UnifiedSecurityPlatform
Zbelthas integrates wallet, communication, and browsing capabilities into a single platform with unified security architecture. Three isolated modules — Wallet, Chat, Browser — each running with hardware-enforced boundaries to prevent cross-module attacks while maintaining seamless user experience.
How does it protect you? Each module runs in complete isolation — if one is compromised, the others remain secure. Your wallet keys never touch your browser. Your messages never mix with your transactions. Security through architecture, not promises.
One platform, three vaults.
Most apps mix wallet, messaging, and browsing in one big process. That means one bug can empty everything. Zbelthas splits them at the OS level. Here is how.
Process isolation
Wallet, Chat, and Browser each run as separate OS processes with their own memory, their own permissions, and no shared state. A bug in one cannot read from the others — the operating system itself enforces it.
Glossary: process isolation →Encrypted IPC
When modules need to cooperate (send a payment from Browser, for instance), they talk over an authenticated, post-quantum encrypted channel. No plaintext, no shared memory, no middlemen.
Glossary: ipc →You are the root of trust
Every sensitive action asks you first. Keys live inside your device’s secure hardware (TPM / Secure Enclave / StrongBox). We have nothing to leak because we hold nothing.
Glossary: non custodial →End-to-end flow, in four steps
- You unlock the platform with a local passphrase / biometric. Nothing leaves your device.
- Modules boot in separate processes with sealed memory and strict sandboxing. None of them has network access by default except what it strictly needs.
- Actions cross module boundaries through authenticated IPC: e.g. Browser asks Wallet to sign a transaction — and Wallet always shows you a confirmation dialog before anything happens.
- On close, state is wiped: no history, no cookies, no cross-session metadata. You start clean every time.
Platform Modules
Each module is self-contained, independently auditable, and communicates only through post-quantum encrypted channels. A compromise of one module cannot propagate to the others — by design, not by hope.
Sovereign Asset Control
- Non-custodial key generation — keys never leave hardware
- Hardware-backed storage: TPM 2.0 / Secure Enclave / StrongBox
- Multi-chain: ETH, SOL, BTC — one wallet, all chains
- MPC threshold signatures — distributed, no single point of failure
- Native ENS, .sol, and .sats blockchain domain resolution
- Cross-chain atomic swaps without custodial intermediaries
Zero Metadata Messaging
- End-to-end encrypted P2P — no central servers to subpoena
- Zero server-side metadata: we can't see who talks to whom
- Perfect forward secrecy — compromising future keys reveals nothing past
- Anonymous identity — no phone number, no email required
- Self-destructing messages with configurable lifetimes
- Encrypted group chats up to 1,000+ members
Invisible Browsing
- Fingerprint randomization — every property trackers use is spoofed
- Zero persistent storage — no cookies, no history, fresh every session
- Encrypted DNS (DoH / DoT) — no DNS leaks of visited sites
- WebRTC leak protection — your real IP is never exposed
- Anonymous routing support — Tor integration built-in
- Zero telemetry — no analytics, no data sent anywhere