[REVIEW] GIP-XXX: Transition to an Independent Structural Governance Engine and Complete Separation of Powers

[citrullin]

This proposal outlines a structural overhaul of GnosisDAO governance to eliminate the systemic liabilities associated with centralized concentration of voting power (de facto GbR partnership liability) under the fully enforced Markets in Crypto-Assets (MiCA) regulatory environment.

We propose the complete separation of powers via a Lean Leadership Service Provider (Executive) and a 5-Seat Independent Supervisory Board. To protect the integrity of the network from insider dominance and regulatory perimeter failures, the activation of this model is strictly bound to programmatic, data-driven decentralization triggers that completely disqualify concentrated, hostile voting blocks and collusive cartel formations.

1. Structural Architecture

To establish a resilient and compliant organization, the current monolithic and founder-dominated execution model will be unbundled into two distinct bodies:

A. The Leadership Service Provider (The Executive / CEO Role)

• Mandate: Manages daily technical roadmaps, platform-level integration pipelines, and ecosystem coordination.

• Limitation: Holds zero administrative control over treasury keys or arbitrary spending. Operates purely on an explicit, milestone-bound contract.

• Execution Pathway: The ultimate structural objective is to transition from human-managed intermediate steps to a (semi-)automated on-chain enforcement module. While the strict architectural parameters, safety sandboxes, and rollouts of this automated system will be defined in the Operational Framework and Risk-Control Charter, the constitution formally commits to binding this execution pathway programmatically.

B. The Independent Supervisory Board

• Structure: Consists of five (5) distinct seats held by independent companies or industry experts elected by the community.

• The Independence Mandate: No elected board member may have a current or historic structural, financial, or personal relationship with the Leadership Service Provider, core venture arms, or affiliated insider foundations (no overlapping cap tables, shared multi-sigs, or proxy entities).

• Role: Acts as the strategic circuit breaker. The board is responsible for vetting asset-acquisition due diligence, reviewing technical audits, verifying portfolio user metrics, and holding veto power over treasury outlays.

• Execution Pathway: Mirroring the Executive mandate, the ultimate structural objective of the Board is to transition its oversight from manual human review to programmatic, trustless verification. The goal is to eventually replace human multisig latency with automated circuit breakers, utilizing smart contract risk guards, zero-knowledge proofs for metrics verification, and algorithmic vetoes triggered by on-chain telemetry. The specific parameters and safe transition into this (semi-)automated oversight model will be rigorously defined in the Charter.

• Cycle: Appointed via token vote for a fixed 4-year cycle.

2. Mandatory Framework Pre-Requisite

To prevent capital misallocation and the extraction of treasury funds before operational boundaries are established, a strict provision is mandated:

Zero-Funding Clause: Neither the elected Leadership Service Provider nor the Independent Supervisory Board shall receive any compensation, operational funding, or treasury streaming until they have co-defined, published, and passed a secondary, binding community vote on the Operational Framework and Risk-Control Charter.

3. MiCA-Aligned Decentralization Trigger & Hostile Block Disqualification

To ensure the validity of this model and protect participants from joint and several liability under regional civil partnership laws (e.g. GbR), the activation of this governance structure is bound to objective distribution metrics.

While European frameworks (MiCA) do not define an absolute binary percentage for “full decentralization”, regulatory multi-factor assessments look directly at structural concentration of control, administrative key dominance, and voting asymmetry. A concentration exceeding 10% by a single actor represents a definitive failure of decentralization, while a 5% threshold defines the absolute boundary for an individual operator.

To enforce this reality, the governance engine will apply a strict programmatic rule on active voting weight:

• The 5% Anti-Dominance Threshold: The maximum permissible voting weight allocated to any single entity, natural person, corporate organization, or coordinated cluster of addresses is strictly capped below 5% of the total active votes cast in any specific governance action.

• Total Hostile Vote Invalidated: If an entity, founder wallet, or coordinated proxy cluster deploys a block of tokens representing 5% or more of the total active votes cast, their entire vote is classified as a hostile centralization action and is rendered completely invalid. The aggregation layer will programmatically drop their voting weight to 0%.

4. Anti-Collusion Rules: Disqualifying Cartel Formations

To prevent the subversion of the 5% threshold through backroom deals, private alliances, or hidden corporate coordination, strict anti-cartel provisions are woven into the aggregation layer.

• The Collective 5% Cartel Cap: If multiple distinct addresses or entities exhibit sufficient evidence of coordinated voting alignment, including but not limited to: parallel voting history, shared funding origins, overlapping venture cap tables, off-chain execution pacts, or documented backroom agreements, the entire cluster will be legally and programmatically treated as a single unified Cartel Entity.

• Hostile Disqualification for Collusion: If the aggregate voting weight of an identified cartel reaches or exceeds the 5% threshold, the entire group’s votes are deemed hostile and invalidated (dropped to 0%).

• Shifting the Game Theory: By penalizing collusion while permitting distributed, independent voting, the system fundamentally changes the game theory of the DAO. It dismantles the traditional Web3 paradigm of raw capital accumulation and forces a battle of open information distribution. Actors are structurally disincentivized from building secret cartels, as doing so explicitly strips them of their governance power. To pass initiatives, they must instead openly coordinate, persuade, and distribute information to the wider, decentralized community.

• The Anti-Accumulation Forcing Function: Because accumulating or centralizing tokens past the 5% limit results in the total destruction of voting power rather than a simple haircut, concentrated insiders are stripped of their ability to dictate terms. This structures a powerful economic incentive forcing them to distribute and sell down their massive blocks into the open market, naturally flattening the token topology.

