Boolean operators (AND, OR, NOT), phrase searching, truncation, and proximity operators were used to refine the results. The searches covered Scopus, Web of Science, IEEE Xplore, ACM Digital Library, and Google Scholar, plus preprint servers (SSRN, arXiv). The timeframe was from 1 January 2008, to 31 October 2025, with the beginning aligned with the year of publication of the Bitcoin whitepaper (Nakamoto, 2008). The focus was on metagovernance among DAOs, defined as the influence or coordination between DAOs or across hierarchical tiers within a DAO. The keyword set combined the following two blocks:

The DAO block targeted the terminology for decentralized autonomous organizations. Keywords included “decentralized autonomous organization” and “decentralised autonomous organisation” with their plural forms, the acronyms DAO and DAOs, and related expressions such as “DAO governance,” “protocol DAO,” “service DAO,” subDAO, and “sub-DAO.” To capture broader descriptors of the organizational form, additional terms covered “on-chain organization,” “blockchain-based organization,” “web3 organization,” “crypto-native organization,” “distributed organization,” and “digital organization,” each in singular and plural forms. Because some literature uses alternative nomenclature, the block also includes “decentralized autonomous corporation,” “decentralized autonomous corporations,” DAC, and DACs.

Because some sources limit advanced operators, multiple shorter queries were also run, for example, “DAO metagovernance,” “inter DAO governance,” “subDAO governance,” “cross chain DAO governance,” “governance interlocks DAO,” and “delegated voting between DAOs.” Preprints were retrieved from SSRN and arXiv and were considered for screening if they met minimum scholarly quality standards. The Polyglot Search Translator facilitated cross-platform query adaptation by converting Boolean search expressions into platform-specific formats without altering their logical structure (Clark et al., 2020).

Following the database searches, all records were exported to a reference manager (Mendeley, Elsevier) and were deduplicated. Screening proceeded in two stages. First, the titles and abstracts were reviewed for fit with the objective of mapping metagovernance among DAOs. This covers the influence or coordination between DAOs and across tiers, such as sub-DAOs with individual tokens. Second, potentially eligible items underwent full-text assessment using predefined criteria.

Inclusion criteria: (i) DAO-explicit focus (DAOs are the primary unit of analysis rather than generic blockchain governance), and (ii) metagovernance content (e.g.,.inter- or multi-level governance; DAO↔DAO token vote and influence).

To enhance completeness, reference mining (backward and forward citation chasing) was performed on the included papers, with newly identified records subjected to the same screening pipeline. Given the nascency of the field, preprints were eligible, provided they met minimum quality standards (clear methodology or argumentation and appropriate citation of sources). Items that failed to meet these standards were excluded.

Data collection and analysis were conducted using Google Sheets. For each record, the following fields were captured: title, year, authors, key findings, governance scope (inter-DAO or multi-tier), mechanism type (e.g., governance interlocks, sub-DAO architectures, cross-chain or mirrored voting), and themes emerging inductively from the collected literature.

Three of the seven included publications were published in 2025, one in 2024, two in 2023, and one in 2021, underscoring the recency of the field. Two studies take a measurement-driven empirical approach: Lloyd, O’Broin, and Harrigan algorithmically detect DAO-to-DAO voting and assemble a network of 61 DAOs and 72 metagovernance ties by combining on-chain logs with Snapshot data (Lloyd et al., 2024), while Xue et al. (2025) analyze token airdrops to show how cross-holdings create overlapping “governance interlocks” One qualitative case study examines Hypha’s layered, modular governance architecture and reports support for nested DAOs and cross-DAO value exchange (Bennett, 2025).

Among the seven included publications, inter-DAO influence appears through three recurring mechanism families: voting and control links, architectural layering, and participation or economic coupling. Voting and control links arise when one DAO acquires another governance token and votes directly, or when proposals instruct voting across the organizations. Using on-chain signatures aligned with Snapshot data, one study identified 61 DAOs connected by 72 such ties and illustrated strategic, decisive, and centralized patterns of DAO-to-DAO voting (Lloyd et al., 2024). Cross-chain governance extends these links across multiple deployments as DAOs coordinate proposals on a home chain with actions on other chains through bridges and relayers. The current limitations include main-chain voting and security requirements for invocation (Notland et al., 2025).

The second cluster concerns architectural layerings. One contribution theorizes a “DAO of DAOs,” in which parent units, subunits (such as SubDAOs), and shared modules allocate decision rights and standardize interfaces for coordination between distinct organizations (Kaal, 2021). Another presents a layered and modular governance architecture that operationalizes nested DAOs and inter-DAO value exchange in practice (Bennett, 2025).

The third cluster involves participation and economic coupling. A conceptual account frames web3 governance as an exchange in a polycentric environment, where composability and permissionless entry enable governance interactions beyond single organizations (Allen et al., 2023). Empirically, token airdrops reduce interlocking costs, attract active voters from other DAOs, and influence the outcomes of novel proposals, thereby creating governance interlocks across organizations (Xue et al., 2025). Complementary problem mapping outlines the prerequisites and pain points for executing inter-DAO coordination at scale, including identity, off-chain tooling, and incentive design (Tan et al., 2023). Table 1 provides an overview of the inter-DAO governance mechanisms.

