Rewards Engine
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How Rewards Are Calculated
The Rewards Engine is the system responsible for measuring delegated resource usage and translating it into TRX rewards.
Unlike fixed-yield or emission-based models, Loomdex rewards are generated only when Energy and Bandwidth are actively consumed. This ensures direct alignment between network demand and participant compensation.
Rewards are settled as resource usage is recorded.
How the Rewards Engine Works
Resource Generation Flow
The process begins with TRX staking, which activates protocol-level resource generation on the TRON network. Staked TRX produces Energy and Bandwidth—core resources required for on-chain transactions and smart contract execution. These resources remain fully owned by the staker and can be delegated without transferring custody or control of the underlying TRX.
Delegation & Demand Matching
Network participants and partner applications submit requests for specific amounts of Energy and Bandwidth. Loomdex continuously matches these requests with available delegated resources from eligible stakers. This demand-driven allocation ensures that resources are only utilized when there is real network need.
Tracking and Settlement
The Rewards Engine monitors resource utilization in real time. When delegated Energy or Bandwidth is consumed, usage data is recorded and processed through deterministic protocol logic. Rewards are calculated and settled based on actual consumption, delegation parameters, and active network demand.
Resource Generation
TRX staking activates Energy and Bandwidth.
Resource Delegation
Available capacity is allocated to verified network requests
Usage Tracking
Real-time monitoring of resource consumption
Reward Calculation
Deterministic, usage-based settlement logic
Reward Settlement
TRX credited as usage is recorded
Sustainability
Built for Long-Term Network Participation.
The Loomdex Rewards Engine is designed to support sustained participation in the TRON network by tying incentives directly to real resource usage, rather than fixed emissions or speculative reward schemes.
This ensures:
Long-term sustainability
Rewards scale with actual network demand rather than arbitrary issuance.
Fair compensation
Participants are compensated in proportion to the resources they provide and how those resources are utilized.
Predictable system behavior
Deterministic logic ensures transparent and consistent reward calculation.
Alignment with TRON network economics
Incentives reinforce the underlying design and economic model of the TRON protocol.