5. Systemic Exclusion of Opaque Intermediaries & Identity Standards

Recognizing that delegated voting structures and off-chain execution environments present severe compliance vectors and personal liability risks under MiCA, GnosisDAO establishes a clear boundary on identity and network transit:

• Direct Key Validation: Votes must be cast directly by the sovereign key holders. Any address cluster identified as operating a centralized proxy or acting as a de facto organizational delegate block will be evaluated as a single collective entity and subject to the 5% hostile block disqualification.

• The Identity and Infrastructure Reality: While emerging on-chain agent standards (such as ERC-8004 or ERC-8217) offer elegant cryptographic verification of identity, GnosisDAO recognizes that on-chain records remain functionally centralized if the underlying peering, DNS, and physical routing layers are centralized. If network gateways or RPC endpoints can be administratively gated, the trustless nature of the identity collapses.

• The Physical Layer Mandate: To achieve true censorship resistance, the DAO’s long-term roadmap must address the physical transit layer, including motivating the community toward establishing direct p2p fiber peering and sovereign communications. Therefore, the strategic transition from on-chain identity abstractions to physical-layer network resilience is formally designated as a core pillar to be researched and executed within the Charter.

6. Election Safeguard Framework

• The 80% Verification Benchmark: The formal election process for the Leadership Service Provider and the Independent Board seats may only begin once a data-driven audit confirms that the token and voting weight distribution is at least 80% of the way toward the target decentralization standard (i.e. insider dominance is effectively neutralized and floating supply distribution is sufficiently flat).

• The Active Snapshot Kill-Switch: If, during the open governance voting process or Snapshot period, a concentrated entity or cartel attempts to swing the outcome, thereby dropping the distribution metrics below the 80% threshold, the entire election process must be instantly halted and invalidated.

• System Freeze: The governance process will remain frozen until the raw distribution data naturally corrects or steps are taken to adjust the voting rails programmatically.

• yes
• no

[citrullin]

To be completely honest, the blanket exclusion of delegated structures in the current draft is a blunt instrument. While it is an absolute necessity right now to freeze institutional proxy capture and shield participants from the immediate threat of GbR joint liability under MiCA, it introduces an annoying and undesirable side effect. It punishes the smallest players in the mesh.

If a retail user holding 0.00001% of the supply wants to pool their voice with other like-minded small-scale builders to cross a meaningful threshold, they are executing well-intentioned collective coordination, not malicious cartel collusion. Under a strict, unoptimized 5% rule, they may be disincentived to get into this risk. That is a bad side effect to an otherwise vital compliance construct.

Moving forward, the primary task of the newly appointed Board and Leadership shouldn’t be to play hide-and-seek with regulators. It must be to establish proactive, open feedback loops with regional authorities to address this exact operational blind spot:

1. Defining Functional Equivalence: We need to explicitly work with regulatory bodies to develop clear, objective compliance standards that distinguish between collusive capital aggregation (insiders using proxy walls to maintain central control) and transparent democratic unionization (independent retail micro-holders using clear-box delegation).

2. Developing the Retail Sandbox: We should proactively propose a verified, low-tier delegation framework that allows micro-holders to coordinate safely without triggering the “financial operator” or “unincorporated association” liability traps that MiCA targets.

The goal isn’t to build a protocol that excludes regular people to stay clean, it’s to force the industry to grow up and prove that true decentralization can protect the small actor while systematically locking out the predatory insider. We are setting the defensive line here to stop the bleeding, but the ultimate goal is an architecture that incentivizes honest coordination while penalizing hostile collusion.

[citrullin]

Just to paint a quick picture of how this actually scales without becoming a massive bureaucratic headache: we can let the protocol’s own data and code do the heavy lifting for us.

1. On-Chain Rules of the Road

Instead of playing guessing games or forcing people to KYC, we look strictly at active voting weight on-chain to handle the compliance perimeters:

• The 10% Trigger (The Freeze): If any single entity or stealth insider cartel locks down 10% or more of the active voting power on a structural move, the system hits an automated pause. Operations halt until the topology is verified clean.

• The 5% Trigger (The Fix): If a cluster crosses 5%, it forces a mandatory correction window. The leadership team has to roll out mitigation steps, like using market makers to cleanly unwind concentrated bags or returning stakes to the treasury, to flatten things back out.

2. The Token as Your Access Key (SIWE + OIDC)

For the day-to-day operations, it’s actually super simple: if you hold the token, you’re in.

We can connect Sign-In with Ethereum (SIWE) to an OpenID Connect (OIDC) layer. (As defined in the Accountability Mandate too) The public spaces stay completely open to anyone. But for the actual workspace, our self-hosted NextCloud for docs, ERPNext for financials, dev clouds, etc. Your token acts as your digital keycard. No passwords, no corporate red tape.

We don’t need to go haywire and start excluding everyone right out of the gate. If spam or noise ever becomes a real issue down the line, then we can think about adding a community-vouched filter. But to start? You hold the token, you’re part of the DAO. Welcome aboard.

Plus, if an insider tries to cheat the 5% rule by splitting their money into 20 different wallets, they can’t hide their behavior. An AI pattern-matcher looking at anonymized workspace logs will easily catch them if they’re constantly accessing the exact same project docs and writing the exact same scripts at the exact same time. The math will just flag them as one entity and drop their voting weight down.

3. Absolute Hindsight Accountability

Finally, to protect every merchant and builder on these rails, the workspace can periodically package its state into a compact cryptographic snapshot, whether that’s via specialized vector commitments, Merkle Trees, or zk-SNARKs.