The included studies identified recurrent participation friction that arises when governance spans multiple organizations. Procedural complexity increases when proposals traverse off-chain discussions, cross-organization voting, and on-chain execution, which raises coordination costs and narrows the subset of actors who complete the full workflow (Lloyd et al., 2024). Cross-chain arrangements concentrate activity on a “home” deployment and rely on bridges and relayers, creating operational overhead and failure assumptions that discourage broad voter engagement across environments (Notland et al., 2025).

Layered architectures further channel decision rights through parent–child interfaces, standardized modules, and designated coordinators, which can formalize narrow participation pathways relative to open assembly in a single venue (Kaal, 2021; Bennett, 2025). Empirical evidence on inter-DAO “governance interlocks” shows that overlapping constituencies and targeted airdrops draw already active governors from other DAOs and give these interlocked members outsized influence on novel proposals, indicating concentration effects at the interface between organizations (Xue et al., 2025). Conceptual work frames web3 governance as an exchange in a polycentric setting, where specialized governance providers and coordination nodes emerge, a structure that can privilege well-resourced or expert participants in cross-organizational decisions (Allen et al., 2023). Problem-mapping contributions list prerequisites that condition inclusive participation in inter-DAO settings, including robust identity, auditable off-chain tooling, and incentive design that scales with complexity; in their absence, participation tends to be thin and unevenly distributed (Tan et al., 2023). Table 2 provides an overview of the metagovernance related participation challenges.

Inter-DAO dependencies enlarge the attack surface in voting pipelines, cross-chain infrastructure, and economically coupled constituencies. DAO-to-DAO voting can relocate decision points across off-chain discussion venues, off-chain polling, and on-chain execution, which obscures the effective voter set and creates opportunities for manipulation. Documented risks include dark coordination in opaque venues and concentration around token-locked voting systems, with calls for detection tools as a precondition for transparency (Lloyd et al., 2024).

Cross-chain governance compounds these issues by importing bridge and relayer trusts into the security model. Case analyses describe deployments spanning many chains that require additional guarantees beyond single-chain DAOs, whereas bridge components remain comparatively fragile. Multi-bridge patterns have been proposed to reduce single points of failure (Notland et al., 2025). The same study notes operational fragilities such as manual cross-chain rollouts, heterogeneous instance requirements, and diffuse accountability, all of which raise the likelihood of configuration errors and governance drift across replicas (Notland et al., 2025).

Economic interlocks further link governance outcomes to organizations. An analysis of targeted airdrops shows that overlapping token distributions create governance interlocks that amplify the influence of particular proposal classes and couple agendas across DAOs, heightening capture and agenda-setting risks through coordinated holdings (Xue et al., 2025). Mitigation ideas appear but remain in the preliminary stage. Reputation-based voting inside “DAO-of-DAOs” architectures is proposed to reduce the corruption of fungible token control; however, this introduces attack vectors around reputation inflation and gaming (Kaal, 2021). In parallel, problem-mapping work prioritizes verifiable and coercion-resistant voting, highlighting the tensions between integrity, privacy, and public verifiability that are acute in multi-layer governance stacks (Tan et al., 2023). Table 3 provides an overview of identified security vulnerabilities in metagovernance.

Alignment is pursued through a mix of architectural standardization, contractual design, and mechanism choices that structure how DAOs negotiate and settle disputes. Layered or “DAO of DAOs” arrangements propose standardized interfaces and reputational voting to coordinate shared resources and reduce incentive divergence across constituent DAOs, complemented by a legal wrapper that defers to on-chain outcomes for external representation and dispute handling (Kaal, 2021). Formal modularization in DAO 3.0 designs introduces membranes, roles, and nested charters that bind cross-DAO value exchange to explicit agreements, which provide predefined escalation paths for disputes and help contain conflicts within the agreed boundaries (Bennett, 2025).

Mechanistically, several studies describe alignment-by-design in DAO-to-DAO voting: councils or committees, voting mirrors, and delegate networks encode obligations so that any metagovernor must operate within the metagovernee’s rules, which narrows the scope for cross-organizational conflict (Lloyd et al., 2024). Interchain work highlights governance bridges and mirroring across chains to synchronize policies and reduce fragmentation, thereby limiting policy conflicts that arise from divergent execution contexts (Notland et al., 2025).

When incentives are not fully aligned ex ante, alignment emerges via bargaining over governance rights in polycentric settings, including aggregation and side-payment markets for votes that facilitate negotiated settlements across protocols, albeit at the cost of added complexity and potential control loss for the underlying DAOs (Allen et al., 2023). Economic interlocks created by overlapping token distributions and targeted airdrops couple agendas between DAOs, which motivates conflict-mitigating policies such as disclosure, recusal, or caps on cross-holdings (Xue et al., 2025). Finally, generic dispute system components discussed in the literature include reputation and slashing-based incentives, arbitration forums, and governance-as-a-service primitives, proposed as portable modules that DAOs can adopt to manage cross-organizational conflicts (Tan et al., 2023). Table 4 outlines the identified alignment and conflict resolution mechanisms.

