Bitcoin Core v30 and later relay, index, and expose up to 100,000 bytes of arbitrary OP_RETURN data by default. When an attacker embeds a self-rendering Data URI (e.g., data:image/*;base64,…) inside an OP_RETURN output, Bitcoin Core stores the content and makes it accessible through standard JSON-RPC and REST interfaces. Any client retrieving the transaction through these interfaces receives the Data URI in cleartext, which can be immediately rendered by a web browser or other HTTP-capable software without specialized tooling.

This behavior may unintentionally cause node operators to store, retrieve, or serve content that is harmful, illegal, or high-risk, creating operational, security, and legal exposure for downstream systems.

This document provides a detailed analysis of how RGB Non-Inflatable Assets (NIA) are encoded, hashed, and committed to Bitcoin using the RGB protocol. The analysis is based on the issue_nia::case_1 test executi on.

Baid64 (Base64 Aided Identities) is an enhanced Base64 encoding scheme designed for secure, human-verifiable identity encoding. It extends standard Base64 with Human Readable Identifiers (HRI), cryptographic check sums, mnemonic representations, and optional formatting features to create a robust encoding system suitable for identity management and secure data representation.

The Linked Web Storage (LWS) Protocol defines the minimum set of interoperable, HTTP-based interactions that let any conforming application read, write, and manage data that lives outside the application’s own infrastructure. Its purpose is to restore an essential architectural principle of the Web: users control where their data is stored while applications come and go—without breaking links, permissions, or provenance.

Today most Web applications entangle storage, identity, access control, and business logic behind a single origin. Migrating to a new provider or adopting a new application therefore often means abandoning existing data. LWS breaks that coupling. By standardising a small, resource-oriented contract it enables

• portable personal and enterprise data vaults that can move between providers, clouds, or on-premise deployments,
• application innovation decoupled from storage choices,
• consistent security semantics across heterogeneous back-ends, and

Author: Melvin Carvalho Status: Draft Type: Standard Created: 2025-05-30 License: Public Domain

┌──────────────┐        WebSocket / HTTP-JSON        ┌──────────────────┐
│  CJ Client   │  <-- register / sign / finalize --> │  CJ Coordinator  │
└──────────────┘                                      └──────────────────┘
        ▲                                                       │
        │ uses                                                  │ broadcasts
        │                                                       ▼
┌──────────────────┐ ┌──────────────────┐

Editor’s Draft — 4 May 2025

This document is an Editor’s Draft for discussion within the W3C Linked Web Storage (LWS) Working Group. It proposes LocalStorage Dump (LSD) — a lightweight convention and protocol profile that enables Web applications to serialise window.localStorage and persist the resulting data in any user‑chosen Linked Web Storage–compatible backend (e.g., Solid Pods, remoteStorage/Unhosted, WebDAV, nosdav).

Design principle: Per‑origin, per‑user, format‑agnostic, backend‑agnostic, privacy‑preserving.

A call for autonomy, dignity, and trust in the age of intelligent agents.

Agents are extensions of human will—not proxies for corporations. They must act in the user’s interest, not in the interest of advertisers, platforms, or centralized authorities.