Emission Model
Dynamic RDR Emissions Backed by Real-World Work (RWW)
SRU → Controlled Token Output → Sustainable Yield
🚀 Introduction
The Ridera Emission Model defines how the protocol converts standardized mobility productivity (SRU) into daily RDR emissions. Unlike traditional crypto staking systems that rely on arbitrary APYs, Ridera's emissions are grounded in verified real-world work performed by riders, couriers, and fleet operators globally.
This ensures:
sustainability
transparency
inflation control
fair distribution
economic alignment with real productivity
The emission system is at the heart of Ridera's Real-World Work (RWW) powered RWA model.
🎯 Design Principles
Ridera’s emission logic is designed around four fundamental principles:
1. Real-World Backing
No SRU → No emissions. All token output must correspond to verified human work.
2. Predictable & Anti-Inflation
Emission caps prevent runaway token inflation.
3. Dynamic Yet Stable
Emissions scale with global activity without creating volatility.
4. Fully On-Chain & Transparent
All emission decisions originate from the Proof Registry and are executed by the Yield Vault.
🧱 Components of the Emission System
The emission engine consists of three tightly connected modules:
🔷 1. SRU Engine (Upstream)
Converts verified earnings → SRU
Produces:
totalSRU
per-user SRU
cycle merkleRoot
Sends data to the Proof Registry
The SRU Engine determines how much work was done.
🔷 2. Proof Registry (On-Chain)
Stores immutable cycle data:
cycleId totalSRU timestamp merkleRoot
This is the single source of truth for emissions.
🔷 3. Yield Vault (Emission Calculator)
This module applies the emission formula using totalSRU from the Proof Registry.
The Yield Vault then distributes rewards proportionally to stakers.
🔥 The Emission Formula (Core Logic)
The Ridera daily emission formula:
dailyEmission = min( BASE_EMISSION + (totalSRU × SRU_Emission_Factor), MAX_EMISSION )
📌 Variables
BASE_EMISSION
Minimum RDR released even on low-activity days
totalSRU
Total SRU verified for the 24-hour cycle
SRU_Emission_Factor
How much RDR is emitted per SRU
MAX_EMISSION
A hard ceiling to prevent inflation
📌 Properties
Emissions increase when real work increases
Emissions decrease when work decreases
Emissions NEVER exceed the MAX cap
Guarantees long-term supply predictability
🔷 Emission Curve Behavior
Low SRU Cycle
Emission ≈ BASE_EMISSION Stable baseline reward
Medium SRU Cycle
Emission = BASE + SRU × Factor Healthy, fair reward
High SRU Cycle
Emission → MAX_EMISSION Cap maintains token stability
🔷 Staker Reward Formula
Once dailyEmission is computed:
userReward = (userStake / totalStake) × dailyEmission
Properties
Linear and fair
No manipulation
No hidden multipliers
Proportional to stake size
🔷 Complete Emission Lifecycle
Worker → submits earnings
Oracle → verifies
SRU Engine → standardizes into SRU
Batcher → generates Merkle root
Proof Registry → stores totalSRU
Yield Vault → computes emissions
Stakers → receive RDR rewards
This creates a full trustless pipeline from real work → real yield.
🔒 Anti-Inflation Measures
✔ Hard emission cap
MAX_EMISSION prevents excessive token issuance.
✔ Real-world constraint
Emissions reflect actual verified productivity.
✔ BASE_EMISSION floor
Ensures stable returns for early participants.
✔ Governance-controlled parameters (future)
Protocol can adjust multipliers responsibly.
🔮 Future Enhancements
Emission Model v2
region-weighted emission pools
seasonally adjusted curves
multi-vault distribution
SRU volatility smoothing
Emission Model v3
Zero-knowledge SRU-based emission proofs
Fully decentralized weighting updates
🔥 Why Ridera’s Emission System Is Unique
Ridera introduces the first-ever token emission model tied directly to global human work, not speculation.
✔ Sustainable
✔ Real-world backed
✔ Transparent
✔ Decentralized
✔ Scalable
Unlike APY-based DeFi models, Ridera’s emissions reward protocol participants based on verified economic activity.
📄 Next Section
Continue to RWA Model to understand how Ridera transforms real-world work into an on-chain asset class.
Document Version
v1.0 — Emission Model
Last updated