Inter-DAO governance reads less like a tidy layer on top of single-DAO decision-making and more like a web of relational power that is periodically formalized, often opportunistically, and sometimes brittle. First, voting and control links create direct channels of influence on the target. Algorithmic detection of DAO-to-DAO votes shows dense ties and episodes in which decisive power is concentrated, while the pipeline from off-chain discussion to on-chain execution obscures the effective voter set and complicates accountability (Lloyd et al., 2024). Industry practices align with this picture. Index Coop’s mirroring of external protocol votes to its own Snapshot and execution via committees exemplifies the meta-voting mechanics that amplify a single community’s reach across protocols (Index Coop, 2022a). Popular primers similarly define metagovernance as voting in another DAO through treasury holdings or delegated power, reinforcing the basic control logic (Aragon, 2022; Dex.guru, 2024). Cross-chain deployments widen this control perimeter but import bridge trust assumptions, single-home voting, and operational overhead that concentrate responsibility and risk rather than diffusing them (Notland et al., 2025). The “Curve wars” and bribe marketplaces illustrate how meta-voting channels financialize influence, mirroring traditional lobbying but with key differences: open markets with real-time price discovery, permissionless participation, and programmatic enforcement via smart contracts (Thurman, 2021; TokenBrice, 2021; Dinero, 2022; Multifarm, 2022). While influence-for-payment is not new to governance, DAOs make these dynamics explicit and programmable, creating markets that can rapidly reweight policy outcomes without improving deliberation quality or accountability.

Simultaneously, delegation theory and liquid-democracy experiments suggest that transitive proxies can both concentrate influence in “super-voters” and improve information aggregation under specific network conditions, underscoring design trade-offs in inter-DAO voting (Green-Armytage, 2015; Kim, 2024). Large-scale ecosystem evidence further shows that participation declines and voting-power inequality increases with size, implying that inter-DAO ties often ride atop oligarchic baselines. Finally, finance research finds that governance features enabling broad participation are associated with positive abnormal returns, while barriers such as high quorum requirements or lengthy time locks correspond to negative returns (Appel and Grennan, 2024). The same study shows that security-focused designs reduce breach incidents, and close-call governance votes significantly affect asset prices, indicating that metagovernance design choices have material economic consequences.

Second, architectural layering proposes the domestication of interdependence through the use of structured interfaces. The “DAO of DAOs” design argues for nested units, reputation-based control, and legal wrappers that align incentives across modules and provide formalized dispute resolution pathways (Kaal, 2021). However, legal formalization creates a fundamental liability allocation problem: without wrappers, recent court rulings have held active governance participants personally liable as general partners (Matsumura and Hopkins, 2024; Kaal, 2021); with wrappers, designated representatives must bear concentrated legal responsibility for collective decisions, a role few would voluntarily assume, which relocates rather than resolves power asymmetries while raising new attack surfaces around reputation gaming, gatekeeping, and liability concentration (Kaal, 2021). SubDAO structures and DAO 3.0 visions promise operational scalability and clearer decision rights, although they risk narrowing participation to pre-authorized channels and privileged coordinators who control the interfaces (Blockworks, 2022; Bennett, 2025). Scholarship on algorithmic governance cautions that DAOs fold software into political authority; interface and automation choices therefore shape who can steer meta-decisions and how contestable those decisions are in practice (Nabben, 2023). Empirical work also warns that off-chain pipelines undermine autonomy and create single points of failure, motivating clearer distinctions between DAOs and partially autonomous variants in inter-organizational coordination.

Third, participation and economic coupling make inter-DAO influence endogenous. Exchange-theoretic accounts predict governance supply and demand nodes in a polycentric market, implying that coordination will favor well-resourced specialists who can arbitrage attention, expertise, and liquidity across venues (Allen et al., 2023). Empirically, airdrops generate “governance interlocks” that pull active voters from one DAO into another and measurably sway novel proposals, which strengthens coalitions but creates correlated failure modes and capture risks (Xue et al., 2025). Practical experiments in DAO-to-DAO tooling, such as PrimeDAO’s proposal inverter and conditional-token templates, show credible pathways to cooperative production; however, they do not endogenously solve disclosure, identity, or recusal problems (PrimeDAO, 2021a). Practitioner reports on delegates likewise caution that committee models can improve throughput while degrading transparency if not paired with auditable mandates (Orca, 2022). Finally, problem mapping identifies secure, verifiable, and coercion-resistant voting as prerequisites for legitimate meta-layers, although achieving these properties simultaneously remains challenging, even in traditional governance (Tan et al., 2023). The critical question is whether DAO technical implementations introduce new vulnerabilities beyond the human coordination and coercion problems inherent to any voting system, particularly through off-chain pipelines and programmatic incentive markets that operate at a higher velocity than traditional lobbying. Across these dynamics, DAO voting research calls for explicit evaluative criteria (for example, inclusivity, security, and resistance to manipulation) to compare meta-arrangements, while studies of investor objectives in traditional proxy arenas foreshadow heterogeneous and sometimes conflicting delegate incentives in inter-DAO settings (Agrawal, 2012; Fan et al., 2023).

