Although digital publishing has undergone a significant transformation in production and distribution over the past two decades, it continues to carry many of the reflexes of print publishing when it comes to ownership, rights management, and revenue sharing. Digital bandrol systems were developed during this transition primarily to combat piracy and track content usage; however, they have failed to provide lasting solutions to the structural problems of the publishing industry.
Today, when a reader purchases a digital book, what they acquire is often not permanent ownership, but a limited right of access defined by the platform. Content is positioned not as an independent digital asset, but as a file controlled within closed systems. This approach is increasingly incompatible with the growing complexity of the digital content economy.
In this context, the fundamental need of publishing is not merely the protection of content, but the establishment of a new technical standard that enables transparent, automated, and platform-independent content governance.
Digital bandrol systems are primarily designed to make unauthorized copying of content more difficult. While file-level markings and access restrictions may provide short-term deterrence, they fall short of addressing the holistic needs of the publishing ecosystem.
The main limitations of these systems include:
Digital bandrol protects content, but it does not regulate how content circulates, between whom it is transferred, or how these processes translate into economic value. The core challenges facing publishing today stem not from a lack of protection, but from the absence of governance and automation.
ONIX is a globally adopted metadata format developed to standardize bibliographic and commercial information within the publishing industry. Core elements such as work identity, author information, language, pricing, territorial rights, and distribution channels can be communicated consistently through ONIX.
This standard has enabled scalability across the publishing sector. However, the inherently descriptive and static nature of ONIX renders it insufficient in the face of the dynamic demands of the digital economy. ONIX metadata is valid at the moment of publication, but it does not account for transactions and interactions that occur throughout the lifecycle of content.
What publishing requires today is metadata that functions not merely as a reference, but as an operational component of the system.
In Web2-based publishing systems, metadata exists as a passive layer surrounding content. Rights management, revenue distribution, and licensing processes are not directly integrated with this data and often require human intervention.
However, the digital content economy is now built upon dynamics such as:
Such a structure cannot be sustained with static metadata models. The next phase of publishing necessitates metadata that is programmable and automated.
ONIX has long served as the foundational metadata schema for standardizing bibliographic and commercial information in publishing. Through ONIX, critical data—such as work details, author and publisher definitions, language, territorial rights, pricing, and distribution channels—has been communicated via a shared industry language. Yet by nature, this structure remains descriptive and static.
One of the fundamental challenges in contemporary digital publishing is that metadata describes only “what” a work is, while failing to determine “how” it can be used, “under what conditions” it can change hands, and “how” revenue should be distributed.
Web3 architecture introduces a complementary layer at this point. Smart contracts are systems that do not merely store data, but execute business rules, enable conditional automation, and generate immutable records. When ONIX-defined metadata fields are embedded into smart contracts within a Web3 environment, publishing data ceases to be a passive reference point.
Through this integration, work identity, rights ownership, licensing conditions, and revenue distribution become verifiable and automated on-chain. ONIX defines “what is”; smart contracts define “what happens next.”
The smart contract–based publishing model elevates the concept of bandrol from the file level to the system level. It unifies content protection, usage conditions, and economic flows within a single technical framework.
NFB’s approach is built upon three core components:
Books are represented as unique, verifiable digital assets.
Shares allocated to authors, publishers, and other rights holders are distributed automatically with every transaction.
Actions such as reading, transferring, and secondary sales are embedded into the contract logic.
This structure transfers trust in publishing from human processes to code.
NFB positions the concept of the Non-Fungible Book as an infrastructure focused directly on publishing practices, clearly distinct from speculative digital assets. The objective is not to transform books into collectible objects, but to establish a digital content standard that is readable, interactive, and ownership-defined.
NFB does not reject the sectoral legacy of ONIX; instead, it carries it forward by aligning it with Web3 technologies.
Digital bandrol and platform-centric systems are insufficient to meet the contemporary needs of publishing. The future of the industry will be built upon open, programmable, and automated infrastructures.
The integration of ONIX standards with Web3 and smart contracts lays the foundation for a new technical standard in publishing. NFB aims to realize this standard not as a theoretical vision, but as an actionable publishing model.
NFB is a blockchain-based digital publishing model that transforms books from access-only licenses into truly ownable digital assets. In traditional digital publishing, readers usually purchase limited access tied to a platform, without the ability to transfer, resell, or fully control the content they pay for. With NFBs, a book is minted as a unique on-chain asset, giving the reader verifiable ownership recorded on the blockchain. This allows books to be transferred, gifted, or resold on secondary markets while preserving transparent ownership history. At the same time, NFBs enable programmable royalties, ensuring that authors and publishers automatically receive their share whenever the book changes hands. As a result, NFB introduces a more transparent, fair, and sustainable digital publishing ecosystem built on true ownership rather than temporary access.
