Last Updated: May 2026
Nixvoid is built on the philosophy of absolute privacy and zero-knowledge communication. Anonymity is a powerful tool—use it to communicate freely, not to cause harm.
We provide end-to-end encryption to protect journalists, whistleblowers, and everyday users from surveillance. Using this platform to harass, bully, or intimidate others fundamentally violates the core ethos of Nixvoid. Treat your peers with respect, even when no one is watching.
Nixvoid strictly prohibits the sharing or coordination of illegal activities. This includes, but is not limited to: terrorism, child exploitation material (CSAM), human trafficking, and the distribution of unauthorized illicit substances. We do not store messages, but we will fully cooperate with law enforcement in tracking malicious nodes if structural network abuse is detected.
Do not use Nixvoid's WebRTC peer-to-peer data channels to inject malicious payloads, share phishing links, or distribute malware. Our cryptographic engine automatically discards modified packets, but attempting to weaponize the data transfer protocol will result in immediate network banishment.
Spamming messages rapidly to trigger Denial-of-Service (DoS) on another user's device or deliberately crashing the AES-GCM encryption threads through bot automation is prohibited. Our AppCheck and anti-spam cooldown mechanisms will automatically detect and sever such connections.
Nixvoid is a volatile, transient space. Conversations happen in real-time and evaporate after 10 seconds. Do not attempt to reverse-engineer the client to bypass the auto-delete protocol. Respect the right of the other user to have their digital footprint wiped clean.
Automated Enforcement: While we cannot (and will not) read your encrypted messages, our infrastructure (Google Firebase & WebRTC Relays) actively monitors network traffic patterns. Users caught running automated bots, abusing connection limits, or violating AppCheck security tokens will have their IPs permanently blacklisted from establishing STUN/TURN relays or accessing the signaling database.