Welcome to
The Open Network

TON is a fully decentralized layer-1 blockchain designed by Telegram to onboard billions of users. It boasts ultra-fast transactions, tiny fees, easy-to-use apps, and is environmentally friendly.

Mass adoption.
Massive distribution

TON is scalable and shardable. Its flexible architecture lets it grow and grow, with no loss of performance.

Transactions
73,021,407
Accounts
1,127,144
Validators
221
ton

Toncoin: The future of currency

It's used for transaction fees, securing the blockchain through staking, deciding how the network develops, and settling payments.

coins

TON timeline

Late 2018

The Durov brothers, founders of Telegram Messenger, release the first version of the Telegram Open Network whitepaper.

2020

Telegram was forced to cease active development of TON. A vibrant open-source community continues to maintain the network and build new TON functionality, bringing Telegram's design to fruition.

2022

TON becomes The Open Network. TON mainnet is fully live operational, hosting ultra-cheap, fast, and ecologically friendly transactions.


Roadmap>

TON Wallets

TON wallet allows you to make fast secure blockchain-based payments without intermediaries. A wallet that only you control - directly, without middlemen or bankers.

Learn more
wallet

Blockchain analysis

TON, Solana, and Ethereum 2.0 are examples of Proof of Stake blockchains. But key design and implementation differences mean TON comes out ahead on performance, versatility, and design.

Learn more

TON

Ethereum 2.0

Solana

Block time

Block time is how much time it takes a network's miners or validators to verify the transactions of one block and produce a new block on that blockchain.

5 sec.
12 sec.
1 sec.
Time-to-finality

Time-to-finality is how much time it takes for a reasonable guarantee that a transaction is executed and will not be reversed or changed.

Under 6 sec.
6.4 sec.
Simple transaction
performance

simple transactions require little data and don't change the state of blockchain accounts.providing that the total state of all accounts fits into a computer's RAM.

High
Potentially high
High
Complex transaction
performance

Complex transactions require a high data load.

High
Low
Sharding support

sharding is the proccess of splitting a database horizontally to spread the load.It helps scale a blockchain by reducing technical requirements for nodes.With shardchains, validators only need to run data for the shard they are validating.not the entire network.

Max.260 shards per workchain

Max.26 shards

None
Cross-shard
communication

interaction among shardchains.

Near-instant
Slow time-to-finality
None

Disclaimer: Please note that as with all technical comparisons, context is important when interpreting the table numbers. Refer to blockchain analysis for more information.

A blockchain for developers

TON has plenty of unique features that differentiate it from other layer-1 blockchains.

Actor model
Virtual machine
External messaging
FunC
Fully universal
Libraries
Currencies

Actor Model

The actor model is a mathematical model of concurrent computation and is at the heart of TON smart contracts. In it, each smart contract can receive one message, change its own state or send one or several messages per unit time. As a result, the entire blockchain, as well as a given contract, can scale up to host an unlimited amount of users and transactions.

Read more>

TON Community

Starting 2020, TON has grown thanks to the tireless efforts of a worldwide decentralized community of crypto enthusiasts, developers, designers, and other professionals. Our community is the key to TON's future, and we'd love for you to join us.

duck

Apps & Services

Discover the world of apps built on TON. They're convenient, user-friendly, and perfect for those just joining the world of crypto.

All Apps & Services

Everyone
can participate

There are plenty of opportunities for people to contribute to the network, even if they have no technical background.