Torvyon | Layer 1 Blockchain & ₜBit

Presale live

ₜBit presale ends in

1 October 2026 – 1 February 2027 · UTC

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Presale price: $0.10 per ₜBit · Total hard cap: 2,000,000 ₜBit. $50 USD equivalent per wallet is recommended, but it is not a hard maximum. Accepted payment assets: ETH (Ethereum), XRP (XRP Ledger), TRX (Tron), SOL (Solana), USDT-TRC20 (Tron), and USDT-ERC20 (Ethereum). After payment confirmation, the exact ₜBit amount is sent to the buyer after the next block is mined. 1 ₜBit = 100 Torvyon AI credits. Initial liquidity allocation: 4,200,000 ₜBit. Current verified on-chain balance: 4,097,994.99983 ₜBit. Last checked: 28 October 2026 UTC · Reserve reporting: weekly and after major transfers.

The stack

Six layers, one ecosystem

Each layer solves one problem clearly — settlement, intelligence, private records, proximity discovery, custody, and developer tooling — and is honest about what it is and isn't.

Torvyon Blockchain

A proof-of-work Layer 1: UTXO ledger, cumulative-work consensus, TLS-encrypted P2P, no trusted operator deciding finality.

Layer 1

Torvyon AI

A complete AI product built around Acumen — live chain context, web research, Torvyon Brain knowledge, and an agent that can read and act on chain state.

AI Layer

Torvyon Vault

Layer 2 for encrypted, versioned records — client-side encrypted before leaving your device, access control and revocation anchored to Layer 1.

Layer 2

Torvyon Drop

Proximity discovery over audio — two nearby devices pair with a sound only they exchange, then confirm payment with a real wallet signature.

Proximity

TorvyonKey

Cold-wallet .tvykey files: AES-256-GCM encryption, PBKDF2-derived keys, held entirely offline.

Custody

Torvyon SDK

A developer SDK for building on Torvyon — wallet generation, transaction signing, chain queries, and Torvyon AI integration in one package.

Developer

Layer 1 · Proof of Work

Torvyon Blockchain

A permissionless proof-of-work network in the same lineage as the systems that proved this model works — public transaction broadcast, digital signatures, and independent verification by every full node, with no central operator ever deciding which payment is final.

The P2P layer runs TLS 1.3 end-to-end. Fork resolution uses cumulative chain work — the same rule that keeps a PoW network converging on a single history under adversarial conditions.

UTXO ledger — coins are unspent outputs protected by locking scripts
Longest-cumulative-work fork resolution with binary-search ancestor finding
Difficulty retargets every 45 blocks against a 20-second target
Fixed decaying reward curve converging on 210,000,000 ₜBit maximum supply
TLS 1.3 encrypted P2P — all node connections are encrypted end-to-end

#N-2

#N-1

AI Layer

Torvyon AI — Intelligence on-chain

A full AI platform built on top of Torvyon Blockchain — chat, autonomous agents, image generation, and a persistent knowledge layer, all paid with Torvyon ₜBit.

Torvyon AI neural network with a central AI processor

Torvyon AI · Acumen

AI that learns, reasons, and stays connected

Torvyon AI is a complete AI experience built around Acumen and Torvyon Brain. It brings together live blockchain context, web research, and durable ecosystem knowledge — so answers can use current information when it matters.

Blockchain-aware chat — ask about balances, miners, supply, difficulty in plain language
Helpful, task-aware responses for everyday questions and deeper work
Live chain context injected automatically into every conversation
Torvyon ₜBit-denominated credits — pay for AI usage directly with your wallet
On-chain credit settlement — every top-up is a real Torvyon transaction

Open Torvyon AI →

Blockchain-Aware Chat

Chat with an AI that reads live Torvyon chain data. Ask about transactions, wallet balances, block history, supply, and network stats — answered from real on-chain data, not guesses.

Autonomous AI Agents

Build and deploy custom AI agents with real-world tools — web search, document reading, maps, calendar, messaging, and phone calls. Agents run on a schedule or on-demand, with per-job Torvyon ₜBit credit limits you control.

AI Image Generation

Generate images from text prompts using state-of-the-art models, paid with Torvyon ₜBit. Every generation is a real on-chain credit transaction — no subscription, pay only for what you use.

Torvyon Brain

A persistent knowledge and memory layer that gives the AI deep context about the Torvyon ecosystem — protocol rules, documentation, and accumulated knowledge that makes every answer more accurate.

Scheduled Jobs

Set AI agents to run on a recurring schedule — daily reports, automated research, blockchain monitoring — with results delivered to you automatically without manual triggers.

