As farms de mineração existem mesmo?

Sim. As máquinas ficam no Paraguai, com contagem e produção acompanháveis ao vivo no watcher público da pool (ViaBTC), além de documentário no YouTube e fotos datadas na galeria. Cada depósito de mineração no cofre é uma transação on-chain verificável no Arbiscan.

Como verifico isso on-chain, por conta própria?

Os contratos do protocolo (Token, Burn Vault, Burn Vault Boost e Market) têm endereço público e verificado no Arbiscan. Você pode ler o saldo dos cofres, o supply em circulação e o histórico de depósitos diretamente, sem depender da nossa palavra.

A auditoria é confiável?

O protocolo foi auditado pela Hacken (nota 10/10) e pela CertiK, com relatórios públicos. O ponto central auditado é o que mais importa: não há multisig nem chave administrativa que permita sacar do cofre sem queimar EVA.

Quem está por trás do projeto?

Parte do time é pública; parte mantém o anonimato. A confiança não depende disso: o código impede que qualquer pessoa, inclusive o time, toque no lastro sem queimar tokens.

Introduction · Docs · EverValue Coin

What EVA is

EverValue Coin (EVA) is a ERC-20 token on the Arbitrum network. Each token has a minimum redemption price in Bitcoin, the Burn Price, defined by an immutable contract that holds a wBTC reserve. By construction, this minimum does not decrease.

The supply is fixed at 21.000.000 EVA, issued in full at launch, with no mint function. Since then, the circulating supply only decreases: every wBTC redemption permanently burns the corresponding tokens.

The problem the protocol solves

Accumulating Bitcoin with yield normally requires handing over custody of the assets or running your own infrastructure. The usual alternatives have well-known limitations:

Centralized lending: requires handing over custody and exposes the user to the platform's insolvency risk, as in the Celsius, FTX and BlockFi cases.
Running your own mining: requires high upfront capital, low-cost energy, specialized hardware and continuous operation.
DeFi solutions on Bitcoin: tend to add layers of contracts and composability risks that are hard to assess.

Protocol design

The protocol connects a mining operation to an on-chain floor mechanism in three steps:

A proprietary mining operation (3.000 machines in total, in Paraguai) produces Bitcoin daily.
The Bitcoin, converted into wBTC, is deposited into an immutable vault, with no administrative withdrawal function.
The floor of each EVA is the vault balance divided by the circulating supply. Daily deposits raise the floor; redemption converts EVA into wBTC at any time.

The mechanism operates with two vaults. The Burn Vault Core applies the formula to the entire supply and defines the base floor of any EVA. The Burn Vault Boost, a separate contract, concentrates part of the backing in a limited quota of tokens: with a smaller denominator, the floor of that quota is higher and more sensitive to each deposit. The Boost's guaranteed floor is the main value displayed on the site.

Properties

Fixed supply: 21.000.000 EVA, no mint function; the supply only decreases through burning.
Verifiable backing: the vault is funded by daily deposits from mining and one-off contributions, all recorded on-chain.
Immutable contracts: no multisig, no admin key, no upgrade function; audited by Hacken and CertiK.
Redemption directly on the contract: conversion of EVA into wBTC at the Burn Price, with no intermediary and no prior approval.
Public data: deposits, burns and balances verifiable on-chain.

Who it is for

The protocol is intended for those seeking Bitcoin exposure with a guaranteed redemption minimum, without running mining operations and without third-party custody.

Found something incorrect or outdated? Let us know on Telegram ↗ or check the data directly in the contracts.