# 📐Mathematical Modeling

The security and compliance mechanisms in 1FUEL rely on cryptographic models to ensure data protection and user privacy:

### MPC Cryptography

The security of the MPC protocol can be represented by the following equation:

$$
\
P(\text{Compromise}) = 1 - \prod_{i=1}^{n} P(\text{Share}_i)
\
$$

Where:

P(Compromise) is the probability of the private key being compromised.&#x20;

P(Share𝑖) is the probability of each individual share being compromised.

### Encryption

The strength of AES-256 encryption can be represented by the key space:

$$
\
\text{Key Space} = 2^{256}
\
$$

Which represents the number of possible keys an attacker would need to try to break the encryption.
