7.10 Emergency Flow Control (Safety Mechanism)
This page explains SyFu’s approach to Emergency Flow Control (Safety Mechanism).
This mechanism does not guarantee market price. It is designed to temporarily adjust short-term withdrawal velocity to help maintain ecosystem stability.
Why a safety mechanism is needed
EVT is built as a circulation system where multiple components move together, such as:
Excavation through BIND
In-game consumption (lock / burn)
Store unlocking (Right Scroll)
Under normal conditions, the system is designed to balance itself. However, to prepare for extreme situations, SyFu includes a mechanism that can temporarily adjust supply pace and withdrawal flow when necessary.
Control triggers (examples)
The following indicators may be used as part of an overall assessment:
Abnormal signals in EVT issuance and withdrawal flow
Total number of unused / unburned Right Scroll items
Combined remaining balance of Store Pool + National Pool
Latent demand (e.g., remaining unlockable slots)
Rapid shifts across the broader ecosystem
Based on these signals, temporary adjustments may be applied when needed.
Control actions (examples)
Possible actions during emergency conditions include:
1) Adjusting the drop coefficient
When oversupply conditions are a concern, the excavation rate (drop coefficient) may be temporarily reduced.
2) Extending the cooldown period
In exceptional cases, the cooldown time after excavation may be temporarily extended.
Principles
Emergency Flow Control is:
not a mechanism to maintain or guarantee price
a temporary tool to adjust supply velocity and withdrawal velocity
SyFu’s core stability is primarily based on structural design elements such as:
Pool structure
Stage-based unlocking
Difficulty adjustment
Lock / burn mechanics
Emergency Flow Control is positioned as a supplementary safety layer, intended to prevent those core mechanisms from being distorted by sudden external shocks.
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