influencers actually demonstrate it:
“Here’s your existing website. Let’s put it on ICP.”
“Here’s how you create a Cloud Engine.”
“Look how simple this is.”
ICP can have amazing technology, but if people don’t understand what they can actually do with it, adoption will remain limited.
We need more people showing the world how easy ICP can be, not just explaining how sophisticated the technology is.
Show people. Let them experience it. That’s how you create adoption
it is application, not story, you will see finally. Maybe after you sell all of your icp if you don’t have patience.
Ok, I’ll bite.
Simple explanation
Moving a basic website to the Internet Computer is a breeze. Traditional cloud hosting relies on archaic mechanisms like dragging files into an FTP folder or dropping assets into a storage bucket, but the Internet Computer replaces all that bloat with a delightfully straightforward multilayer decentralized workflow.
If you are running Windows, your first casual step is bypassing your operating system entirely. You must install the Windows Subsystem for Linux so your computer can pretend to be Ubuntu, fire up the terminal, install build tools, set up Rust compilers and WebAssembly targets, and download the official icp command line utility.
Next comes identity and fuel provisioning, because paying a simple five dollar monthly subscription with a credit card is a thing of the past. You will create a cryptographic keypair locally so the blockchain recognizes your developer principal ID. Then, you log onto a cryptocurrency exchange, purchase ICP tokens, transfer them to your principal ID, and execute a conversion command to turn those tokens into Cycles, which are trillions of computational gas units pegged to IMF SDR exchange rates, to ensure your website contract does not run out of fuel and get garbage collected off the network.
If your original website had any sort of backend or database attached to it, you get to throw all of that completely away. Canisters cannot connect to external SQL databases like PostgreSQL or MySQL over standard TCP connections, so you must rewrite your entire backend in Rust or Motoko. You then have to build your own custom database engine inside WebAssembly memory heaps and hand code your own indexing and primary key logic from scratch because SQL joins no longer exist. If your backend relies on third party APIs like Stripe or OpenAI, you must rewrite those requests to use consensus driven HTTPS Outcalls, where an entire group of subnet nodes individually queries the external API off chain and votes on the response before passing the data back to your code.
Once your code is rearchitected, you compile your frontend HTML and backend logic into WebAssembly bytecode containers. You run the deployment command with the icp CLI tool to push those binaries into the global mainnet environment, and monitor your canister status to make sure its fuel burn rate remains stable.
Finally, to map your custom domain instead of leaving your site at a random canister URL string, you embed your domain inside the canister manifest, add CNAME and ACME challenge text records at your domain registrar, and wait for global boundary node proxy servers to poll your DNS, verify ownership, update their internal routing tables, and automatically issue your SSL certificate.
And just like that, after setting up a virtual Linux operating system, managing crypto gas economics, inventing your own database engine, and compiling web assets into smart contract binaries, your simple website is fully live on the blockchain.
" setup is easy. Paste in a URL and an API key, that’s it. "
I suppose you could do it that way too.
Tomato, tomahto, potato, potahto.