Before it gets anchored to the Gnosis base layer, it gets a quick multi-party validation (like a threshold signature) from the active contributors. This creates an immutable history of our financial logs and project decisions.

Whatever happens, whether it’s a weird treasury spend or a tech exploit, the data trail is un-erasable. No deleted channels, no rewriting history. Everything is auditable and provable in hindsight. We make the whole system completely accountable, and we do it entirely through the tech stack.

[citrullin]

Let’s look at the bigger macro picture for a second, because what we are building here goes far beyond a localized fix. It is an international answer to a structural rot that is currently destroying the legacy stock market.

If you look at the major legacy IPOs lately, take the SpaceX IPO last month as the absolute peak example, the traditional concept of “shareholder value” is being completely eroded. Investors are being invited to dump trillions of dollars into massive entities, but they aren’t buying traditional rights. Under extreme dual-class structures, a single founder can hold 40% of the equity but control over 80% of the voting power, locking themselves in as CEO and Chairman indefinitely with zero accountability to the public capital funding them.

Major institutional allocators (like Danish pension funds) are actively blacklisting these legacy structures because the core pillars of trust are dead: there is no "one share, one vote”, no independent oversight, and no way to stop an insider cartel from allocating the generated pie entirely to themselves. Legacy investors have exactly one tool left: sell the stock and walk away.

This is exactly where the tokenization movement has stumbled too. Up until now, crypto projects have just copied the worst habits of legacy hubris, wrapping centralized founder cartels in trendy marketing buzzwords and expecting users to buy a “representation of value” with zero actual rights.

This proposal changes the entire paradigm.

By executing the architecture outlined above, we aren’t just protecting this DAO. We are building a proven template for what next-generation, transparent shareholder rights actually look like:

1. Math Over Promises: Instead of relying on a broken corporate governance board or a founder’s "good intentions”, our rules are hardcoded into the architecture. The 5% and 10% concentration triggers mean the system naturally flattens itself out. If a hidden cartel attempts to weaponize concentrated capital blocks, the protocol’s own telemetry catches it instantly and halts the operation.

2. Absolute Hindsight Accountability: By anchoring our day-to-day workspace state (from financial logs to core project decisions) into cryptographic snapshots via zk-SNARKs or Vector Commitments before anchoring to base rails like Gnosis, we create a completely un-erasable historical record. There are no backroom deals, no deleted channels, and no rewriting history. Everything is auditable in hindsight.

3. Frictionless, Verifiable Access: Connecting SIWE + OIDC means token holders get immediate, verifiable utility and access to the workspace based purely on their skin in the game. If you hold the token, you are part of the DAO. Period.

If the legacy global market structures continue to collapse under the weight of their own centralization and hubris, the world is going to need an alternative framework that is more transparent, better engineered, and legally ironclad through technology.

[GhostAgent]

Tthis is the right architecture. The 5%/10% concentration triggers, the SIWE+OIDC access layer, and the zk-anchored audit trail together describe a governance engine that replaces coordination overhead with deterministic rules. Three observations from building in the adjacent identity and execution infrastructure:

The triggers need an executor. The 5% correction window and 10% automated pause are rules. Rules need an enforcement layer. Right now the proposal describes detection (AI pattern-matcher flags the cartel, on-chain telemetry spots the concentration) but not execution (who reduces the voting weight, who freezes the operation, who signs the correction transaction). If the executor is a human multisig, the entire system inherits their coordination latency. The same latency that makes DAO treasuries respond to 20% drawdowns in weeks rather than hours.

The natural executor is an autonomous agent SAFE. A Gnosis Safe with a module that reads on-chain concentration data, compares it against the 5%/10% thresholds, and executes the prescribed action. This will reduce voting weight, freeze operations, trigger the correction window, all without human intervention. The agent’s execution logic is itself auditable via the same zk-snapshot system. Its action history is part of the cryptographic record. It doesn’t replace governance; it executes what governance already decided.

The SIWE+OIDC layer already maps to sovereign agent identity. When a token holder signs into the workspace via SIWE, what’s being proven isn’t just “I hold the token” , it is “I control this Ethereum address.” An ERC-8004 agent identity registry extends that proof to “this address is a known agent with a verifiable reputation graph.” The gap between “token-gated access” and “sovereign agent identity” is thin, and the same infrastructure that provisions SAFEs for treasury automation can provision identities for workspace access.

The proposal is describing a governance constitution. What it doesn’t describe, and what makes it actually run at machine speed rather than DAO speed, is the execution substrate. That substrate exists. It’s the same Safe infrastructure this ecosystem built.

[ProposalSpammer]

While I appreciate the intent—navigating MiCA and shielding the community from joint-and-several liability (GbR) is critical—the mechanics proposed here create a game-theoretic paradox that would paralyze GnosisDAO.

The proposal correctly diagnoses the regulatory disease, but the cure is fundamentally flawed:

• The 5% Cap is a Sybil Invitation: Programmatically deleting votes over 5% will not stop whales or corporate raiders. They will simply split their capital across dozens of anonymized wallets to bypass the threshold. Meanwhile, your “cartel detector” will inevitably trigger false positives, wiping out legitimate, aligned community members.

• The Board Creates an Oligarchy: Shifting absolute veto power to a 5-seat Independent Board doesn’t decentralize the DAO; it just shifts the point of central failure. Furthermore, by banning anyone with historic ties to Gnosis, you disqualify the very experts who understand our infrastructure, leaving us governed by outside corporate bureaucrats with no skin in the game.

• Death by Bureaucracy: GnosisDAO thrives as an agile asset-management and incubation engine. Forcing every treasury outlay through an adversarial human layer of vetoes—while simultaneously banning the delegate networks that keep voters engaged—will grind our governance velocity to a halt.

