Subject: Project GLB: Critical Path Analysis & 20-Year Implementation Strategy Team, Below is the comprehensive project framework and operational thesis for developing our decentralized global naming and identity layer (.glb), structured for our upcoming scoping session. 1. Strategic Vision & Core Premise Objective: Establish a sovereign, high-throughput decentralized naming and identity layer (e.g., company.glb or leroy.glb) to supersede legacy Web2 registries and complex alphanumeric strings. Function: Operates as an application-specific network functioning as a censorship-resistant utility layer for cross-chain routing,…

SECTION 1: Strategic Vision & Core Premise Greater Detail & Expanded Scope The .glb Global Identification Protocol operates as a decentralized, censorship-resistant alternative to traditional naming hierarchies, replacing legacy Web2 top-level domains and complex alphanumeric cryptographic wallet hashes with human-readable, sovereign digital identifiers (e.g., company.glb or leroy.glb). Rather than functioning as a standard token ledger or a 3D asset repository, the protocol establishes a foundational identity layer designed to route multi-chain addresses, host decentralized identifiers (DIDs), secure encrypted communications (XMTP/Waku),…

Implementation Friction & Technical Holdups  The Browser Resolution Bottleneck: Traditional web browsers (Chrome, Safari, Edge) natively resolve domains through the centralized Domain Name System (DNS) root servers managed via ICANN. A custom alternative identifier like ⁠.glb⁠will not resolve out-of-the-box for a standard user typing it into an address bar. Overcoming this requires users to install specific browser extensions, configure custom RPC/resolvers, or rely on specialized Web3-enabled browsers.  Universal Acceptance (UA) Failures: Many legacy software applications, backend corporate databases, and validation…

Active protocols and infrastructure layers operating in this exact domain-and-identity space validate how decentralized global identification works in practice: 1. Decentralized Naming Services & Alternative TLD Frameworks  ENS (Ethereum Name Service): The most mature and widely adopted production example. ENS maps human-readable names (like ⁠alice.eth⁠) to crypto addresses, content hashes, and profile metadata. It operates fully via smart contracts on Ethereum, making it self-sovereign and censorship-resistant.  Freename: A prominent multi-chain Web3 TLD registry platform that allows users and entities to…

There is no single, universally coordinated global master plan endorsed by governments or ICANN to build an identity layer specifically under a format like ⁠.glb⁠. Instead, the blueprint for a global decentralized identification network is being built from the bottom up by independent protocols, open-source developers, and alternative naming networks. Existing protocols demonstrate how different pieces of this global vision are already being actively deployed:  Alternative Root Zone Management (Handshake): Handshake acts as a proof-of-concept for replacing or supplementing ICANN’s…

Creating a global specialized identification system (such as a decentralized naming and identity layer using extensions like ⁠.glb⁠) offers profound structural upgrades over legacy infrastructure, but it also invites severe operational and systemic friction. The Pros  True User-Sovereignty and Censorship Resistance: Identity assets and sub-namespaces are owned directly via cryptographic keys (NFTs or self-sovereign accounts). No centralized corporate registrar, cloud provider, or government agency can arbitrarily seize, freeze, or reassign a name like ⁠company.glb⁠ without the private key holder’s signature.…