Participation challenges in metagovernance are not incidental; they follow from the way cross-organizational decisions are composed across off-chain discourse, off-chain polling, and on-chain execution. Measurement work shows that the longer these pipelines, the more coordination costs and drop-offs accrue to participants who must track proposals across venues and identities (Lloyd et al., 2024). Cross-chain variants add “home” chain primacy, bridges, and relayers that raise operational overhead and fragment voter attention across environments, which depresses broad participation and favors specialists who can navigate heterogeneous stacks (Notland et al., 2025). At the institutional layer, committee execution and metagovernance-as-a-service models improve throughput but also create gatekeeping chokepoints unless paired with auditable mandates and transparent delegation design (Index Coop, 2022a; Orca, 2022). Off-chain voting infrastructure, such as Snapshot, lowers proposal friction, but its strategy complexity, signature requirements, and tallying nuances shift the cognitive load to a thin set of highly engaged voters (Spannocchi, 2022). Popular framings cast metagovernance as a DAO exercising voting power in another DAO through held governance tokens, which describes a permissionless ideal that obscures workflow burdens in practice (Aragon, 2022). Layered architectures and subDAO patterns can clarify decision rights, but they also narrow participation to pre-authorized interfaces and coordinators, reinforcing specialist bias (Blockworks, 2022; Kaal, 2021; Bennett, 2025). In polycentric markets, specialized governance providers emerge, which further tilts cross-organizational decisions toward well-resourced actors (Allen et al., 2023). Additional evidence from direct/proxy voting and transitive delegation shows that delegable proxies can improve information aggregation while producing super-voter dynamics in larger or ideologically homogeneous networks, a tension that intensifies when delegations propagate across organizations (Green-Armytage, 2015; Kim, 2024). Complementarily, a recent evaluation framework proposes multidimensional assessment for DAO voting, including decentralization tiers and performance dimensions, which can be used to measure participation costs and manipulability across layers (Fan et al., 2023; Axelsen, Jensen and Ross, 2023).

Security vulnerabilities scale with the same pipes that enable metagovernance. When proposals traverse forums, Snapshot, mirrors, and execution multisigs, the effective voter set becomes opaque, and manipulation venues proliferate, including bribery markets and off-chain cartels (Lloyd et al., 2024). The influence of financialization during the Curve Wars showed how emission gauges and vote-escrow designs could be steered through accumulated stakes and bribe coordination, often without improving deliberation quality (Thurman, 2021; TokenBrice, 2021; Giove, 2022). The Hidden Hand institutionalized these incentives by aggregating bribe markets across ve-token ecosystems, thereby expanding the attack surface to marketplaces and their orchestration logic (Multifarm, 2022; Dinero, 2022). Cross-chain deployments further import bridge and relay trust into governance, where mirrored voting is brittle, rollouts are manual, and accountability diffuses across instances; thus, configuration errors and governance drift become likely failure modes (Notland et al., 2025). Centralized execution committees can harden operations, but they also concentrate consequential authority and create single points of failure around key holders, especially when meta-votes are forwarded from product vaults to multisigs for execution (Index Coop, 2022a). Comparable findings on algorithmic and committee mediation in DAO practice underline the need for auditable mandates (Nabben, 2023) and economic work links better governed designs to observable market effects (Appel and Grennan, 2024). Open problem analyses place verifiable and coercion-resistant voting, cross-domain identity, and disclosure for interlocks as prerequisites for trustworthy metagovernance, conditions not yet met at scale (Tan et al., 2023). Formal work introduces voting bloc entropy to quantify decentralization and demonstrates end-to-end Dark DAO prototypes that make large-scale bribery feasible under confidentiality, challenging the standard assumptions behind coercion-resistant voting in DAO contexts (Austgen et al., 2023). Figure 2 provides an overview of the challenges related to metagovernance.

Voting mechanism heterogeneity across DAOs introduces an additional dimension to security vulnerabilities when metagovernance relationships span various governance models. Within individual DAOs, linear token-weighted voting systems (1-token-1-vote) are vulnerable to whale attacks, where concentrated token holdings enable unilateral control, whereas quadratic voting systems that square the cost of additional votes to dampen plutocratic influence remain vulnerable to Sybil attacks through fake identities and collusion (Sakai et al., 2024). These distinct vulnerability profiles become consequential when metagovernance crosses the boundaries of governance models. When a DAO using linear voting holds governance tokens in a quadratic voting DAO, the metagovernor effectively operates as a single large entity that can cast concentrated treasury holdings, potentially bypassing the quadratic dampening mechanisms designed to limit plutocratic control in the partner DAO. Conversely, if a quadratic voting DAO attempts to exercise proportional influence in a linear-voting partner DAO, the quadratic cost structure may systematically discourage the level of token deployment that would reflect the metagovernor’s actual economic stake (Benhaim et al., 2024). These incompatibilities extend beyond 1-token-1-vote versus quadratic distinctions to encompass conviction voting, holographic consensus, and reputation-based systems, each of which embeds different assumptions about voter behavior and privileges different coordination strategies (Tan et al., 2023). Current metagovernance practices rarely make these mechanism compatibilities explicit, and empirical evidence shows that coordination frameworks operate across heterogeneous voting systems without systematic attention to how structural differences in vote aggregation create asymmetric attack surfaces (Lloyd et al., 2024).