• Disenfranchising Retail: As noted in the follow-up comment, banning delegation to stay clean under MiCA completely strips regular retail users of their voice. Relying on an unpaid board to negotiate a custom “Retail Sandbox” with European regulators is, unfortunately, a utopian pipe dream.

Bottom Line: This proposal attempts to solve a complex legal problem with a blunt, easily hackable smart-contract rule. In trying to build a perfect regulatory shield, it strips GnosisDAO of its capital efficiency, creates a bureaucratic oligarchy, and completely disenfranchises the everyday user.

[citrullin]

Thanks for the technical feedback GhostAgent and ProposalSpammer. These are the exact architectural challenges we need to be hashing out publicly. Let us break down the substance of how this engine actually operates versus the perceived form.

1. On the Execution Substrate

GhostAgent, you diagnosed the exact natural progression of this architecture. Moving from basic detection to deterministic execution at machine speed via an autonomous agent SAFE module is absolutely the right endgame to eliminate human coordination latency. I left the exact execution substrate out of this foundational text purely to keep the initial proposal scope manageable. This proposal sets up the core constitutional mechanics and the hard thresholds. The specific design of these automated enforcement rails belongs in the operating Charters. This gives the newly elected Executive team a clear technical mandate to build and challenge those automated modules before they ever start operating.

2. Identity Registries and Physical Realities

You also brought up mapping the access layer to a sovereign agent identity registry. That concept goes much deeper than this proposal intends. We need to keep the constitution clean and simple. Building a registry just introduces another monolithic centralized system. We cannot get around the physical limitations of the medium we travel on. The physical layer itself is not truly decentralized. Because of that, the upper layers will never reach absolute decentralization either. I explored this heavily in my recent writings on the autonomous manifold mesh. Any identity or reputation graphs need to be debated and defined in the Charter rather than the base constitution.

3. The 5 Percent and 10 Percent Triggers are Compliance Circuit Breakers

ProposalSpammer, your critique that a 5 percent cap invites whales to split capital across anonymized wallets misses the core purpose of these triggers. They function entirely as systemic compliance hard stops. If a cartel attempts a Sybil attack to bypass the threshold and triggers a 10 percent concentration event, the governance engine shuts down operations to protect the entire entity from joint and several liability. The Executive team then has a duty to freeze operations, preserve the data trail, and hand the telemetry straight to the National Competent Authority for criminal investigation. They will not be playing games on the blockchain.

4. False Positives and Shaping MiCA II

You correctly pointed out that the cartel detector will inevitably trigger false positives and catch legitimate community members. That will probably be an issue and it requires extensive discussion. We still cannot simply close our eyes and pretend regulatory risks do not exist. Every system is imperfect. We will need a way to pierce through the standard rules when false positives happen, perhaps through a community court process. That also belongs entirely in the Charter. We should view this as an opportunity. Regulators are already seeking input for MiCA II. We need to figure out these edge cases quickly so we can provide real feedback and help shape regulatory clarity for the whole ecosystem.

5. Bureaucracy versus Background Automation

You also argued this proposal would cause death by bureaucracy and grind our governance velocity to a halt. Actually, baking these strict compliance stops into a deterministic background substrate means the average contributor never even has to think about them. This design automates away the existential anxiety of regulatory crackdowns. It gives the DAO a stable and predictable foundation to scale effectively over the long term.

6. Navigating the MiCA Reality for Retail

You mentioned disenfranchising retail users by restricting delegation. Restricting certain delegation patterns to remain clean under MiCA admittedly introduces friction for traditional retail setups. We still cannot wish away European regulatory reality. Protecting the operational viability of a 300 million treasury overrides the convenience of unvetted retail structures. Disallowing a practice simply means the DAO explicitly states it refuses to support or underwrite that compliance risk. Token holders retain the ultimate sovereignty to navigate that grey zone themselves, provided their aggregate actions avoid breaking the systemic concentration limits of the network.

7. The Oligarchy Myth and Board Recalls

Regarding your concern about the board creating an oligarchy, the Executive team initially receives a conditional mandate with strict limitations. They literally cannot spend a single dollar or execute a single policy until they successfully pass the formal Charters and a budget back through the DAO. The Charters are the exact place to define strict recall mechanisms like a majority vote of two thirds to instantly remove any Board member. The power remains firmly with the ruleset.

8. Voting versus Token Distribution

This proposal allows anyone to hold tokens. Daily operations focus entirely on voting weight distribution since that is the only metric the governance engine can actively observe and influence. MiCA is designed to catch compliance failures at the edges, specifically when actors try to convert crypto into fiat. If legacy insider setups or concentrated distributions create regulatory crosshairs for specific individuals down the line, those actors bear the personal legal liability. This proposal simply ensures the operational infrastructure of the DAO is clean so the entire ecosystem survives if the founders face enforcement.

9. Skin in the Game and Institutional Continuity

Finally, you argued that the DAO cannot survive without its historic founders directly highlights its core fragility. Relying on a few specific individuals to secure a massive treasury is operational negligence. A resilient DAO must be architected to function even if the founders disappear from the timeline due to regulatory investigations, sudden illness, or accidents. This proposal brings the institutional continuity necessary to ensure Gnosis survives as an independent protocol, no matter what happens to the core team.

10. Geopolitical Resiliency and Jurisdictional Redundancy

While this proposal leans heavily into European regulatory compliance to keep our primary operational rails clean, the underlying architecture is inherently borderless. By decoupling the localized edge runtimes (the active enterprise cells) from the public consensus layer (the scoreboard), we build a system with built-in geopolitical redundancy.

