Telos

About Telos (TLOS)

What Is Telos (TLOS)?

Telos is a layer 1 blockchain that runs two execution environments on one set of validators: Telos Zero, an Antelope (formerly EOSIO) chain with sub-second blocks and a fee-free resource model, and Telos EVM, a full Ethereum-compatible environment that settles on Zero's infrastructure. TLOS is the native token used for staking, resources, governance, and gas on the EVM side.

Telos targets speed and predictable cost rather than a novel consensus story. It uses delegated proof of stake with a rotating set of block producers, and the documentation states 0.5 second block times, irreversibility after about 1.5 minutes, and finality just over two minutes.

Telos has restructured more than once, so it is worth stating what is true now. A live check on September 11, 2026 confirmed both halves are running: the Zero chain returned chain ID 4667b205c6838ef70ff7988f6e8257e8be0e1284a2f59699054a018f743b1d11 with a head block above 488 million, and the EVM RPC at rpc.telos.net returned chain ID 0x28 (40) with the client string reth/v1.0.8, confirming that Telos EVM now runs on a Reth-based client rather than the original custom implementation. Repositories in the telosnetwork GitHub organization, including telos-reth-2, had commits in September 2026.

Official sources:

• Telos
• Telos Documentation
• Teloscan EVM explorer
• Telos Zero explorer
• Telos on GitHub

Who Founded Telos? (History)

Telos launched its mainnet in December 2018 as a community-created Antelope chain, started by block producers and developers who wanted an EOSIO network without the concentrated token distribution of the original EOS launch. There was no venture sale of the genesis supply, and the launch imposed an account-level cap intended to limit whale accumulation. Douglas Horn is the most commonly cited architect of the original Telos white paper.

The changes that define the network today came later. Telos EVM arrived in 2021 as a bespoke EVM on the Zero chain, then was rebuilt as Telos EVM 2.0, announced live on November 20, 2024, by adapting Paradigm's Reth client. Telos also moved TLOS off third-party pTokens bridge infrastructure to its own LayerZero omnichain contracts, with the new Ethereum and BNB Chain contract at 0x193f4A4a6ea24102F49b931DEeeb931f6E32405d live in June 2024 and pTokens support ending December 31, 2024. The current strategic focus is a zero-knowledge privacy layer using SNARKtor proof aggregation.

How Telos Works

1. Delegated proof of stake Token holders vote for block producers. The documentation states that security requires two thirds plus one of validators to sign blocks, the standard Antelope threshold. Producers rotate through a schedule, and those that miss too many blocks are deactivated.

2. Telos Zero execution Zero runs C++ WebAssembly contracts with a resource model based on CPU, NET, and RAM rather than a per-transaction gas auction. Users stake TLOS to obtain CPU and NET bandwidth, which is why routine activity on Zero is fee-free at the point of use.

3. Telos EVM on top of Zero The EVM environment runs through a smart contract on the Zero chain, inheriting its block production and finality. EVM 2.0 replaced the original custom RPC, which the project acknowledged had "partial EVM RPC compatibility, suboptimal performance, and a steep setup curve," with a Reth-based stack offering full Ethereum RPC compatibility.

4. Cross-chain TLOS TLOS on Ethereum, BNB Chain, and several other networks is issued through LayerZero omnichain fungible token contracts, with the official bridge at bridge.telos.net.

Key Ecosystem Components

• Telos Zero, the Antelope layer with WebAssembly contracts and staked resources
• Telos EVM, the Reth-based Ethereum-compatible environment on chain ID 40
• The Telos bridge and LayerZero TLOS contracts for cross-chain movement
• The Telos privacy layer, built around zkSNARK cryptography and SNARKtor proof aggregation
• The elected block producer set and on-chain governance

TLOS Token Utility

TLOS is used for:

• Staking to acquire CPU and NET resources on Telos Zero
• Paying gas on Telos EVM
• Voting for block producers and in on-chain governance
• Producer rewards, issued from the token contract
• Bridging and use as the gas asset in the planned zkEVM layer

On supply, a direct on-chain read beats any secondary description. Querying the eosio.token contract's currency stats for TLOS on September 11, 2026 returned a max_supply field of 1,000,000,000.0000 TLOS, issued by the eosio account. That is a real declared ceiling on the token contract, not a marketing figure. Issued supply sits well below it, and new TLOS is still created as producer and inflation rewards, so TLOS is inflationary up to that documented ceiling rather than fixed-supply.

