What is Telos (TLOS)?

Quick Facts

  • Founded: 2018, launched without ICO or VC funding
  • Consensus: Delegated Proof-of-Stake (dPoS)
  • Speed: Sub-second transactions, over 15,000 TPS
  • EVM: Ethereum-compatible via Telos EVM
  • Privacy: Built-in zero-knowledge privacy layer
  • Token: TLOS powers gas, staking, and governance
  • Architecture: WASM-based with EVM running on top

Introduction

Telos (TLOS) is a high-performance Layer-1 blockchain designed for real-world decentralized application adoption. It combines Ethereum compatibility, fast throughput, and a native privacy layer into a single network — making it appealing to developers and enterprises alike.

Unlike many blockchains, Telos launched in 2018 with no initial coin offering and no venture capital backing, positioning itself as a community-driven project from the start.

History & Background

Telos was founded in 2018, building on EOSIO open-source technology — a protocol designed for high-performance blockchain applications. The team aimed to fix well-known pain points in blockchain adoption: poor scalability, weak governance, and high costs.

Over time, Telos expanded beyond its EOSIO roots by introducing the Telos EVM, an Ethereum Virtual Machine implementation that opened the network to the vast Ethereum developer ecosystem.

How Telos Works

Telos uses a delegated Proof-of-Stake (dPoS) consensus mechanism. Token holders elect block producers who validate transactions and maintain network security, earning TLOS rewards in return.

The Telos EVM runs on top of the native layer ('Telos Zero'), delivering sub-second finality and fixed gas fees that eliminate transaction front-running — a common problem on Ethereum. The underlying WASM architecture enables extremely high throughput.

A zero-knowledge privacy layer extends the EVM with shielded transactions and confidential dApp capabilities, making privacy a core feature rather than an optional add-on.

Tokenomics

TLOS is the native asset of the Telos network. It serves three primary roles: paying for transaction execution (gas), participating in on-chain governance, and staking to support block production.

EVM transaction fees are partially burned, directly tying network usage to token economics and introducing a deflationary pressure over time. Developers can also stake TLOS on behalf of their users, removing fee friction from end-user interactions.

Circulating supply ? 450.43 million TLOS
Total supply ? 467.70 million TLOS
Max supply ? -- TLOS
Updated 4d ago

Ecosystem & Use Cases

Telos supports a broad range of decentralized applications across DeFi, NFTs, gaming, and enterprise solutions. Its EVM compatibility means Ethereum-native projects can deploy on Telos with minimal changes.

The zkWallet feature enables private TLOS transfers, while confidential smart contracts open doors for privacy-sensitive applications in finance and identity.

Team, Governance & Community

Telos operates through the Telos Foundation and an on-chain governance model where TLOS holders vote for block producers and participate in network decisions. This democratic approach aims to prevent centralization of power.

The community has grown organically since launch, with no early investor allocations skewing token distribution.

Advantages

  • High speed: Sub-second transactions with 15,000+ TPS capacity
  • No front-running: Fixed gas fees ensure fair transaction ordering
  • EVM compatible: Ethereum dApps deploy with minimal friction
  • Built-in privacy: Zero-knowledge layer is native, not a third-party add-on
  • Decentralized launch: No ICO or VC — community-driven from day one
  • Deflationary mechanics: EVM fee burns reduce token supply over time

Risks & Challenges

  • Competition: Faces intense rivalry from established Layer-1 and Layer-2 networks
  • Ecosystem size: Developer and user activity remains smaller than leading chains
  • Adoption hurdles: Privacy and zero-knowledge features require user education
  • Market visibility: Lower brand recognition compared to major EVM chains

Long-Term Vision

Telos aims to become a leading infrastructure layer for the next generation of decentralized applications — combining speed, Ethereum compatibility, and built-in privacy in a way that most blockchains still treat as separate concerns. By continuously evolving its zero-knowledge capabilities and governance model, Telos is positioning itself as a blockchain ready for real-world and enterprise-grade adoption.

Frequently Asked Questions

Telos is a high-performance Layer-1 blockchain launched in 2018, supporting Ethereum-compatible smart contracts via its Telos EVM. It features sub-second transaction speeds, fixed gas fees, and a built-in zero-knowledge privacy layer.

Telos uses delegated Proof-of-Stake (dPoS), where TLOS token holders vote for block producers who validate transactions. Block producers earn TLOS rewards for maintaining network security.

The Telos EVM is an Ethereum Virtual Machine implementation built on the Telos network. It allows developers to deploy Ethereum-compatible dApps on Telos with minimal changes, while benefiting from faster speeds and fixed fees.

Telos uses fixed gas fees on its EVM, which eliminates the ability for miners or validators to reorder transactions based on fee bids. This ensures fair and predictable transaction ordering for all users.

TLOS is the native token of the Telos network, used to pay for transaction fees (gas), participate in on-chain governance, and stake to support block production. EVM fees are also partially burned, creating deflationary pressure.

No. Telos launched in 2018 without an initial coin offering (ICO) or venture capital backing. The network grew in a community-driven manner, which also helped avoid early investor concentration in token supply.

Telos includes a built-in zero-knowledge privacy layer that enables shielded transactions and confidential dApps directly within its EVM environment. The zkWallet feature allows users to send TLOS privately.

Telos supports a wide range of decentralized applications including DeFi protocols, NFT platforms, gaming projects, and enterprise solutions. Its EVM compatibility makes it accessible to the broader Ethereum developer community.