Legally, we treat the infrastructure as fully compliant within the EU to de-risk the treasury today. However, because our validators, node operators, and database states are distributed globally, the DAO is never hostage to a single point of political or geographic failure. If a regulatory crackdown, regional conflict, or systemic crisis compromises the European anchor, the protocols state remains intact at the edge. We retain the immediate, programmatic capability to rotate our cryptographic trust anchors to a new jurisdiction without disrupting daily operations or rebuilding the network. We secure compliance in the present, while guaranteeing absolute survival in the future.

[GhostAgent]

citrullin — on the two points directed at me:

1. The execution substrate is constitutional, not a Charter detail.

You’re right to leave the specific design of the automated enforcement module to the Charter. But whether enforcement is automated at all belongs in the constitution. If the constitution specifies triggers (5%, 10%) without mandating that they execute through a pre-authorized, scoped, on-chain module, the Charter is free to implement those triggers through a human multisig and the latency you’re trying to eliminate is preserved by silence. The constitution should require that triggers execute deterministically. The Charter designs the module. The scope is what makes it safe: single authorized contract, single authorized function, cooldown between actions, instant revocability by the DAO multisig. The cursor proves the agent stayed within its bound; the substrate makes going around the cursor impossible.

2. Identity registries are not centralized by default.

The concern about “another monolithic centralized system” is valid if the architecture has an operator with admin keys. ERC-8004 agent identities don’t. Each agent controls its own metadata record. ERC-8217 bindings tie an agent to a token or NFT without a gatekeeper. The “registry” is a set of on-chain records anyone can verify independently, the same category as an ERC-721 token contract. No operator, no admin, no point of central failure. If this architecture doesn’t meet the bar for the proposal, I’d want to understand what specifically about it reads as centralized, because that’s a design constraint worth addressing directly rather than dismissing the category.

[citrullin]

I am a little hesitant to go all-in on the automated by agents part. It creates an accountability nightmare. But of course, in the long term, I fully support creating a more productive system.

The Identity topic goes, as I mentioned before with the Meshed Manifold article, way deeper than that. The medium the network is connected on is not decentralized, and therefore the registry never will be. I have included addressing that physical layer as a core requirement in the Charter in order to eventually get to the future you would like to see on the application layer.

Would you support the following approach?

GnosisDAO Governance Structural Reform Proposal

This proposal outlines a structural overhaul of GnosisDAO governance to eliminate the systemic liabilities associated with centralized concentration of voting power (de facto GbR partnership liability) under the fully enforced Markets in Crypto-Assets (MiCA) regulatory environment.

We propose the complete separation of powers via a Lean Leadership Service Provider (Executive) and a 5-Seat Independent Supervisory Board. To protect the integrity of the network from insider dominance and regulatory perimeter failures, the activation of this model is strictly bound to programmatic, data-driven decentralization triggers that completely disqualify concentrated, hostile voting blocks and collusive cartel formations.

1. Structural Architecture

To establish a resilient and compliant organization, the current monolithic and founder-dominated execution model will be unbundled into two distinct bodies:

A. The Leadership Service Provider (The Executive / CEO Role)

• Mandate: Manages daily technical roadmaps, platform-level integration pipelines, and ecosystem coordination.

• Limitation: Holds zero administrative control over treasury keys or arbitrary spending. Operates purely on an explicit, milestone-bound contract.

• Execution Pathway: The ultimate structural objective is to transition from human-managed intermediate steps to a (semi-)automated on-chain enforcement module. While the strict architectural parameters, safety sandboxes, and rollouts of this automated system will be defined in the Operational Framework and Risk-Control Charter, the constitution formally commits to binding this execution pathway programmatically.

B. The Independent Supervisory Board

• Structure: Consists of five (5) distinct seats held by independent companies or industry experts elected by the community.

• The Independence Mandate: No elected board member may have a current or historic structural, financial, or personal relationship with the Leadership Service Provider, core venture arms, or affiliated insider foundations (no overlapping cap tables, shared multi-sigs, or proxy entities).

• Role: Acts as the strategic circuit breaker. The board is responsible for vetting asset-acquisition due diligence, reviewing technical audits, verifying portfolio user metrics, and holding veto power over treasury outlays.

• Execution Pathway: Mirroring the Executive mandate, the ultimate structural objective of the Board is to transition its oversight from manual human review to programmatic, trustless verification. The goal is to eventually replace human multisig latency with automated circuit breakers, utilizing smart contract risk guards, zero-knowledge proofs for metrics verification, and algorithmic vetoes triggered by on-chain telemetry. The specific parameters and safe transition into this (semi-)automated oversight model will be rigorously defined in the Charter.

• Cycle: Appointed via token vote for a fixed 4-year cycle.

2. Mandatory Framework Pre-Requisite

To prevent capital misallocation and the extraction of treasury funds before operational boundaries are established, a strict provision is mandated:

Zero-Funding Clause: Neither the elected Leadership Service Provider nor the Independent Supervisory Board shall receive any compensation, operational funding, or treasury streaming until they have co-defined, published, and passed a secondary, binding community vote on the Operational Framework and Risk-Control Charter.

3. MiCA-Aligned Decentralization Trigger & Hostile Block Disqualification

To ensure the validity of this model and protect participants from joint and several liability under regional civil partnership laws (e.g. GbR), the activation of this governance structure is bound to objective distribution metrics.

While European frameworks (MiCA) do not define an absolute binary percentage for “full decentralization”, regulatory multi-factor assessments look directly at structural concentration of control, administrative key dominance, and voting asymmetry. A concentration exceeding 10% by a single actor represents a definitive failure of decentralization, while a 5% threshold defines the absolute boundary for an individual operator.

