Abstract
EtherBranch is a website discovery and digital identity platform. It helps people find websites, helps businesses get discovered, and gives every user a secure account with optional wallet capabilities — all from a single identity.
To extend identity beyond a simple login, EtherBranch incorporates Lit Protocol as a decentralized access control and encryption layer. Lit Protocol turns account ownership into a programmable authorization system for applications, campaigns, and protected information.
Ethereum provides the settlement and ownership foundation beneath the product. Lit Protocol provides how information, applications, and digital assets can be accessed and controlled. Together, they create infrastructure that moves beyond address ownership into verified internet identity.
1. Introduction
The internet has no unified layer for discovering websites or proving who owns them. Search is fragmented, verification is manual, and promotion payouts require ad networks that take a large cut.
EtherBranch addresses this by combining discovery, identity, and programmable permissions in one platform. Users browse a feed of verified website identities. Businesses promote listings and pay only for confirmed visits. Developers integrate through the SDK.
Modern applications also require controlled access, permission-based workflows, secure information sharing, and application authorization. EtherBranch uses Lit Protocol to provide this programmable layer without exposing users to blockchain complexity.
2. EtherBranch identity
The foundation of EtherBranch is a verified internet identity — not a crypto wallet product, but a permanent public profile for a person, business, organization, or agent.
Each identity becomes the foundation for:
- Public discovery listings and sponsored identity cards
- Website and asset verification
- Secure account and password vault access
- Promotion campaigns and verified visit payouts
- Application sign-in and SDK integrations
An optional Ethereum-based account sits beneath the identity for settlement and ownership records. Users interact with familiar account primitives; the ledger remains invisible.
3. Role of Lit Protocol
Lit Protocol functions as a decentralized permission and encryption layer connected to the EtherBranch identity experience.
Instead of treating an account as only a login, EtherBranch allows identities to become programmable authorization systems. Lit Protocol enables users and applications to define:
- Who can access information
- When access is granted
- Under what conditions access occurs
- Which applications can interact with protected resources
4. Ethereum ownership layer
Ethereum provides the foundational infrastructure for ownership and settlement beneath the platform.
Ethereum manages:
- Ownership records for verified assets
- Settlement of promotion payouts and revenue splits
- Smart contract execution for campaign rules
- Transparent distribution to team members and collaborators
EtherBranch uses Ethereum as the settlement layer where ownership and financial activity are recorded. The identity profile — not a wallet dashboard — is what users see.
5. Lit Protocol permission layer
Lit Protocol adds programmable access controls on top of the identity account. This allows EtherBranch to create permission-based experiences across discovery, verification, and campaigns.
Examples include:
- Allowing approved applications to access encrypted campaign data
- Creating identity-based authorization rules for team members
- Managing access to verified assets and credentials
- Creating conditional workflows for promotion payouts
- Protecting sensitive business information
Permissions can be connected to account ownership, cryptographic signatures, smart contract conditions, application requirements, and user-defined policies.
6. Encrypted information management
A major capability of Lit Protocol is enabling encrypted data workflows. EtherBranch uses this to protect information while allowing controlled access.
The process:
- Information is encrypted.
- Access conditions are defined.
- Authorized users or applications satisfy those conditions.
- Information becomes accessible according to the defined permissions.
Users maintain control over access rather than relying entirely on centralized permission systems.
7. Programmable workflows
With Lit Protocol integration, EtherBranch supports advanced workflows across the discovery marketplace.
Discovery and promotion
Businesses define rules around how sponsored listings appear, who can manage campaigns, and how verified visits trigger payouts.
Enterprise authorization
Organizations can create approval-based workflows:
- Multi-party campaign approvals
- Department-level access to identity assets
- Secure promotion budget management
- Role-based team permissions
Application access
Applications verify identity ownership and permission status before providing access — via the SDK, without custom auth infrastructure.
Verified digital identity
The identity becomes a programmable layer for any application built on EtherBranch, carrying verification status, connected assets, and permissions automatically.
8. EtherBranch architecture
The EtherBranch architecture consists of four layers.
Layer 1: Ethereum network
- Ownership and settlement
- Smart contracts for campaigns and payouts
- Transparent revenue distribution
Layer 2: EtherBranch platform
- Discovery feed and search
- Identity profiles and verification
- Promotion marketplace and visit tracking
- Account management and password vault
Layer 3: Lit Protocol permission layer
- Encryption and access control
- Programmable authorization
- Protected information workflows
Layer 4: Applications
- Websites integrated via the SDK
- Enterprise dashboards and team tools
- Third-party services and connected accounts
9. Enterprise applications
The combination of EtherBranch and Lit Protocol creates opportunities for enterprise-grade discovery and identity applications.
- Verified organization profiles and credentials
- Secure promotion and campaign workflows
- Team-based identity and asset management
- SDK integrations for customer-facing products
- Audit-ready access and permission records
- Encrypted document and credential access
Organizations use Ethereum for settlement while using Lit Protocol for controlled access — without exposing end users to blockchain interfaces.
10. Security model
EtherBranch uses a layered security approach.
Ethereum provides:
- Blockchain security and transaction verification
- Ownership and payout records
Lit Protocol provides:
- Encryption workflows
- Distributed authorization
- Programmable access rules
This reduces dependence on centralized permission systems and creates a flexible security model suitable for individuals and enterprises.
11. Future vision
The future of internet identity is moving beyond scattered logins and unverifiable listings. A next-generation platform must become:
- A trusted discovery layer for the open web
- A verified digital identity for every person and organization
- A programmable authorization system for applications
- A fair marketplace for website promotion
EtherBranch combines discovery, verified identity, Ethereum settlement, and Lit Protocol permissions to build this infrastructure. The goal is to make the internet easier to navigate, easier to trust, and easier to grow — with blockchain invisible beneath the surface.
Conclusion
EtherBranch uses Lit Protocol as foundational technology for expanding what a verified internet identity can do.
Ethereum provides the ownership and settlement foundation. Lit Protocol provides programmable access, encryption, and authorization. The discovery marketplace and identity profile are what users experience.
Together, they create secure infrastructure designed for individuals, developers, enterprises, and the next generation of applications built on verified internet identity.