The Biodiversity Past Nationwide Jurisdiction (BBNJ) Settlement marks a historic shift within the regulation of the ocean: States have dedicated to a legally binding regime for the truthful and equitable sharing of advantages arising from marine genetic sources (MGRs) of areas past nationwide jurisdiction (ABNJ). Nonetheless, the textual content of the treaty alone won’t ship these outcomes. What stays critically underdeveloped is the infrastructure, each technical and institutional, that may translate authorized commitments into operational mechanisms.
This Article identifies a core implementation problem: the best way to make Article 14’s benefit-sharing regime practical in apply. Article 14 establishes a authorized obligation to make sure the truthful and equitable distribution of each financial and non-monetary advantages arising from the utilisation of MGRs collected in ABNJ. By grounding these obligations within the collective curiosity of humanity over sources situated within the international commons, the availability embeds a precept of fairness throughout the treaty framework. The benefit-sharing regime thus capabilities as a normative and operational instrument to help the overarching goals of the BBNJ Settlement: the conservation and sustainable use of marine biodiversity past nationwide jurisdiction. We argue that the way forward for the BBNJ clearing-house mechanism (ClHM), established underneath Article 51, should function the treaty’s digital spine, offering the provenance monitoring, knowledge transparency, and compliance capabilities essential to render Article 14’s benefit-sharing regime practical in apply. Drawing on two working fashions–Brazil’s SISGen (Nationwide System for the Administration of Genetic Heritage and Related Conventional Information) platform and Mental Property Non-Fungible Tokens (IP-NFTs)–we discover instruments that would inform the ClHM’s improvement. We shut with particular design questions for consideration throughout the second session of the BBNJ Preparatory Fee, beginning 18 August 2025.
Authorized Innovation: The Promise of Article 14
On the coronary heart of the BBNJ Settlement lies a daring authorized innovation: States are positioned underneath a concrete and enforceable obligation to share the advantages arising from the utilisation of MGRs collected in ABNJ. Article 14 introduces a dual-track benefit-sharing regime that encompasses each non-monetary and financial dimensions. On the one hand, it requires the availability of non-monetary advantages equivalent to entry to scientific knowledge, capacity-building initiatives, and the switch of applied sciences. Alternatively, it mandates that financial advantages, as soon as particular thresholds of commercialisation or income are reached, be channelled right into a devoted worldwide fund, as set out in Article 52.
But this formal innovation provides rise to a persistent authorized problem: how can one reliably decide when using a genetic pattern collected (or its digital sequence info) on ABNJ leads to a profit that’s vital sufficient to activate the obligations established underneath the settlement? With out strong mechanisms for traceability, clear disclosure, and verifiable enforcement, the core goal of fairness dangers stays aspirational. The effectiveness of Article 14, due to this fact, hinges not merely on normative readability however on the existence of a supportive technical and institutional ecosystem able to translating authorized rights into precise redistribution.
From Authorized Textual content to Technical System: The Position of the ClHM
The ClHM is envisioned because the core of the treaty’s benefit-sharing system. Its position is to register all actions involving MGRs, assign a standardised batch identifier to every assortment, and hyperlink that identifier to related info relating to entry, utilisation, and ensuing advantages.
In line with the UN Doc. A/AC.296/2025/6, the ClHM is featured by 4 foundational design options. Firstly, the system is predicted to incorporate tiered permission ranges to handle person entry in response to position and accountability. Secondly, it should allow technical interoperability by means of technical hyperlinks (e.g., APIs), permitting integration with current knowledge repositories and institutional platforms. As well as, its structure is to be deployed in phases, permitting gradual implementation and adjustment. Lastly, the mechanism should be accessible underneath low-bandwidth circumstances, a vital requirement for enabling efficient participation by growing states.
These technical components, though foundational, usually are not enough in themselves. What stays notably absent from present planning is a coherent operational blueprint, one which articulates how the ClHM would perform end-to-end, from the notification of a cruise to gather a genetic pattern to the triggering of benefit-sharing obligations. This contains not solely questions of metadata requirements and system safety, but in addition how obligations are to be embedded inside scientific and business workflows. To handle these uncertainties, real-world digital governance techniques, equivalent to nationwide entry platforms and rising blockchain-based licensing frameworks, supply instructive analogies.
Nationwide Traceability as a Basis
The Brazilian platform named ‘SISGen’, established underneath Regulation 13.123/2015, has had a direct conceptual affect on the BBNJ Settlement, most notably on the inclusion of the ‘entry code’ requirement for MGR notification in Article 51. Whereas SISGen was developed as a nationwide mechanism for monitoring entry to genetic heritage and conventional information, its sensible operation affords essential insights for designing the ClHM underneath the BBNJ framework.
What makes SISGen precious within the context of BBNJ just isn’t merely its regulatory structure, however the proof that digital identifiers can function authorized anchors throughout fragmented scientific and business workflows. The Brazilian expertise demonstrates that requiring a time-stamped entry registration, linked to any subsequent use, together with publications and patent filings, can each allow traceability and institutionalise benefit-sharing compliance with out disrupting innovation. Specifically, the SISGen requires customers to declare mental property outcomes, equivalent to patent purposes or licensing, throughout the entry registration course of, thereby establishing a practical hyperlink to the nationwide IP framework. Though this doesn’t represent full technical interoperability with the Brazilian patent workplace (INPI), it demonstrates how a digital clearing-house can interface with broader techniques of mental property governance by means of regulatory coordination. This integration gives a mannequin for the way the ClHM might set off disclosure obligations in downstream processes, equivalent to sequence deposits, data-sharing platforms, or business licensing, primarily based on an preliminary batch identifier issued on the level of assortment.