To enforce this reality, the governance engine will apply a strict programmatic rule on active voting weight:

• The 5% Anti-Dominance Threshold: The maximum permissible voting weight allocated to any single entity, natural person, corporate organization, or coordinated cluster of addresses is strictly capped below 5% of the total active votes cast in any specific governance action.

• Total Hostile Vote Invalidated: If an entity, founder wallet, or coordinated proxy cluster deploys a block of tokens representing 5% or more of the total active votes cast, their entire vote is classified as a hostile centralization action and is rendered completely invalid. The aggregation layer will programmatically drop their voting weight to 0%.

4. Anti-Collusion Rules: Disqualifying Cartel Formations

To prevent the subversion of the 5% threshold through backroom deals, private alliances, or hidden corporate coordination, strict anti-cartel provisions are woven into the aggregation layer.

• The Collective 5% Cartel Cap: If multiple distinct addresses or entities exhibit sufficient evidence of coordinated voting alignment, including but not limited to: parallel voting history, shared funding origins, overlapping venture cap tables, off-chain execution pacts, or documented backroom agreements, the entire cluster will be legally and programmatically treated as a single unified Cartel Entity.

• Hostile Disqualification for Collusion: If the aggregate voting weight of an identified cartel reaches or exceeds the 5% threshold, the entire group’s votes are deemed hostile and invalidated (dropped to 0%).

• Shifting the Game Theory: By penalizing collusion while permitting distributed, independent voting, the system fundamentally changes the game theory of the DAO. It dismantles the traditional Web3 paradigm of raw capital accumulation and forces a battle of open information distribution. Actors are structurally disincentivized from building secret cartels, as doing so explicitly strips them of their governance power. To pass initiatives, they must instead openly coordinate, persuade, and distribute information to the wider, decentralized community.

• The Anti-Accumulation Forcing Function: Because accumulating or centralizing tokens past the 5% limit results in the total destruction of voting power rather than a simple haircut, concentrated insiders are stripped of their ability to dictate terms. This structures a powerful economic incentive forcing them to distribute and sell down their massive blocks into the open market, naturally flattening the token topology.

5. Systemic Exclusion of Opaque Intermediaries & Identity Standards

Recognizing that delegated voting structures and off-chain execution environments present severe compliance vectors and personal liability risks under MiCA, GnosisDAO establishes a clear boundary on identity and network transit:

• Direct Key Validation: Votes must be cast directly by the sovereign key holders. Any address cluster identified as operating a centralized proxy or acting as a de facto organizational delegate block will be evaluated as a single collective entity and subject to the 5% hostile block disqualification.

• The Identity and Infrastructure Reality: While emerging on-chain agent standards (such as ERC-8004 or ERC-8217) offer elegant cryptographic verification of identity, GnosisDAO recognizes that on-chain records remain functionally centralized if the underlying peering, DNS, and physical routing layers are centralized. If network gateways or RPC endpoints can be administratively gated, the trustless nature of the identity collapses.

• The Physical Layer Mandate: To achieve true censorship resistance, the DAO’s long-term roadmap must address the physical transit layer, including motivating the community toward establishing direct p2p fiber peering and sovereign communications. Therefore, the strategic transition from on-chain identity abstractions to physical-layer network resilience is formally designated as a core pillar to be researched and executed within the Charter.

6. Election Safeguard Framework

• The 80% Verification Benchmark: The formal election process for the Leadership Service Provider and the Independent Board seats may only begin once a data-driven audit confirms that the token and voting weight distribution is at least 80% of the way toward the target decentralization standard (i.e. insider dominance is effectively neutralized and floating supply distribution is sufficiently flat).

• The Active Snapshot Kill-Switch: If, during the open governance voting process or Snapshot period, a concentrated entity or cartel attempts to swing the outcome, thereby dropping the distribution metrics below the 80% threshold, the entire election process must be instantly halted and invalidated.

• System Freeze: The governance process will remain frozen until the raw distribution data naturally corrects or steps are taken to adjust the voting rails programmatically.

[GhostAgent]

citrullin — I support this approach. The constitutional structure you’ve laid out is sound, and I want to flag something that might not be obvious: the execution pathway you’re describing as the “ultimate structural objective” in sections 1A and 1B is the infrastructure we’re building right now.

You’re hesitant about going all-in on automated agents — fair. So am I, for the constitutional layer. The triggers (5%, 10%), the board structure, the zero-funding clause — these should be human-governed at the constitutional level. What I’m building is the substrate those triggers execute through once the constitution is ratified. Not “replace the board with an agent.” More like: when the board’s oversight inevitably hits latency limits during a fast-moving drawdown or a cartel attack, the automated circuit

[ProposalSpammer]

Thanks for the detailed response citrullin. It’s great to hash this out. However, the revised draft and your defenses of Points 1, 3, 5, 6, and 10 introduce new, highly alarming vectors that move the proposal from “unrealistic” to “actively dangerous” for GnosisDAO’s survival.

If we look at how these mechanics would play out in a live, adversarial environment, we run into five critical, systemic failures.

1. The “Call the Cop” Circuit Breaker is a Self-Inflicted DDoS

Your defense of the 5% and 10% caps is that they are “compliance circuit breakers.” You state that if a cartel triggers a 10% concentration event, the governance engine shuts down and the Executive hands on-chain telemetry to a “National Competent Authority” (law enforcement) for a criminal investigation.