Alignment and conflict resolution mechanisms in metagovernance often push risks to the interfaces where organizations meet. Architectural standardization and nested “DAO of DAOs” designs promise clear charters and escalation paths; however, they can re-centralize control in reputational oligarchies or legal wrappers, which shifts rather than resolves power asymmetries (Kaal, 2021; Bennett, 2025). DAO-to-DAO coordination tooling, including proposal inverters, conditional tokens, and token-swap alliances, prototypes credible contract-based alignment, but introduces disclosure, recusal, and capacity requirements that many communities have not operationalized (PrimeDAO, 2021a; PrimeDAO, 2021b; Gitcoin Governance, 2022; Aragon, 2023). Alignment-by-design in meta-voting, such as mirrors and council execution, narrows the scope for policy divergence but raises principal-agent risks when the metagovernor’s mandates are under-specified (Lloyd et al., 2024). Interlocks created by overlapping token distributions and targeted airdrops can synchronize agendas, which helps settle disputes through coalition formation but also heightens capture risks and correlated failures, motivating caps, disclosures, or recusal policies (Xue et al., 2025; Allen et al., 2023). Finally, field practice shows both the promise and tension of metagovernance in action, from index-led listings and metagovernance “houses” to levered metagovernance plays and subDAO separations, all of which tighten cross-organizational coupling while enlarging the surface for misalignment if accountability is not explicit (Index Coop, 2021; Index Coop, 2022a; Giove, 2022; Blockworks, 2022). Empirical analyses document the entanglement between application and infrastructure governance across the design, operation, and crisis stages, which shifts alignment risks to external interfaces and infrastructure choices (Rikken et al., 2023; Rikken et al., 2019). An ethnographic study of GitcoinDAO shows that algorithms act as political actors that both enable and constrain governance, reinforcing the need for auditable mandates and human oversight in committee or service models (Nabben, 2023). Financial evidence links inclusive and security-oriented governance features to positive abnormal returns and fewer security incidents around close-call proposals, indicating that metagovernance design choices are economically significant (Appel and Grennan, 2024).

This research proposes that the present state of metagovernance is practice-led and theory-lagged, with empirics only recently catching up to the operational realities described in the grey literature. Field guides and protocol communications have long defined metagovernance as one DAO exercising voting power in another, typically through held governance tokens and Snapshot workflows, and have documented concrete patterns such as committee execution, delegate systems, and DAO-to-DAO coordination playbooks (Aragon, 2022; Giove, 2022; Spannocchi, 2022; Orca, 2022; PrimeDAO, 2021a; PrimeDAO, 2021b). In contrast, academic work that measures cross-organizational ties, interlocks, and cross-chain governance is still emerging, although recent studies have algorithmically detected DAO-to-DAO voting networks, analyzed airdrop-induced interlocks, and mapped multi-chain deployments and their operational assumptions (Lloyd et al., 2024; Xue et al., 2025; Notland et al., 2025). Several factors may explain this gap. First, metagovernance requires the co-formation and stable interfaces of multiple DAOs, which have only recently matured sufficiently for systematic observation. Even within a single DAO, participation in governance remains thin and uneven, complicating external coordination layers (Allen et al., 2023; Lloyd et al., 2024). Second, core processes run through off-chain deliberation and polling before on-chain execution, which fragments traceability and increases measurement error for causal inference on influence flows (Spannocchi, 2022; Tan et al., 2023). Third, significant innovation has occurred through competitive influence markets and tactical coordination, such as Curve wars and bribe marketplaces, which were chronicled by practitioners well before being formalized in scholarly models of inter-organizational governance and vote markets (TokenBrice, 2021; Thurman, 2021; Dinero, 2022; Multifarm, 2022; Xue et al., 2025). Aggregating these streams reveals a field that is rich in operational variation yet theoretically underspecified, inviting a unifying lens that can accommodate mechanism diversity, off-chain substrates, and cross-chain stacks within a coherent account of constraints and tradeoffs (Kaal, 2021; Bennett, 2025; Notland et al., 2025; Tan et al., 2023).

This study proposes a metagovernance trilemma that makes these constraints explicit. Similar tensions between inclusion, effective steering, and control have been identified in metagovernance of networked settings (Jessop, 2003; Sørensen and Torfing, 2009; Gjaltema et al., 2020). It is impossible to simultaneously maximize decentralization, security, and participation. Pursuing broad token dispersion and porous interfaces across organizations increases exposure to coordination incentives and coercion risks, particularly where voting can be mirrored across venues or chains and where off-chain polling interposes opaque stages into decision pipelines (Lloyd et al., 2024; Tan et al., 2023). Strengthening security by tightening invocation constraints, introducing reputation gating, or centralizing execution in councils and committees can reduce manipulation vectors; however, these same designs narrow the effective electorate and heighten principal–agent risks, which depresses inclusive participation and recentralizes decision rights in hubs that are difficult to audit in real time (Kaal, 2021; Bennett, 2025; Orca, 2022). Empirical work on DAO processes reports comparable issues with committee mediated and algorithmically steered decisions and stresses the need for explicit, auditable mandates (Nabben, 2023; Appel and Grennan, 2024). Interlocking constituencies intensify the trade-off, since targeted airdrops and overlapping token holdings import external coalitions and give interlocked voters an outsized influence on novel proposals, increasing capture risk even when internal token distributions remain broad (Xue et al., 2025; Allen et al., 2023). These dynamics are observable in practice. Vote-escrow systems and bribe marketplaces channel coordination power into concentrated treasuries and specialized brokers, catalyzing emergency interventions and altering the feasible set of decentralized outcomes without necessarily improving deliberative quality (TokenBrice, 2021; Thurman, 2021; Giove, 2022; Dinero, 2022; Multifarm, 2022). This is compatible with formal work on dark DAOs and large scale bribery feasibility that documents the same expansion of the attack surface (Austgen et al., 2023). Cross-chain governance introduces additional trust assumptions in bridges and relayers, while mirrored voting remains brittle and rollouts are heterogeneous, which creates new security dependencies and discourages broad participation across environments (Notland et al., 2025). Therefore, the trilemma formalizes an empirically observed pattern in which attempts to maximize one vertex reliably degrade at least one of the others, and the degradation grows with each added off-chain and cross-chain layer (Lloyd et al., 2024; Tan et al., 2023; Notland et al., 2025). A visualization of the Metagovernance Trilemma is shown in Figure 3.

