What is TAC token (TAC)?

Quick Facts

  • Type: Layer-1 blockchain native token
  • Built with: Cosmos SDK and Ethermint
  • Consensus: Delegated Proof-of-Stake (dPoS)
  • Finality: ~2 seconds per block
  • Key feature: TON Adapter for cross-chain messaging
  • Funding: $11.5M raised across seed and strategic rounds
  • Mainnet: Live and operational

Introduction

TAC is a purpose-built Layer-1 blockchain designed to give Ethereum-compatible decentralized applications direct access to the TON blockchain and Telegram's massive user base. By combining a full EVM execution environment with a native cross-chain messaging layer, TAC allows developers to deploy Solidity smart contracts as-is and instantly reach Telegram's ecosystem — without rewriting any code.

History & Background

TAC was founded with the vision of making Ethereum DeFi accessible inside Telegram. The project raised a total of $11.5 million across its seed and strategic rounds, with the $5 million strategic round led by Hack VC. TAC launched its mainnet in a phased rollout, onboarding blue-chip DeFi protocols and bootstrapping liquidity from day one.

How TAC token Works

TAC's architecture has three core layers. The TAC EVM Layer is a full EVM-compatible blockchain built on Cosmos SDK and Ethermint, offering fast finality through dPoS consensus. The TON Adapter is a bidirectional messaging system — a set of smart contracts on both TON and TAC EVM — that translates and relays transactions between the two networks. Finally, Hybrid dApps sit at the presentation layer, running as Telegram Mini Apps so users interact through their familiar TON wallet without ever seeing the underlying cross-chain complexity.

Tokenomics

$TAC is the native asset of the TAC Protocol and serves three core functions: gas fees, staking, and governance. Every transaction on the TAC EVM consumes $TAC as gas. Crucially, when TON users pay fees in $TON, part of those fees automatically purchases $TAC in the background, linking all dApp activity on TON directly to demand for $TAC. Token distribution allocates portions to the team and early contributors (with multi-year vesting), investors and advisors, and a foundation reserve for ongoing development.

Circulating supply ? 3.51 billion TAC
Reserved supply ? 0 TAC
Burned
0x0000000000000000000000000000000000000001
0 TAC
Total supply ? 3.51 billion TAC
Max supply ? -- TAC
Updated 23h ago

Ecosystem & Use Cases

TAC enables Ethereum DeFi protocols — such as DEXs, lending markets, and yield vaults — to be accessed by TON users through Telegram Mini Apps. Bridges support TON, ETH, BTC-backed, and Polygon assets. The gForce Vault offers an accelerated staking mechanism for long-term holders.

Team, Governance & Community

Governance allows $TAC holders to vote on key protocol parameters, including cross-chain rate settings and dApp whitelists. Validators must stake $TAC to produce blocks, and regular holders can delegate tokens to validators to earn staking rewards while contributing to network security.

Advantages

  • No code rewrites: Solidity contracts deploy on TAC EVM without modification.
  • Massive distribution: Direct access to TON wallets and Telegram's billion-user base.
  • Built-in demand: TON user fees create automatic buy-pressure for $TAC.
  • Fast finality: dPoS consensus delivers ~2 second transaction confirmation.
  • Blue-chip DeFi: Mainnet launched with established protocols and pre-bootstrapped liquidity.

Risks & Challenges

  • Bridge security: A security incident affected the TON-TAC asset bridge, highlighting cross-chain infrastructure risks.
  • Ticker confusion: At least two unrelated projects share the TAC ticker, creating potential investor confusion.
  • Ecosystem dependency: TAC's growth is closely tied to continued adoption of Telegram and TON.
  • Validator concentration: Early-stage dPoS networks can face centralization risks among validators.

Long-Term Vision

TAC's long-term goal is to become the primary infrastructure layer connecting Ethereum's mature DeFi ecosystem with Telegram's superapp ambitions. By eliminating the friction of cross-chain interactions and positioning Telegram as a gateway for billions of users to access decentralized finance, TAC aims to be a central pillar of mainstream crypto adoption.

Frequently Asked Questions

TAC Protocol is a Layer-1 blockchain built on Cosmos SDK and Ethermint that connects Ethereum-compatible dApps to the TON blockchain and Telegram's user base. It allows developers to deploy EVM smart contracts and reach Telegram users without any code changes.

$TAC is the native token of the TAC network and serves three main purposes: paying gas fees for transactions and smart contracts, staking to secure the network, and participating in governance votes.

The TON Adapter is a bidirectional messaging layer consisting of smart contracts deployed on both TON and TAC EVM. It translates and relays transactions between the two networks so that TON wallet users can interact with EVM dApps without managing multiple wallets.

Yes. Because TAC's execution layer is fully EVM-compatible, Ethereum developers can deploy existing Solidity contracts directly on TAC with no modifications required.

When TON users pay transaction fees in $TON, a portion of those fees is automatically used to purchase and consume $TAC as gas in the background. This means all dApp activity by the TON user base generates ongoing demand for $TAC.

TAC uses Delegated Proof-of-Stake (dPoS), which enables fast transaction finality of approximately 2 seconds. Validators stake $TAC to participate in block production, and token holders can delegate to validators to earn staking rewards.

TAC raised a total of $11.5 million across its seed and strategic funding rounds. The $5 million strategic round was led by Hack VC.

Key risks include cross-chain bridge security vulnerabilities (TAC experienced a bridge security incident), dependency on Telegram and TON ecosystem growth, and potential validator centralization in the early network stages.