What does connecting a wallet actually do?
It signs you into the page using your wallet address and cryptographic signature. The page can verify ownership without asking for a password or email.
UNBLOCKED.PROFILE
How UBNET Works: Your Complete Workflow
Facts first: a wallet signs, an ENS record points, a template renders, and the network keeps the content distributed across nodes without a single central owner.
Connect Your Wallet
No email. No password. No credit card. A wallet connection is a signed authorization step, not a login that hands private keys to the page. Your wallet remains your identity and signing tool.
What happens:
- Your public wallet address becomes the visible identity
- Only signatures are shared, not the private key
- The site can verify ownership without storing your secrets
- Wallet-based access removes password recovery and email friction
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Point Your ENS Domain to a Template
An ENS record can point to a CID or template reference. When you update the record, you change what the domain resolves to without rebuilding the whole site.
How it works:
- Copy the CID or template reference
- Open your ENS domain settings
- Paste the identifier into the content hash field
- Confirm the change with your wallet
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Choose Your Template
Templates let the same base infrastructure power different experiences. You can use the same wallet and domain for a profile, a storefront, a music page, a business site, or a content hub.
Template options:
- Social profile pages
- Business websites
- Content hubs
- Service marketplaces
- Creator portfolios
- Custom onchain applications
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Post Content Directly
Posts are created from the connected wallet. That means the content is signed, traceable to the wallet owner, and tied to the domain or template that you control.
What you control:
- Publish text, images, links, and services
- Choose what the page displays
- Keep the content flow tied to your wallet
- Update or replace content without a middleman
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Network Distributes Automatically
UBNET nodes replicate and serve the content so it is not trapped on one server. The same hashes and data strings can be recognized across nodes, which is how the network stays distributed and resilient.
Distribution process:
- Content is broadcast to the network as identifiable data
- Nodes cache and replicate matching content
- Hashes and CIDs help each node verify the same content
- If one node disappears, other nodes can still serve the data
The UBNET Content Flow
👤
You
Wallet-connected user
→
🔗
Your ENS
Points to a template
→
📝
Post Content
Signed by wallet
→
🌐
UBNET Nodes
Replicate and serve
→
🌍
Everywhere
Permanently available
Why This Matters
🔐
Your Wallet = Your Authority
No usernames or passwords. Ownership is proven by a signature from the wallet you control.
✅
Identity Without Friction
A wallet lets you prove who you are without sharing email addresses or relying on a platform account.
🚀
Fast Setup
Connect wallet, point ENS, choose template, post. That is the shortest path from domain to live page.
🛡️
Censorship Resistance
When content is distributed across nodes, no single server or company controls the whole page.
📡
Automatic Distribution
The network handles propagation, caching, and serving instead of one central backend doing everything.
💎
Permanent Identity
Your ENS domain and wallet can stay linked across updates, so your identity does not depend on one login.
Faq
Facts and answers about wallets, templates, ENS, and the decentralized network underneath them.
Does the site ever see my private key?
No. A normal wallet connection sends signatures, not private keys. Your wallet app keeps the secret key local.
What happens when I point ENS to a template?
The domain resolves to the template or CID you chose. Updating that record changes the live front end without needing a centralized hosting panel.
What can I build with Unblocked Profile?
A social profile, business site, content hub, music page, creator portfolio, service marketplace, or custom onchain app. The same wallet and domain can power many layouts.
How do nodes keep the network decentralized?
Nodes replicate the same content references and serve matching data independently. If one node disappears, other nodes can still serve the same verified content.
Why are hashes and data strings important?
Hashes, CIDs, and content strings act like stable identifiers. Nodes can compare those strings to verify they are serving the exact same content, which keeps the system consistent across copies.
Can my page be updated later?
Yes. You can point ENS to a new template, change the content hash, or publish new content while keeping the same wallet and domain relationship.
What is the main advantage over a normal username and password site?
You are not renting an account from a platform. You keep control of the wallet, the domain, and the content flow instead of handing that control to a central login system.
Can I switch wallets later?
Yes, but the wallet address is part of the identity. If you change wallets, you are changing the signer, so the page may need to be reconnected or reauthorized under the new address.
Is Unblocked Profile custodial?
No. The goal is to let the wallet and ENS relationship stay under your control instead of being held inside a platform account you do not own.
Do I need a traditional hosting account?
No. The template files can live on IPFS and the ENS contenthash points the name to those files. You still need the content pinned reliably so it remains available.
What do I need before I start?
You need an Ethereum wallet, ETH on Ethereum Mainnet for ENS registration and gas, an ENS name you control, and a template CID to place into the contenthash record.
What is a contenthash?
It is the ENS record that tells resolvers where the decentralized website lives. For Unblocked Profile, that usually means an IPFS CID, often written with the ipfs:// prefix.
Can I use this for something besides a profile?
Yes. The same domain, wallet, CID, and template model can support business pages, creator portfolios, music releases, marketplaces, service pages, community hubs, and campaign landing pages.
Where are the setup steps documented?
The new Docs page explains the setup path, ENS records, IPFS hosting model, connection steps, use cases, and troubleshooting notes in one place.
Need more facts or setup help?
Use the support links below or revisit the workflow above.