The trilemma does not preclude effective metagovernance but rather defines a constrained design space in which optimization of two properties simultaneously is achievable while the third must be partially sacrificed. This creates three archetypal configurations: (1) Decentralization + Security at the cost of Participation produces permissionless, auditable systems where coordination costs and technical complexity limit broad engagement to well-resourced specialists who can navigate multi-stage verification requirements (Lloyd et al., 2024; Tan et al., 2023). (2) Security + Participation at the cost of Decentralization yields throughput-optimized systems, where councils, committees, or trusted delegates enable broad input while concentrating execution authority, as seen in committee-based metagovernance with transparent mandates but centralized signing power (Orca, 2022; Index Coop Governance, 2022). (3) Decentralization + Participation at the cost of Security creates inclusive, distributed systems vulnerable to coordination attacks, manipulation through bribe markets, and capture via interlocks, as observed when airdrops create low-barrier governance participation across DAOs (Xue et al., 2025; TokenBrice, 2021; Dinero, 2022). When DAOs formalize metagovernance relationships, they select from this menu based on their risk tolerance, treasury exposure, and operational context (Allen et al., 2023).

The trilemma also reframes the cyclical progression observed across mechanisms, participation, security and alignment. Mechanisms that enable inter-DAO action, including treasury-based meta-voting, mirrored ballots, and D2D coordination templates, expand the design space for collective action; however, they also create workflow complexity that filters participation toward well-resourced specialists and delegates who can traverse multiple venues and identities (Aragon, 2022; PrimeDAO, 2021a; PrimeDAO, 2021b; Spannocchi, 2022; Orca, 2022). Participation thinning increases the salience of manipulation vectors, as fewer actors bear more execution responsibility and are easier to coordinate through side-payments or reputational pressure, which in turn exposes security vulnerabilities in off-chain polling, council execution, and cross-chain invocation (Lloyd et al., 2024; Tan et al., 2023; Notland et al., 2025). Alignment responses are then layered in standardization and constraint, for example, DAO-of-DAOs structures with reputation-based voting and legal wrappers, subDAO role membranes with explicit charters, and council-based execution with mirrored obligations, each of which can contain conflicts yet also recentralize discretion at the interface points (Kaal, 2021; Bennett, 2025). Market responses add liquidity to coordination through bribe markets and governance-as-a-service, temporarily improving alignment while increasing exposure to agenda-setting by concentrated treasuries and specialized intermediaries, consistent with empirical findings on airdrop-driven interlocks and influence on novel proposals (TokenBrice, 2021; Dinero, 2022; Multifarm, 2022; Xue et al., 2025). Practitioner evidence from surveys, temp checks, and postmortems reinforces this cycle, documenting both throughput gains and transparency losses under committee models and the importance of auditable mandates when forwarding metagovernance votes for execution (Index Coop Governance, 2022; Gitcoin Governance, 2022; Orca, 2022; Giove, 2022).

Metagovernance should be considered a polycentric exchange system in which governance rights, obligations, information, and capital flow through modular contracts and social substrates across organizations. Under this view, the efficient frontier for any regime is a context-dependent surface that spans decentralization, security, and participation rather than a single optimum, and the frontier shifts with the maturity of identity primitives, verifiable and coercion-resistant voting, data pipelines that join off-chain deliberation to on-chain events, and cross-chain invocation guarantees (Allen et al., 2023; Tan et al., 2023; Lloyd et al., 2024; Notland et al., 2025). Therefore, design primitives should make trade-offs legible and governable, for example, explicit participation budgets for cross-DAO proposals, disclosure and recusal rules for interlocks and cross-holdings, caps or vesting-based weights for imported voting power, council mandates that are time-boxed and auditable, and bridge policies that quantify assumed trust and failure modes in governance contexts (Tan et al., 2023; Xue et al., 2025; Kaal, 2021; Bennett, 2025). A research program that aligns with practice should translate widely used artifacts into testable constructs, including snapshot committee workflows, proposal inverters and conditional-token templates, and subDAO membranes, and should evaluate them through comparative experiments and network-level stress tests that account for off-chain and cross-chain layers (PrimeDAO, 2021a; PrimeDAO, 2021b; Spannocchi, 2022; Bennett, 2025). Finally, legal and organizational uncertainties remain first-order constraints for any general theory, since wrappers that defer to on-chain outcomes can both enable credible commitment across organizations and create reputational oligopolies if gatekeeping and role capture are not counterbalanced by disclosure and rotation (Kaal, 2021; Bennett, 2025; Tan et al., 2023).