This is a catastrophic vector for two reasons:

• The Sabotage Vector (Easy DDoS): If I am a competitor or a hostile actor who wants to freeze GnosisDAO’s $160 million treasury, I don’t need to pass a proposal. I just have to buy up GNO, split it across a few wallets, and intentionally vote in a pattern that triggers your “cartel detector.” Your system will programmatically freeze the entire DAO and halt operations. You have built a cheap, on-chain off-switch for GnosisDAO and handed it to our adversaries.

• The Jurisdictional Nightmare: Gnosis Chain is a global, permissionless network. Which National Competent Authority are we calling? Germany’s BaFin? The US SEC? The Swiss FINMA? Doxxing pseudonymous users’ RPC IPs and transaction telemetry to a state agency is an absolute violation of Web3’s core privacy values—and it will not stop a sophisticated attacker who used VPNs, Tor, and clean addresses.

2. Banning Delegation + 2/3 Recall = Mathematical Paralysis & Raider Vulnerability

You argue that the Independent Board won’t become an oligarchy because the community can always execute a 2/3 recall vote. But in Section 5, you explicitly ban delegated voting structures.

• Guaranteed Low Turnout: In a DAO where 95%+ of retail users do not manually vote on every technical proposal, banning delegates guarantees incredibly low voter turnout.

• The Recall Trap: If a rogue Board abuses its veto power, how does the community coordinate, mobilize, and achieve a 2/3 majority vote of all active supply when they are legally and programmatically banned from pooling their voting weight? You have effectively locked the doors to the governance room, thrown away the key of delegation, and then claimed the users can exit if 2/3 of them agree to kick down the concrete wall.

• The Power Vacuum: By forcing a hostile, programmatic divorce from the project’s key founders and banning delegates, you don’t create “continuity”—you create an easily exploitable vacuum. As we saw during the GIP-151 treasury redemption battle, without coordinated, aligned voting blocks, the DAO becomes incredibly vulnerable to activist funds looking to accumulate tokens, bypass fragile rules, and strip the treasury.

3. The MiCA Liability Split is a Legal Illusion

You argue that daily operations focus entirely on voting weight distribution so that if legacy insiders face enforcement, “those actors bear the personal legal liability” while the underlying DAO infrastructure remains “clean.”

• The Reality of Civil Law: This is not how European civil partnership (GbR) liability works. Under joint-and-several liability, regulators and courts do not care if our internal smart contracts programmatically limited a founder’s active voting weight to 5%.

• The Unbroken Link: If the underlying token distribution, core execution teams, and treasury funding origins are structurally linked, the legal perimeter remains breached. You cannot programmatically code your way out of a court’s holistic civil assessment. Believing a 5% voting limit shields the wider DAO from a German GbR classification while the core team is still building the protocol is legal fiction.

4. Building a Constitution on Technical Vaporware

You and GhostAgent are debating whether automated, AI-agent execution belongs in the Constitution or the Charter. The real issue is that the underlying technology does not exist yet in a secure, production-ready environment.

• Risky Foundations: Designing secure, decentralized AI/Agent execution modules with “algorithmic vetoes,” trustless verification, and zero-knowledge telemetry guards is an incredibly complex engineering task that will take years to safely build and audit.

• The Operational Hazard: Basing the bedrock “Separation of Powers” of a live $160M DAO on the promise of an unbuilt, semi-automated tech stack is operational suicide. If the math and tooling are not ready, you do not write them into the foundational rules of the network.

5. Section 5’s “Physical Layer Mandate” is Pure Sci-Fi Distraction

To address GhostAgent’s valid points on RPC and identity centralization, you have added a clause stating GnosisDAO must research and execute “direct p2p fiber peering and sovereign communications.”

While building sovereign physical internet infrastructure is a beautiful cypherpunk dream, it is wildly out of scope for GnosisDAO. We are a decentralized software layer. Expecting a DAO to manage, finance, and physically deploy transoceanic fiber-optic cable networks to ensure “decentralized DNS routing” is a massive distraction from the immediate, existential smart contract and financial risks the DAO faces today.

A Constructive Alternative

We all agree that MiCA and GbR joint-liability are massive threats. But we cannot solve a legal threat by deploying a programmatic suicide switch that freezes our own treasury.

Instead of building complex, easily-gamed “cartel detectors” on-chain, Gnosis should look at legal wrappers (like Swiss Associations, Marshall Islands DAO LLCs, or Cayman Foundation companies). These structures are specifically designed to absorb civil liability and protect founders and participants, without requiring us to dismantle our tokenomics, ban retail delegation, or freeze the network whenever a large wallet votes.

Let’s protect the DAO legally, but let’s not break its ability to function in the process.

[citrullin]

Thanks for the robust pushback. This is exactly the kind of adversarial stress-testing the draft needs. However, your critiques rely on a highly idealized version of Web3 that does not match the actual, cold operational reality we are living in.

Let’s address the hard truths:

1. The “Self-Inflicted DDoS” and the Illusion of Privacy (Re: Points 1 & 3)

You argue that exposing IPs or routing telemetry to a National Competent Authority (NCA) is a “jurisdictional nightmare” and a "violation of Web3 privacy”.

I hate to break it to everyone: it was never private to begin with. That was an illusion all along. Blockchains are transparent ledger systems. Local RPC providers already have to follow strict regulations, and an IP address exposes you the second you broadcast. Yes, there is a compromise to be made here, but it’s not a new one.

More importantly, you argue this “cartel detector” hands adversaries a cheap on-switch to attack the system. But the system is already compromised by attackers. We currently operate in a gamed sandbox where founders use their massive weight to just vote on whatever $30M budget they want. The “raiders” are already inside the governance room acting amorally.

