Yield Vault
The RDR Reward Engine Backed by Real-World Work
SRU β Emission Model β On-Chain Distribution
π Introduction
π― Purpose of the Yield Vault
1. Compute daily RDR emissions
2. Distribute rewards to stakers
3. Enforce real-world backed token issuance
π§± High-Level Architecture
π· 1. Inputs to the Yield Vault
π· 2. Emission Formula (Core Logic)
Variables:
Variable
Description
Properties:
π· 3. Emission Examples (Conceptual)
Low SRU day
Medium SRU day
High SRU day
π· 4. Staker Reward Distribution
Characteristics:
π· 5. Emission Lifecycle (End-to-End)
Complete Flow:
π· 6. Yield Vault Smart Contract Responsibilities
β Reading SRU totals from Proof Registry
β Applying Ridera emission formula
β Distributing RDR to stakers
β Writing emission logs on-chain
β Providing transparency for auditors and the public
π· 7. Anti-Inflation Mechanisms
Hard emission cap
Dynamic SRU multiplier
BASE_EMISSION floor
Secure & transparent proof-of-workflow
π· 8. Future Upgrades (Yield Vault v2)
π₯ Why the Yield Vault Makes Ridera Unique
β Real-world backed emissions
β Zero speculation dependence
β Fully on-chain, transparent logic
β No APR manipulation
β Tied directly to global human productivity
β First-of-its-kind RWA yield model
π Next Section
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