The relevance of SISGen is thus twofold: it displays a nationwide expertise that knowledgeable regional proposals throughout the BBNJ negotiations, notably relating to notification necessities and financial benefit-sharing, and it gives a scalable, operational template for linking authorized obligations to real-world analysis and innovation practices. Whereas implementation within the ABNJ presents distinct challenges, the Brazilian mannequin confirms that digital provenance techniques could be deployed on the nationwide stage and tailored to be used in multilateral frameworks. Because the CBD Advert Hoc Technical Professional Group on DSI has highlighted, centralised, standards-based registration mechanisms considerably scale back complexity and improve compliance (CBD/WG2020/5/CRP.7), two outcomes that the ClHM should additionally ship.
Embedding Authorized Situations by way of Good Contracts
The IP-NFT merges non-public authorized licensing devices with blockchain-enabled automation to create enforceable, clear rights constructions. Functionally, an IP-NFT constitutes a digital asset that encapsulates particular mental property entitlements inside a tokenised construction ruled by sensible contracts. Moderately than merely recording possession, this structure operationalises authorized obligations by embedding them immediately into the asset’s metadata, enabling automated compliance responses upon pre-defined triggers. As such, IP-NFTs introduce a programmable compliance layer that integrates authorized enforceability, auditability, and traceability into the circulation of digital genetic property. This mannequin has the potential to recalibrate how benefit-sharing is applied throughout transnational innovation chains, providing a legally strong and technologically interoperable software for linking upstream entry to downstream obligations.
In a BBNJ-related state of affairs, IP-NFTs might encode obligations from Article 14 immediately into non-public authorized devices. If BBNJ batch identifiers (ID) had been embedded within the token metadata, a sensible contract might routinely set off financial contributions to the Article 52 fund upon business milestones. Non-monetary commitments, equivalent to coaching programmes or knowledge sharing, may very well be constructed into licence phrases and audited by way of the blockchain document. It permits the creation of immutable audit trails, documenting the complete lifecycle of an MGR from assortment by means of to commercialisation. This helps authorized accountability and reinforces belief within the system. Moreover, the construction is inherently interoperable with open-access scientific databases, enabling seamless information-sharing and oversight. Lastly, the mixing of sensible contracts permits for the automated enforcement of economic and non-financial obligations, lowering reliance on ex put up authorized enforcement and enhancing compliance certainty.
Nonetheless, authorized uncertainty surrounds the regulatory standing of such tokens, notably whether or not they could be categorised as securities underneath home regulation. Dangers embody sensible contract failures, lack of entry keys, and privateness points. One other space of critique pertains to the environmental footprint of blockchain applied sciences, particularly early proof-of-work techniques identified for his or her excessive power consumption. But technological developments in blockchain structure, most notably the shift to energy-efficient consensus mechanisms like proof-of-stake, have lowered these considerations. The Worldwide Power Company, in its ‘Monitoring Clear Power Progress: Cryptocurrencies and Blockchain Power Use’, notes that fashionable blockchain networks can now attain power effectivity ranges corresponding to large-scale cloud computing infrastructure.
Wanting Forward: Questions for PrepCom2
As PrepCom2 begins right this moment, a central problem looms: whether or not the ClHM could be designed in a method that really operationalises the treaty’s dedication to fairness in benefit-sharing. This may require addressing a number of unresolved authorized and technical questions. What kind ought to the metadata structure take, and who will assign and validate the MGR batch ID? How will these identifiers persist throughout analysis outputs, patent purposes, or licensing devices? And underneath what circumstances is a profit thought-about to be “derived” for the needs of triggering Article 14 obligations?
Equally vital is the query of integration: can the ClHM safely interface with private-sector instruments equivalent to IP-NFTs with out compromising public oversight or transparency? How will the system stability open entry with protections for delicate or proprietary info, particularly in mild of rising debates round digital sequence info (DSI), the place the traceability of information slightly than materials samples turns into the core compliance problem?
These usually are not merely technical particulars. They strike on the coronary heart of whether or not the BBNJ regime can keep away from the destiny of previous commons governance efforts that didn’t ship on their normative guarantees. Article 14’s innovation lies not in proclaiming a proper to share advantages, however in requiring that these advantages materialise by means of traceable, enforceable mechanisms. For that to occur, the ClHM should be greater than a digital database. It should function as a translational interface between authorized obligations and real-world innovation techniques. By drawing from nationwide precedents equivalent to SISGen and integrating programmable, interoperable instruments, States can construct a governance infrastructure able to enabling compliance throughout each materials and digital domains. Whether or not PrepCom2 turns into the second when this imaginative and prescient strikes from idea to code stays to be seen, however the institutional foundations should be laid now.
Julia Schutz Veiga is a PhD candidate at NOVA Regulation Faculty, UNL, and a visiting fellow on the Ocean Voices Programme, College of Edinburgh. Schutz-Veiga has served as an advisor to the Brazilian delegation within the BBNJ negotiations and on the preparatory committee. The arguments on this weblog put up signify Schutz-Veiga’s private views and should not mirror Brazil’s official positions.
Henrique Marcos is an Lecturer at Maastricht College School of Regulation and a Researcher on the Centre for Research on the Regulation of the Sea of the College of São Paulo (CEDMAR-USP). He holds a double PhD from the Universities of Maastricht and São Paulo in authorized concept and worldwide regulation.