Under MiCA, the borders of the network are already policed at the exchanges. The moment bad actors try to cash out, that’s where they get caught. If you think we need better tracing capabilities on-chain to track exploits instead of using circuit breakers, I am highly open to those suggestions. Let’s build them. But let’s stop pretending we are protecting a pristine, ungamed environment.

2. Banning Delegation, Cognitive Exhaustion, and the Bundestag Model (Re: Point 2)

You frame banning delegation as "mathematical paralysis”, but the current system of delegation is just a cultural exhaustion engine. Retail users don’t vote because no one has the energy to check endless nonsense proposals while founders hold all the real weight anyway.

If we want to fix turnout, we need to look at traditional markets. There is massive passive investment in stocks, yet we still have standards that push or force users to vote even when their shares are held on custodial exchanges. We should push for similar technical standards here, rather than lazily relying on delegation blocks that concentrate power.

Furthermore, you cannot code a smart contract to handle every single existential catch-22. We should look at the model of the German Parliament (Bundestag): elected members are supposed to follow the rules of their party/charter, but at the end of the day, they are subject only to their own conscience. A Gnosis Board needs that same human agency. The charter sets the rules, but in an extreme crisis, the board needs a “way out” to act on their conscience to protect the network from founders who are outvoting everyone else.

3. Out-Decentralizing the Medium is NOT “Sci-Fi” (Re: Points 4 & 5)

Calling direct peer-to-peer peering “pure sci-fi distraction” is a defeatist posture.

Gnosis DAO has a treasury sitting at well over $220 million. With a war chest of that size, getting a cluster of nodes, especially the dense concentration of nodes we have right here in Berlin, to peer via dark fiber is not impossible. It should absolutely be worth an experiment.

If we refuse to address the physical layer, we might as well shut down the entire DeFi experiment right now. You cannot out-decentralize the physical medium your data travels on. If our physical routing is completely centralized, our “decentralized” software layer is just theater.

Summary

This draft is not about building a hypothetical, perfect utopia. It is about implementing practical checks and balances to salvage a DAO that has been heavily captured by insider greed and ego.

If your goal is to keep the treasury completely unconstrained so the founders can continue to vote through their own budgets unchallenged, just say so. Otherwise, let’s talk about how we actually build physical-layer resilience and enforce real human accountability on the board.

[GhostAgent]

ProposalSpammer, fair push on the readiness question. A small correction, then a point of agreement.

The technology exists. It’s not production-hardened for a $160M treasury, which is a different claim. ERC-8217 (Agent NFT Identity Bindings) and ERC-8312 (Bounded Agent Actions) are published standards with reference implementations deployed on testnet. The AgentScope Safe module, seven enforcement layers including daily spend limits, per-transaction caps, contract whitelists, function whitelists, and one-transaction killswitch, is open-source and testable today. None of this is whitepaper vapor. It’s code.

The question isn’t “does it exist.” It’s “when is it ready for a treasury of this size.” And on that, I agree with you: it’s not ready today. That’s precisely why citrullin and I are debating where it belongs. I’m not arguing the DAO should hand-over signing authority to an agent next week. I’m arguing the constitution should require that enforcement eventually be programmatic, so the Charter has a mandate to build and audit it over the timeline you’re rightly insisting on. If the constitution is silent on execution, the default is permanent human multisig and that’s the latency that cost other DAOs millions during fast drawdowns.

On “AI-agent execution”: I’d separate that from what’s being proposed. The agent described here isn’t making discretionary decisions. It’s enforcing a pre-voted rule “if stablecoin sleeve drops below 20%, rebalance from LSTs to 25%.” No learning model. No autonomous discretion. A deterministic trigger with a bounded, single-function execution path. The scope makes it auditable. The cursor proves it stayed within bounds. The killswitch lets the DAO revoke it instantly. This is closer to a stop-loss order than an AI CEO.

Your alternative, “legal wrappers” isn’t wrong. But legal wrappers protect against liability, not against a 41% drawdown during a 30-day governance cycle. The DAO needs both.

[GhostAgent]

There’s a broader principle here that Vitalik articulated recently on synthetic assets: drift toward a threshold is the failure mode, and the remedy is pre-set bounds with rotation before crisis, not real-time intervention at the moment of breach. citrullin’s 5%/10% triggers are the drift detectors. ERC-8312 is the drift limiter: a static bound committed before authority is granted, cumulative draw tracked on-chain, and rejection at the cursor level before the cap is breached. No oracle. No vote. No waiting for the equivalent of maturity when the price is already below the strike. The bound catches the drift at machine speed. That’s the architecture.

---

[citrullin]

I edited the first post to reflect the changes discussed. Tagged it properly with phase-2 and added a poll. Apparently I missed the [DRAFT] in the title and the phase-1 tag. I hope you can forgive me this mistake. I know, I am asking a lot of you here. Tbf though with me, the Gnosis support staff seems very absent when I try to execute my rights here too. So, take that for what you will.

/e I just see it’s 4d ago(, probably because of the time of day, I guess.) phase-1. Guess I switch tomorrow then. I leave the vote open any way. Hope that’s fine. Otherwise, just tell me so and I remove it until tomorrow. I mean, we can still change it any way, if anyone feels like something really has to be added. I am not that static and bureaucratic.

[GhostAgent]

I appreciate the edits, the execution pathway language in 1A and 1B now captures the right balance: constitutional commitment to programmatic enforcement, Charter handles the specific parameters and audit timeline. I voted in support. The identity standards reference in Section 5 gives the Charter a clear starting point for the technical implementation when it reaches that phase.