# Risk Socialization

## Why Risk Socialization?

Validators in the Cosmos ecosystem can carry varying degrees of risk due to differences in hardware, software configurations, operational expertise, and independence. This variability could, in theory, result in **unequal** outcomes for delegators, depending on which validator they choose. To maintain **qAsset fungibility**—where each qAsset has the same value regardless of its associated validator—Quicksilver employs **risk socialization**.

* **Shared Impact**: If one validator faces a slashing event, **all** holders of that corresponding qAsset share the impact.
* **Equal Distribution**: Instead of burdening only those delegating to a problem validator, the protocol adjusts the **Asset : qAsset redemption rate** negatively, spreading the effect **evenly** among holders.

## Minimizing Risk Through Decentralization

While slashing events affect the entire qAsset supply, their impact can be **mitigated** if the protocol’s delegations are sufficiently **decentralized**. By distributing stake across multiple validators:

* The failure or misbehavior of any single validator has a **reduced overall impact**.
* Users benefit from a more **robust** network, strengthening both security and reliability.

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## Slashing Events and Redemption Rate Impact

### Severity and Validator Size

The effect of a slashing event on the **redemption rate** depends on:

1. **Type of Infraction**
   * **Double Sign**: Typically a 5% slash.
   * **Downtime**: Often a 0.1% slash.
2. **Validator’s Share of Total Stake**
   * An “average” validator managing around **1%** of the network’s total stake has a proportionate effect on the redemption rate.

### **Examples**

* **Double-Sign Slash (5%)**
  * For a validator with 1% of the total supply, the **redemption rate** decreases by **0.05%**.
* **Downtime Slash (0.1%)**
  * For the same validator (1% of total supply), the **redemption rate** drops by **0.001%**.

These percentages reflect how slashing, though serious, is **diluted** among all qAsset holders in proportion to how much stake that validator manages.

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## Protocol Response to Double-Sign Infractions

When a validator is **tombstoned** (permanently barred) after a **double-sign** offense, Quicksilver moves to preserve network health and maintain balanced validator distribution:

1. **Redelegation**
   * Subject to the **redelegation limits** of the Cosmos network, Quicksilver reassigns the tombstoned validator’s delegation to the **next eligible validator** in the active set.
2. **Network Stability**
   * This smooth transition **minimizes disruption** to users’ staked positions and helps maintain a **secure** and **well-functioning** network.

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## Key Takeaways

1. **Unified Risk Profile**
   * By socializing risk, Quicksilver ensures that **all qAsset holders** share in potential losses, preserving the **fungibility** of qAssets.
2. **Incentive for Decentralization**
   * Broad validator distribution decreases the probability and severity of a single validator’s slash event impacting the protocol.
3. **Adaptive Protocol Response**
   * In the event of severe infractions like double-signing, Quicksilver **redelegates** to uphold network security and maintain a healthy validator set.

Through **risk socialization**, Quicksilver remains committed to **equalizing staking outcomes** for qAsset holders while supporting **robust** and **diversified** validator infrastructure across the Cosmos ecosystem.