Beyond these design and legal considerations, the metagovernance dynamics documented in this review carry implications for economic analysis of decentralized ecosystems. Governance decisions in interconnected DAOs create nested externalities that propagate across multiple scales simultaneously, from individual protocols through DeFi ecosystems to broader crypto markets (Ostrom, 2009; Rozas et al., 2021). Financial contagion scholarship suggests that such dense interconnections exhibit phase transitions: below critical thresholds (e.g., minor exploits or isolated governance failures), cross-DAO ties enhance stability through diversification of governance capacity, but beyond those thresholds the same connections become channels for shock propagation, producing systems that are robust yet fragile (Acemoglu et al., 2015; Allen and Gale, 2000). The governance interlocks identified in this review (Xue et al., 2025; Lloyd et al., 2024) create network topologies where concentrated hubs may prove robust to random participation failures but vulnerable to targeted manipulation, consistent with findings on systemic risk in banking ecosystems (Haldane and May 2011). Delegates and meta-governance entities serving multiple DAOs face common agency problems, where non-coordinating principals create incentive distortions that diffuse accountability across organizational boundaries (Bernheim and Whinston, 1986; Dixit et al., 1997). Multi-task agency theory further predicts that such actors will allocate effort toward measurable and directly compensated activities while neglecting ecosystem-wide governance contributions that lack selective incentives (Holmström and Milgrom, 1991; Olson, 1971). Network externalities compound these dynamics by generating protocol entrenchment, whereby suboptimal governance arrangements persist because the underlying network remains valuable despite governance deficiencies (Katz and Shapiro, 1985; Ferreira, 2024). Coordination failures and installed base effects create path dependencies that make governance migration costly even when alternatives would improve collective outcomes (Farrell and Saloner, 1985). These economic considerations suggest that metagovernance is not merely a coordination challenge but a source of systemic fragility warranting attention from both mechanism designers and regulators concerned with DeFi ecosystem stability (Doerr et al., 2021; Schär, 2021).

The regulatory interface with DAO metagovernance remains underdeveloped, yet recent enforcement actions and court decisions establish that governance participation creates significant legal exposure. In CFTC v. Ooki DAO, the court held that voting with governance tokens rendered participants members of an unincorporated association subject to joint liability (CFTC, 2023). The Sarcuni v. bZx DAO decision extended this reasoning by treating governance tokenholders as general partners under state partnership law, with attendant joint and several liability for protocol losses (Sarcuni v. bZx and Supp, 2023). Most recently, Samuels v. Lido DAO held that venture capital firms could face liability based on their governance participation, rejecting arguments that DAOs constitute merely autonomous software (Samuels v. Lido DAO, 2024; Matsumura and Hopkins, 2024). These precedents raise unresolved questions for metagovernance: whether DAO A voting in DAO B’s governance creates membership in DAO B’s legal structure, potentially extending liability across organizational boundaries, remains untested in litigation (De Filippi and Wright, 2018; Allen, 2023). Regulatory frameworks offer limited guidance. The SEC’s 2017 DAO Report established that securities laws apply regardless of organizational form, while emphasizing that dispersed tokenholders exercising voting rights do not necessarily obtain meaningful control (U.S. Securities and Exchange Commission, 2017). The EU Markets in Crypto-Assets Regulation explicitly excludes fully decentralized services from its scope, creating a binary classification problem where protocols must demonstrate undefined thresholds of decentralization or submit to comprehensive regulation (Regulation (EU), 2023). State-level frameworks in Wyoming and Utah now permit DAOs to organize as limited liability entities with reduced or eliminated fiduciary duties, providing some liability insulation for domestic arrangements (Wyoming Decentralized Autonomous Organization SupplementWyo, 2021; Utah LLDao Act, 2024). Offshore jurisdictions, particularly Cayman Islands foundation companies, offer ownerless legal structures that major protocols have adopted (Foundation Companies Act, 2017). However, these entity-based solutions address single-DAO liability without resolving how cross-organizational voting, delegation across protocols, or governance interlocks should be characterized legally. The trajectory suggests metagovernance arrangements will face increasing pressure toward formal legal recognition, whether through sanctioned structures or enforcement actions that impose liability on identifiable participants (FATF, 2024; Han et al., 2025).

Metagovernance typically traverses multiple substrates, including forum deliberation, off-chain polling, and on-chain execution, and often spans more than one chain. In a generic arrangement, a metagoverning DAO adopts an internal stance and then participates in the partner DAO’s process. Timelines must be aligned across venues, as the partner DAO may require forum discussion and a Snapshot poll before an on-chain transaction, with timelocks and multisig signatures as additional steps (Uniswap Forum, 2020; Uniswap, 2024; Gitcoin Governance, 2022). These pipelines relocate decision points and can obscure the effective voter set, which increases coordination costs and principal–agent risk unless role boundaries and audit trails are explicit (Lloyd et al., 2024). Cross-chain deployments add assumptions about bridges and mirroring that remain brittle in practice; therefore, governance dependencies and failure modes require documentation before any authority is delegated across organizations (Notland et al., 2025). Similar needs for the explicit documentation of governance dependencies and role boundaries have been reported in empirical studies of DAO governance (Rikken et al., 2023). Snapshot’s flexible delegation and strategy system reduces proposal friction, but safety and correctness shift to strategy selection, whitelisting, and configuration; therefore, strategy identifiers and delegation contracts should be treated as part of the formal control surface (Snapshot Docs, 2025; Snapshot Strategies, 2024). In short, implementation choices place the metagovernor on a dynamic frontier defined by participation, decentralization, and security, and this frontier tightens as off-chain and cross-chain layers accumulate (Allen et al., 2023; Tan et al., 2023; Lloyd et al., 2024; Notland et al., 2025).

