Does SecureChat require a phone number?

No. SecureChat uses X25519 key pairs for identity. No phone number, no email, no account required.

What encryption does SecureChat use?

XChaCha20-Poly1305 for symmetric encryption, X25519 ECDH for key exchange, Double Ratchet for forward secrecy, Argon2id for key derivation.

Is SecureChat open source?

Yes. GPL-3.0 licensed. Full source code on GitHub.

What is the IFR Token?

IFR is an Ethereum ERC-20 token. Lock tokens on-chain for lifetime Pro or Elite access. No subscriptions.

Does SecureChat have a server?

No central server. Messages route through ephemeral Kaspa relay nodes. Relay operators see only encrypted blobs.

SecureChat — Encrypted Messaging, Zero Metadata

Capabilities

Tactical security, not empty promises.

Every architectural decision puts your privacy first. No compromises, no backdoors, no exceptions.

🔐 No phone number required

💥 STEALTH-DELETE

⛓ Kaspa Identity Layer

🔑 Lifetime via IFR Token

📦 GPL-3.0 Open Source

🦎 Chameleon Overlay Compatible

🔐

End-to-End Encryption

XChaCha20-Poly1305 AEAD with X25519 key exchange. Every message gets a unique session key. We can never read your messages.

⛓

Kaspa Identity Layer

Your public key is anchored once to the Kaspa BlockDAG. Decentralized identity without a central server. Your identity is yours forever.

🔄

Double Ratchet Forward Secrecy

Signal-grade Double Ratchet protocol. Compromising one key exposes nothing about past or future messages. Every message is independent.

📡

Zero Server Architecture

Messages route through ephemeral Kaspa relay nodes — incentivized with KAS micropayments. No central server to hack, subpoena, or censor.

🌐

Group Messaging

Encrypted group chats with per-member key derivation. No group server. Group state lives on Kaspa. Members join via QR or NFC.

💥

STEALTH-DELETE

5-tap instant wipe destroys all messages, keys, and contacts. The app resets to factory state in under a second. Leave no trace.

📎

Encrypted File Transfer

Send files encrypted end-to-end via Kaspa XFTP protocol. Files are chunked, encrypted, and deleted from relay after delivery.

🦎

Chameleon Integration

Works natively with Chameleon Privacy OS. Automatic encryption based on your security rules. One ecosystem, total privacy.

🔑

IFR Token Lifetime Access

Lock IFR tokens on-chain for lifetime Pro or Elite access. No subscriptions. No renewals. Your tokens stay yours.

Architecture

How SecureChat works.

Three independent layers. Zero central authority. Every component is replaceable and auditable.

SecureChat Architecture — StealthX Platform ──────────────────────────────────────────────────────── LAYER 1 — Identity (Kaspa BlockDAG) KaspaIdentityManager ← Public key anchored on-chain (once) ContactDiscovery ← Find contacts by Kaspa address NodeIncentives ← KAS micropayments to relay operators No message content on-chain. Only identity hashes. LAYER 2 — Transport (Ephemeral Relay Nodes) EphemeralRelayPool ← Community-operated, KAS-incentivized SMP-style Queues ← Unidirectional, anonymous message queues OnionRouting ← 2-hop routing, IP protected Relay sees only encrypted blobs. Deleted after delivery. LAYER 3 — Crypto (Device-side, lazysodium) XChaCha20Poly1305 ← Symmetric encryption (24-byte nonce) X25519 ECDH ← Key exchange (ephemeral per-session) DoubleRatchet ← Forward secrecy + break-in recovery Argon2id ← Password-based key derivation Android Keystore ← Hardware-backed key storage (StrongBox) ──────────────────────────────────────────────────────── StealthX Platform compatibility: SecureCall ← shared XChaCha20 + X25519 stack Chameleon ← overlay encryption for SecureChat messages IFR Token ← unified lifetime access across all products

Classified

Cryptographic specifications.

We don't ask for trust. We provide proof. Every claim is auditable in source code.

