VIX Wallet Identity
Users are identified by VIX wallet keys instead of phone numbers. A VIX identity can register trusted devices, public encryption keys, and contact relationships.
VIX blockchain-secured encrypted communications
Private messaging without centralized trust.
ValkNet is being designed as a secure communications network powered by VIX. It uses VIX wallet identities, local device encryption, onion-routed relay paths, decentralized message swarms, and blockchain-anchored proofs.
No Phone Numbers
Identity is based on VIX wallet keys, not carrier identity.
No Plaintext On-Chain
Only encrypted envelopes and proofs move through the network.
Relay Node Network
Messages route through VIX relay and swarm infrastructure.
ValkNet Message Path
Encrypted · Routed · Verified
1
Sender
VIX_FRED
2
Relay A
Onion layer
3
Relay B
Forward only
4
Swarm
Encrypted mailbox
VIX Chain Proof
hash(ciphertext) → anchored, not plaintext
VIX-MSG Protocol
Not ordinary web chat. A blockchain-secured message network.
ValkNet is not designed around a normal centralized chat database. The long-term architecture is a VIX message protocol where private keys stay on user devices, messages are sealed before transport, and VIX nodes relay encrypted envelopes.
Device Encryption Keys
Each device generates its own private key locally. The private key stays on the device. Only the public device key is published to VIX for contact encryption.
Sealed Message Envelopes
Messages are encrypted before they leave the sender’s device. VIX relay nodes only handle sealed encrypted payloads and routing metadata.
Onion-Routed Relay Paths
Messages can be wrapped in multiple routing layers so each VIX relay only knows the previous hop and the next hop, not the full path.
Recipient Message Swarms
Offline messages are stored temporarily by a decentralized swarm assigned to the recipient’s VIX identity. Swarms store encrypted envelopes only.
Blockchain Proof Layer
VIX Chain provides node registration, node trust, device-key proof, message hash anchoring, emergency broadcast proof, and future staking or reputation controls.
Secure Chat Preview
Preview the user experience before live VIX-MSG activation.
This page shows the intended flow. The live version will connect to VIX-MSG APIs for device registration, encrypted envelope submission, swarm inbox polling, and message proof anchoring.
VIX_FRED ↔ VIX_BOBBIE
Preview mode · VIX-MSG architecture prepared
Sealed Envelope
Preview only. Next phase connects this to live VIX-MSG APIs for device keys, encrypted envelopes, relay routing, and swarm inboxes.
VIX Relay Routing
How messages move without central chat servers.
A centralized chat app sends everything through one server. ValkNet is designed around a VIX node network. The app builds a sealed message envelope, wraps it for relay hops, and sends it through VIX relay nodes toward the recipient swarm.
1 Sender app encrypts message locally
2 App creates sealed VIX message envelope
3 App builds onion-routed relay path
4 VIX Relay A forwards to Relay B
5 VIX Relay B forwards to recipient swarm
6 Recipient device polls swarm and decrypts locally
{
"protocol": "VIX-MSG",
"identity": "VIX wallet key",
"device_key": "local private key",
"transport": "onion-routed relay path",
"storage": "recipient swarm",
"chain_use": [
"node registry",
"device key proof",
"swarm assignment",
"message hash anchor"
],
"plaintext_on_chain": false
}
Security Model
What users need to know to feel safe.
ValkNet must be clear: blockchain is used for trust, identity, routing infrastructure, and proofs — not for exposing private messages.
🔐
Local-First Encryption
Plaintext exists only on the sender and recipient devices. The network receives encrypted envelopes, not readable chat content.
🧅
Onion Relay Design
Relay routing is designed so individual nodes forward traffic without knowing the full sender-to-recipient path.
🛰️
Decentralized Swarms
Recipient swarms provide temporary encrypted mailbox storage so users can receive messages even when offline.
ValkNet Privacy Position
ValkNet is being designed so the VIX blockchain secures the network, not the private content. VIX can prove identity, node participation, device registration, route trust, and message integrity while keeping message text off-chain.
- No phone number required for identity
- No plaintext private messages on-chain
- No ordinary centralized chat database as the trust layer
- Device private keys stay on user devices
- VIX relay nodes move sealed encrypted envelopes
- Message hashes may be anchored for tamper evidence
Standalone Apps
Website first, standalone Android next, iOS after.
The website explains the protocol and previews the user experience. The real product direction is standalone mobile apps using the same VIX-MSG encrypted transport.
Phase 1
Protocol Website
Public trust site explaining VIX wallet identity, encryption, relays, swarms, and proofs.
Current phase
Phase 2
Live VIX-MSG Backend
Device registry, relay node registry, message submit, swarm inbox, receipt, and proof APIs.
Next build
Phase 3
Android App
Native ValkNet Android app with local keys, encrypted messages, VIX routing, and offline inbox.
App build
Phase 4
iOS App
Native iOS release after Android and VIX-MSG protocol are stable.
PlannedValkNet is the private communications layer for the VIX network.
VIX wallet identities, local encryption, onion-routed relays, decentralized message swarms, and blockchain proof — built to become a real alternative to centralized messaging.
Review VIX-MSG Protocol