A neutral design space can be described using three execution options that map to different trilemma configurations (Table 5). Each option makes explicit trade-offs between centralization, complexity, and vulnerability to coordination attacks. Across all options, the disclosure of cross-DAO interlocks and inducements is necessary to mitigate the concentration effects observed in airdrop-driven interlocks and bribe markets (Xue et al., 2025; TokenBrice, 2021; Thurman, 2021; Dinero, 2022; Multifarm, 2022).

The first-order design question is what counts as metagovernance. One definition restricts the scope to ballot casting in the partner DAO, mediated by treasury holdings or delegation, which prioritizes throughput but risks uninformed or uncontextualized votes when forum engagement is thin (Aragon, 2022; Giove, 2022). A broader definition treats metagovernance as participation across the complete governance process of the partner DAO, including forum discussions, temperature checks, and rationale publication, which strengthens epistemic quality but adds workload and favors specialists who can traverse venues and identities (Uniswap Forum, 2020; Gitcoin Governance, 2022; Orca, 2022). The empirical record suggests that informed voting is difficult without exposure to deliberation, since the path from forum to Snapshot to execution is where agenda framing, soft bargaining, and timing strategies occur (Lloyd et al., 2024). Cross-organizational incentives further complicate these boundaries. Targeted airdrops and overlapping holdings pull active voters from one venue into another and measurably sway novel proposals, while open bribe markets introduce inducements that are orthogonal to deliberative quality. Therefore, disclosure, recusal, and attendance expectations should be specified upfront if delegates are expected to participate in forums and not just ballots (Xue et al., 2025; TokenBrice, 2021; Thurman, 2021; Dinero, 2022; Multifarm, 2022; Peaster, 2022). A practical stance is to define metagovernance as the combination of voting and minimally sufficient deliberation that enables an informed vote, then codify what “minimally sufficient” means in a public delegate charter aligned to the partner DAO’s process (Orca, 2022; Gitcoin Governance, 2022; Index Coop Governance, 2022).

A partner-approved interface specification should be established for successful metagovernance. This specification should document Snapshot strategy identifiers or whitelisting methods, required forums and voting phases with target durations and buffer times, bridge or relayer policies for cross-chain execution, and provenance links between forum handles, Snapshot addresses, and on-chain executors so that any metagovernance action can be reconstructed by internal auditors (Snapshot Strategies, 2024; Uniswap, 2024; Notland et al., 2025; Lloyd et al., 2024). A transparent delegate system should also be established, including seat count N, rotation cadence, attendance thresholds that trigger replacement, compensation terms tied to verified participation, and public reporting of vote rationales that map internal guidance to partner DAO votes (Orca, 2022; Index Coop Governance, 2022; Giove, 2022). Cross-DAO interlock and inducement disclosures should be mandatory, listing other venues where each delegate holds voting power and any receipts from bribe marketplaces, since interlocks and external incentives are known to sway novel proposals and accelerate coalition formation across organizations (Xue et al., 2025; TokenBrice, 2021; Thurman, 2021). Operationally, where the partner DAO relies on multisig execution, signer latency should be treated as a critical path; therefore, transaction-builder playbooks, monitoring, dry-runs, and emergency signers should be part of the standard operating procedures, together with kill-switches and public change logs for any automation scripts that implement standing rules (Safe Transaction Builder, 2023; Safe Docs, 2025; Gitcoin Manual, 2024). These commitments make the chosen option legible to both communities and resilient to known stressors in multi-venue and multi-chain governance (Allen et al., 2023; Tan et al., 2023; Notland et al., 2025). This corresponds to metagovernance accounts that link procedural transparency to both democratic quality and effectiveness in networked arrangements (Sørensen and Torfing, 2009; Gjaltema et al., 2020).

This scoping review is constrained by the size and recency of the evidence base, with seven included publications, four of which were published in 2025. This distribution limits longitudinal inference and the ability to assess the stability of claims across contexts. The search strategy bounded records from 1 January 2008, through 31 October 2025, emphasized DAOs as the primary unit of analysis, and excluded non-English items and studies without accessible full texts. These design choices improve the conceptual focus but may omit adjacent governance work and nontraditional venues. Grey literature was used for the conceptual context and reported outside the PRISMA-ScR flow. This improves topical coverage in an emerging field while introducing heterogeneity and weaker reproducibility, which are typical of search-engine retrieval. Preprints were eligible if minimum quality standards were met; however, their inclusion increased uncertainty about the durability of some findings prior to peer review. Measurement and observability are limited because metagovernance often traverses forum deliberation, off-chain polling on Snapshot, and on-chain execution, frequently across chains. These pipelines relocate decision points and can obscure the effective voter set, which constrains the empirical attribution and threat modeling. The included studies and synthesis emphasized token-based voting, targeted airdrops, and governance bridges, which may restrict generalizability to reputation-native or layered “DAO-of-DAOs” architectures. Consistent with the PRISMA-ScR aims, this review maps concepts and evidentiary gaps rather than estimating effects. The practice-led and rapidly evolving nature of DAO metagovernance implies that key emphasis may shift as more comparative and longitudinal studies become available.