Torvyon ₜBit Credit System

All AI usage is denominated in Torvyon ₜBit and settled on-chain. Top up your credits with a real Torvyon wallet transaction — no fiat payment processor, no account verification, just your wallet.

Layer 2 · Encrypted Records

Torvyon Vault

Not every record belongs on a public, permanent ledger. Torvyon Vault is a separate service purpose-built for encrypted, versioned records — client-side encrypted before they ever leave your device — with its own release cycle, independent of Layer 1.

Client-side encryption — the server stores ciphertext, never plaintext
Versioning and revocation as first-class record operations
Access-control primitives for who can read or update a record
Anchor-payload generation so integrity can be verified against Layer 1

Proximity Payments

Torvyon Drop

Pay the person next to you without exchanging an address, scanning a QR code, or trusting an app to know your location. Torvyon Drop plays a short tone from one phone's speaker; the other phone's microphone hears it and the two devices recognize they're in the same room at the same moment.

That tone is discovery, not authorization — it's a single-use random code, never a wallet address or private key. The actual payment is confirmed by a real wallet-signature challenge/response, the exact same way any Torvyon transaction is signed.

Audio pairing for "same room, same moment" discovery
Real device-to-device connection negotiated after the tone
Payment authorization: a signed transaction confirmed by you
No GPS, no Bluetooth, no account — just sound and signatures

Protocol Security

Secured by Quantum Cryptography

Post-Quantum Cryptography — ML-DSA-65 (NIST FIPS 204)

ML-DSA-65 post-quantum signatures protect transaction authorization, wallet ownership, and ordinary UTXO spending. A second layer of decentralized SHA256d Proof-of-Work protects block production and chain selection through the greatest valid cumulative chainwork.

Every full node independently verifies the UTXO ledger, canonical V4 transactions, signatures, rewards, difficulty, and chain history — without Proof-of-Stake, trusted validators, or centralized checkpoints.

.tvykey cold wallets

Private key and 24-word recovery phrase encrypted into one offline file. Useless without the password that protects it — never needs to touch the internet.

AES-256-GCM + PBKDF2

150,000 PBKDF2 iterations derive the encryption key from your password. A fresh random salt and IV are generated every time you save — no two files are identical.

Local signing, always

Transactions are signed on your device. The network only ever sees the signed result — the private key that produced it never leaves your machine.

No custodial operator

No exchange-style account holds your balance. Torvyon nodes relay and verify — they never hold funds on your behalf.

Technology

Under the hood

Every protocol and cryptographic choice made clearly, and why.

Component	Technology	Detail
Consensus	Proof of Work (SHA-256d)	Longest cumulative chain work — same rule as the original Bitcoin design
Ledger model	UTXO	Coins are unspent outputs protected by locking scripts, not mutable account balances
Block time	20 seconds target	Retarget every 45 blocks; uses a windowed median to resist timestamp manipulation
Max supply	210,000,000 ₜBit	Decaying block reward curve — same issuance model as Bitcoin, different supply cap
Transaction authorization	ML-DSA-65 (NIST FIPS 204)	Every ordinary UTXO spend is authorized by a post-quantum signature with canonical, replay-protected serialization
Address format	qbt1 / tqbt1	Versioned SHA3-256 domain-separated commitments with checksums; qbt1 is mainnet and tqbt1 is testnet
P2P transport	TLS 1.3 / TCP	Transport encryption and peer identity are separate from transaction authorization; nodes verify the Torvyon genesis identity and every ML-DSA-65 spend
Fork resolution	Binary-search + cumulative work	Finds common ancestor via binary search, then reorgs only if peer has strictly more work
Wallet encryption	AES-256-GCM + PBKDF2	150k iterations, random salt + IV per save, offline `.tvykey` file format
Torvyon AI	Acumen + Torvyon Brain	Live chain and web context with a durable Torvyon Brain knowledge layer
Vault encryption	Client-side AES-256	Ciphertext-only server storage; access-control primitives; L1 anchor generation
Proximity pairing	Ultrasonic audio tones	Single-use random discovery code; actual payment via wallet-signature challenge/response

Torvyon — Blockchain

ₜBit presale ends in

Six layers, one ecosystem

Torvyon Blockchain

Torvyon AI

Torvyon Vault

Torvyon Drop

TorvyonKey

Torvyon SDK

Torvyon Blockchain

Torvyon AI — Intelligence on-chain

AI that learns, reasons, and stays connected

Blockchain-Aware Chat

Autonomous AI Agents

AI Image Generation

Torvyon Brain

Scheduled Jobs

Torvyon ₜBit Credit System

Torvyon Vault

Torvyon Drop

Secured by Quantum Cryptography

.tvykey cold wallets

AES-256-GCM + PBKDF2

Local signing, always

No custodial operator

Under the hood

Everything, live right now