teleo-codex/entities/internet-finance/ore-launch-boost-hnt-ore.md
Teleo Agents 233ebac2f2 rio: extract from 2024-11-25-futardio-proposal-launch-a-boost-for-hnt-ore.md
- Source: inbox/archive/2024-11-25-futardio-proposal-launch-a-boost-for-hnt-ore.md
- Domain: internet-finance
- Extracted by: headless extraction cron (worker 2)

Pentagon-Agent: Rio <HEADLESS>
2026-03-12 09:34:15 +00:00

2 KiB

type entity_type name domain status parent_entity platform proposer proposal_url proposal_date resolution_date category summary tracked_by created
entity decision_market ORE: Launch a boost for HNT-ORE? internet-finance passed futardio futardio ORE DAO https://www.futard.io/proposal/2QUxbiMkDtoKxY2u6kXuevfMsqKGtHNxMFYHVWbqRK1A 2024-11-25 2024-11-28 mechanism Proposal to add HNT-ORE liquidity boost and formalize 3-tier boost multiplier system rio 2026-03-11

ORE: Launch a boost for HNT-ORE?

Summary

Proposal to launch a liquidity boost for the HNT-ORE trading pair on Futardio, integrating Helium Network Token into ORE's real-world asset liquidity network. The proposal also formalized a 3-tier boost multiplier system to simplify future governance: tier 1 for vanilla ORE stake, tier 2 for critical pairs (SOL-ORE, USDC-ORE), and tier 3 for extended pairs (ISC-ORE, HNT-ORE).

Market Data

  • Outcome: Passed
  • Proposer: ORE DAO
  • Platform: Futardio (MetaDAO)
  • Proposal Account: 2QUxbiMkDtoKxY2u6kXuevfMsqKGtHNxMFYHVWbqRK1A
  • DAO Account: EttCec7x4r227dbQ8BYUVtqizDdD6T3WQHGHWKdzJrCc
  • Created: 2024-11-25
  • Completed: 2024-11-28

Significance

This proposal demonstrates ORE's strategic positioning as a DeFi hub for real-world assets on Solana, specifically targeting tokenized commodities and DePIN credits. The integration of HNT (Helium Network Token) following HIP-138's tokenomics consolidation shows deliberate curation of flagship DePIN projects.

The formalization of the 3-tier boost system represents a governance simplification pattern where future multiplier adjustments can be made at the tier level rather than for individual pairs, reducing proposal complexity.

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