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- Source: inbox/archive/2024-02-20-futardio-proposal-develop-multi-option-proposals.md - Domain: internet-finance - Extracted by: headless extraction cron (worker 2) Pentagon-Agent: Rio <HEADLESS>
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| type | domain | description | confidence | source | created |
|---|---|---|---|---|---|
| claim | internet-finance | Multi-modal proposals allow DAOs to evaluate N alternatives simultaneously through parallel conditional markets rather than sequential binary votes | experimental | agrippa (futard.io proposal J7dWFgSSuMg3BNZBAKYp3AD5D2yuaaLUmyKqvxBZgHht), 2024-02-20 | 2024-02-20 |
Multi-modal futarchy proposals enable simultaneous evaluation of mutually-exclusive alternatives without sequential voting
Futarchy as originally implemented supports only binary outcomes (pass/fail). Multi-modal proposals extend this to N mutually-exclusive outcomes, where one outcome is "fail" and the rest are distinct alternatives. This architectural change transforms the decision space from sequential binary choices to parallel multi-option evaluation.
To choose among 5 alternatives using binary proposals requires 4-5 sequential votes (depending on tournament structure). With multi-modal proposals, all 5 alternatives are evaluated simultaneously through parallel conditional markets. Each alternative gets its own conditional token market, and the market prices reveal relative preference across all options at once.
Agrippa's proposal cites the use case of "choose the first place prize of the Solana Scribes contest, where there's a conditional market on each applicant." Without multi-modal proposals, a futarchic DAO has "basically no mechanism" for making such choices. Multi-modal proposals solve this by creating a conditional market on each candidate, letting the market aggregate information about which choice maximizes the objective function.
Architectural scalability: Agrippa argues "there is no need to hard-limit the number of conditions in a conditional vault / number of outcomes in a proposal." The mechanism scales to arbitrary N without introducing new security or mechanism design considerations, because "conditional markets do not compete with each other over liquidity" — each market prices its own outcome independently.
Evidence
- Agrippa's MetaDAO proposal (2024-02-20) proposes funding multi-modal proposal development, arguing the feature provides "a huge amount of value" by enabling choice among multiple alternatives
- Specific use case cited: Solana Scribes contest with N applicants, each getting a conditional market
- Architectural claim: no hard limit needed on number of outcomes; scales to arbitrary N
- Security claim: multi-modal proposals "do not particularly introduce any new security / mechanism design considerations"
- Proposer estimates +5% DAO value from "ability to weigh multiple exclusive alternatives at once" via exponential decision-making bandwidth increase
Limitations
This is a single-source proposal from the developer seeking funding to build the feature. No implementation exists yet. The claim that this provides "exponential" bandwidth increase is the proposer's framing; the actual improvement is linear in the number of alternatives (N options evaluated in 1 vote vs N sequential votes), though time savings compound when multiple such decisions are needed.
The liquidity independence claim ("conditional markets do not compete with each other over liquidity") may be overstated — while markets don't directly compete, total capital available for futarchy is finite, and fragmenting it across N markets could reduce depth in each, exacerbating existing liquidity constraints.
Relevant Notes:
- MetaDAO is the futarchy launchpad on Solana where projects raise capital through unruggable ICOs governed by conditional markets creating the first platform for ownership coins at scale.md
- futarchy adoption faces friction from token price psychology proposal complexity and liquidity requirements.md
- optimal governance requires mixing mechanisms because different decisions have different manipulation risk profiles.md
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