What Makes Telos Unique?

Two things stand out. First, the dual environment. Telos does not run the EVM as a separate sidechain with its own validators; it runs it on the same producers and the same finality as the Antelope chain underneath, giving EVM users sub-second blocks and consistent fees without a second security budget.

Second, the fee model on Zero. Staking for CPU and NET instead of bidding for gas means an application can offer genuinely free transactions to end users by staking resources on their behalf. That is structurally different from subsidizing gas on a fee-market chain, and it is why Telos has attracted high-frequency consumer applications. The Reth migration is worth noting too, as a case of a smaller chain replacing bespoke infrastructure with a maintained upstream client.

How Telos Differs from Similar Chains

Compared with other networks:

• Against Ethereum layer 2 rollups, Telos EVM is not a rollup and does not post data to Ethereum for security; it is secured by its own producer set
• Against other Antelope chains such as WAX and Ultra, Telos is general-purpose rather than focused on a single vertical and carries a full EVM alongside
• Against fee-market chains, the staked resource model on Zero changes who pays and when
• Against privacy-first chains, Telos is adding privacy as a layer on an existing public network rather than building around it from the start

Use Cases of Telos

• Deploying Solidity applications that need fast confirmation and low, predictable cost
• Building Antelope applications where end users should not pay per transaction
• Consumer and gaming applications that generate high transaction volume
• Staking TLOS for resources and voting for block producers
• Bridging TLOS to and from major EVM networks through the official bridge

How Telos Is Secured

Telos security comes from its elected block producer set under delegated proof of stake, with the two thirds plus one signing requirement and a rotation schedule that deactivates producers who miss too many blocks. Both explorers expose the live producer set, vote weights, and missed block counts, making producer performance publicly auditable.

Telos EVM inherits that security because it settles on Zero. Cross-chain TLOS is a separate matter: bridged TLOS depends on LayerZero messaging security and on the configuration of the omnichain contracts, not on Telos consensus.

Risks and Considerations

• Delegated proof of stake concentrates block production among a small elected set, and vote concentration is a persistent governance concern on Antelope chains
• Telos has restructured its EVM stack, bridge, and strategic focus more than once, so earlier descriptions are frequently out of date
• The privacy layer and zkEVM plans are substantial engineering programs, and roadmap dates have shifted before
• TLOS supply is inflationary up to the declared one billion ceiling
• Ecosystem depth and liquidity are smaller than on larger EVM networks
• Bridged TLOS carries messaging and configuration risk that native TLOS does not

Why Telos Matters

Telos is a rare example of a chain that has kept shipping through several market cycles without abandoning its original design choices. The staked resource model remains one of the few production alternatives to per-transaction gas auctions, and running a Reth-based EVM on an Antelope base is an unusual and practical architecture. Its bet on scalable zkSNARK privacy is ambitious, but the network underneath it is live, measurable, and actively maintained.

Where Can You Buy Telos (TLOS)?

TLOS trades on centralized exchanges and on decentralized venues on Telos EVM and on networks where bridged TLOS is available. Because TLOS exists natively on Telos Zero and Telos EVM as well as in omnichain form on several other networks, confirm which network a venue supports before withdrawing.

Major Centralized Exchanges (CEX)

TLOS is often available on:

• KuCoin
• Gate
• MEXC
• Bitget

Storage Options After Purchase

After purchase, TLOS can be held:

• On an exchange, which is a custodial arrangement
• In a Telos Zero account through a compatible Antelope wallet, where it can be staked for resources and used to vote
• In any EVM wallet configured for Telos EVM on chain ID 40
• In a hardware wallet paired with a compatible interface

Telos Zero uses named accounts rather than hexadecimal addresses, while Telos EVM uses standard 0x addresses. Sending to the wrong form is a common and avoidable mistake, so verify the destination format and use bridge.telos.net to move between the two.

Related Coins

You can compare TLOS with related layer 1 and Antelope ecosystems on Coinrithm:

• WAX (WAXP)
• Ultra (UOS)
• aelf (ELF)
• Avalanche (AVAX)
• IoTeX (IOTX)