Layer	Algorithm	Specification	Library
Symmetric Encryption	XChaCha20-Poly1305	256-bit key, 192-bit nonce, AEAD	lazysodium-android
Key Exchange	X25519 ECDH	Curve25519 Diffie-Hellman, ephemeral	lazysodium-android
Forward Secrecy	Double Ratchet	HKDF-SHA256 ratchet, RFC 5869	lazysodium-android
Identity Signing	Ed25519	64-byte signatures, key bundles	lazysodium-android
Key Derivation	Argon2id	64MB memory, 3 iterations, 4 threads	lazysodium-android
Key Storage	Android Keystore	StrongBox/TEE, per-use auth	Android API 26+
Identity Layer	Kaspa BlockDAG	GHOSTDAG, PoW, 10 BPS	kaspa-wasm32-sdk
Message Padding	PKCS7-style	256-byte block boundaries	Custom

// core_crypto — XChaCha20-Poly1305 message encryption
fun encrypt(plaintext: ByteArray, key: ByteArray, aad: ByteArray): EncryptedPayload {
    val padded = padToBlock(plaintext)           // 256-byte blocks
    val nonce  = sodium.randomBytesBuf(24)       // fresh every time
    val cipher = ByteArray(padded.size + 16)     // +16 Poly1305 tag
    sodium.cryptoAeadXChaCha20Poly1305IetfEncrypt(
        cipher, null, padded, padded.size.toLong(),
        aad, aad.size.toLong(), null, nonce, key
    )
    wipeBytes(padded)
    return EncryptedPayload(cipher, nonce, aad, "XChaCha20-Poly1305", 1)
}
  

Benchmark

Why SecureChat?

The only encrypted messenger with decentralized identity, no server, and blockchain-native architecture.

Feature	SecureChat	Signal	SimpleX	Telegram
No phone number required	✓	✗	✓	✗
No central server	✓	✗	⚠️	✗
Decentralized identity	✓ Kaspa	✗	✗	✗
Double Ratchet E2E	✓	✓	✓	⚠️ opt-in
XChaCha20-Poly1305	✓	✗ AES	✗	✗
STEALTH-DELETE	✓	✗	✗	✗
Blockchain identity anchor	✓ Kaspa	✗	✗	✗
IFR Token lifetime access	✓	✗	✗	✗
Chameleon overlay compatible	✓	✗	✗	✗
GPL-3.0 Open Source	✓	✓	✓	✗
Zero metadata	✓	⚠️	✓	✗

Mission Timeline

Development Roadmap.

From architecture to decentralized deployment. Each phase builds on the last.

PHASE 0 — DONE

Foundation — Crypto Stack & Architecture Design

XChaCha20-Poly1305 + Double Ratchet + Argon2id. StealthX platform architecture. IFR Token integration design. Threat model.

PHASE 1 — ACTIVE

Android App — Core Messaging (Pre-Alpha)

Local E2E encrypted messenger. QR + NFC key exchange. X25519 key management. Room + SQLCipher local storage. Basic UI.

PHASE 2 — Q3 2026

Kaspa Identity Layer Integration

Public key anchoring on Kaspa BlockDAG. Contact discovery by Kaspa address. Ephemeral relay node protocol (SMP-style). KAS micropayment incentives.

PHASE 3 — Q4 2026

Group Messaging + File Transfer

Encrypted group chats. XFTP-style file transfer. Onion routing for transport anonymity. Kaspa relay node network launch.

PHASE 4 — 2027

StealthX Layer 1 Migration + iOS

Full migration to StealthX Layer 1 protocol. iOS client (shared Rust crypto core). External security audit. F-Droid + Play Store release.

Inferno Integration

IFR Lifetime Unlock.

Lock IFR tokens once. Unlock forever. Works across all StealthX products — one lock, lifetime benefit.

Free

0 IFR — forever

E2E encrypted messaging
10 contacts
QR key exchange
STEALTH-DELETE
Basic security warnings

Pro

Lock ≥ 2,000 IFR — lifetime

Everything in Free
Unlimited contacts
Group messaging
Encrypted file transfer
Kaspa identity anchor
Chameleon integration
Priority relay routing

Elite

Lock ≥ 6,000 IFR — lifetime

Everything in Pro
Onion routing (3-hop)
Decoy chat profiles
Advanced threat detection
Zero telemetry
Run your own relay node
Early access to features

BEST VALUE

StealthX Suite

Lock ≥ 8,000 IFR — lifetime

SecureCall Premium (lifetime)
SecureChat Elite (lifetime)
Chameleon Elite (lifetime)
All future StealthX products
Everything. One lock.

Learn More → ifrunit.tech

IFR Lock contract: 0x769928aBDfc949D0718d8766a1C2d7dBb63954Eb (Ethereum Mainnet) · Learn more at ifrunit.tech →

Classified Messaging.