A decentralized, permissionless security protocol providing real-time on-chain analysis, detection and invariants monitoring.

Incentive & Mechanism Design

Emission and reward logic

The reward distribution follows a Epoch-based scoring ****model. Each epoch emission will be distributed to miners weights. Current Epoch time - 24 hours.

Scoring Formula

The raw score for each miner $i$ is calculated at the end of each epoch based on their transaction throughput, accuracy, and latency performance.

$$ S_i = (N_i)^\alpha \cdot (A_i)^\beta \cdot \left( \frac{T_{target}}{L_{99,i}} \right)^\gamma $$

Where:

• $S_i$ - Raw performance score for miner $i$.
• $N_i$ - Total number of unique transactions processed by the miner during the epoch.
• $A_i$ - Accuracy rate $\frac{True Positives}{Total Tasks}$, adjusted by synthetic challenge penalties. We use a high exponent $\beta$ (e.g., $\beta = 4$) so that a miner with 99% accuracy scores significantly higher than one with 90%.
• $L_{99,i}$ - 99th percentile latency of the miner's responses.
• $T_{target}$ - Target latency threshold (e.g., 5s) defined by the subnet.
• $\alpha, \beta, \gamma$ - Parameters representing the weight of each dimension, where $\beta > \gamma > \alpha$.

Weight Normalization

To ensure the total distribution of the daily emission equals 100% (or a total weight of 1), we apply a linear normalization across all active miners.

$$ W_i = \frac{S_i}{\sum_{j=1}^{n} S_j} $$

Where:

• $W_i$ - Final weight assigned to miner $i$ for the current epoch.