🔒 Security at RaaS

Why Cryptographic Randomness Matters

Randomness is the foundation of modern security. From encryption keys to session tokens, from digital signatures to secure communications — all rely on unpredictable random numbers. Weak randomness has led to some of the most devastating security breaches in history.

Cryptographic vs. Pseudo-Random

Not all random numbers are created equal. Standard pseudo-random number generators (PRNGs) like Math.random() or rand() are designed for simulations and games — they're fast but predictable. An attacker who observes enough outputs can predict future values.

Cryptographically Secure Pseudo-Random Number Generators (CSPRNGs) are designed to be unpredictable even when an attacker knows previous outputs. They gather entropy from physical sources (hardware noise, timing jitter, user input) and use it to seed algorithms that have been mathematically proven to resist prediction.

Our Security Commitment

RaaS is built with security as the primary design goal:

• CSPRNG Only — All randomness comes from Go's crypto/rand package, which uses the operating system's cryptographic random source
• No Weak Algorithms — We never use math/rand for security-sensitive operations
• Entropy Pooling — Our servers continuously gather entropy from hardware sources
• No Seed Exposure — Internal state is never exposed through our API
• TLS Required — All API communication is encrypted in transit
• Key Derivation — Cryptographic keys use industry-standard algorithms (RSA, ECDSA, Ed25519, AES)