Audit of «Neuromachine Eternal»


Address Ethereum Mainnet:


Critical vulnerabilities: 0
Issues that can lead to loss of funds, as well as problems that violate essential functionality of contracts.

Errors and problems: 0
Issues of logic and functionality of contracts that do not lead to loss of funds.

Optimization: 1
Opportunities to reduce transaction costs and reduce the number of lines of code.

Notes and recommendations: 1
Tips and tricks, as well as errors that do not affect the functionality of the Smart-Contract.

Optimization possibilities:

In the code were found the repetitions of lines of code (lines 110-112, 160-162, 221-224).
It is possible to shorten the code if one extracts these lines to the internal function “_transfer”.
This note does not affect the functionality of Smart-Contract.

function _transfer(address from, address to, uint256 value) internal {
    require(to != address(0));
    _balances[from] = _balances[from].sub(value);
    _balances[to] = _balances[to].add(value);
    emit Transfer(from, to, value);

    _transfer(msg.sender, to, tokens);


Known issues of ERC20 standard: lack of transaction handling and the potential Re-approval attack. Read more —

Contract description:

The contract is an ERC20 token.

Title: «Neuromachine Eternal».
Abbreviation: «NRM».
Decimals: 18.

Initial supply: 4 958 333 333 tokens.
Additional minting of tokens is impossible.

The burn function of tokens from your address is implemented.

30% (1 487 499 999.9 tokens) are frozen on address 0x00000000000000000000000000000000000000000007 and available for withdrawal to owner after 28 Jan 2020 00:00:00 GMT.

The following functions are also implemented for the owner:
— The withdrawing of all ERC20 token from the Smart-Contract.
— Sending tokens to a group of addresses (no more than 100)
from owner wallet.
— “ApproveAndCall” to interact with Smart-Contracts.
— Transfer of ownership (the next owner must accept the right for
a successful transfer).


In the NRM Smart-Contracts were found no vulnerabilities and no backdoors, the contract matches all standards. So it is safe for use in the Ethereum main network.

This audit is not a call to participate in the project and applies only to the Smart Contract code at the specified address.

If you have any questions or are interested in developing/auditing Smart Contracts, please contact us and we will consult you.

Articles. Public audits

Tetherex Audit

Security Audit of Tetherex Project

Read more


Security audit of the INTERSMART project

Read more


Security audit of the SHIBADOUBLER project

Read more

TronCore Audit

Security Audit of TronCore project

Read more

TRONexPRO Security Audit

Audit of new TRONex project

Read more


Security audit of TRONexVIP smart-contract

Read more

Audit of Omeo Smart-Contract

Audit of part of Omeo project

Read more

APEMaster (Staking) Audit

Audit of APEMaster (Staking) smart-contract

Read more

TronMint Audit

Audit of TronMint Smart-Contract

Read more

SUNexWorld Audit

SUNexWorld smart-contract audit

Read more

FinyTron Audit

Audit of FinyTronDue smart-contract

Read more

TRONCapital Audit

Audit of TRONCapital smart-contract

Read more

ArgosNEX Audit

Audit of ArgosNEX Smart-Contract

Read more

TRONexWorld Audit

Audit of smart-contract from original TRONex team

Read more

Tronner Audit

Audit of the Tronner smart-contract

Read more

TronGuru AUDIT

Audit of the TronGuru Smart-Contract

Read more


Audit of the Trony Smart-Contract

Read more


Security audit of the TRONies smart-contract

Read more


Security audit of the TronEx3 smart-contract

Read more

TronMatrix AUDIT

Security audit of the TronMatrix smart-contract

Read more


Security audit of the TRONPROM smart-contract

Read more


Security audit of the TRX-IN-BANK smart-contract

Read more

TRONex Audit

Security audit of the TRONex smart-contract

Read more


Token is a certain unit of value in the blockchain...

Read more

ICO (CrowdSale)

ICO – Initial Coin Offering or initial coin placement, by...

Read more

ERC20 standard issues

Despite the widespread use, the standard of token ERC20 has...

Read more

ApproveAndCall function for ERC20

Due to one of the known problems of ERC20 EventHandling...

Read more

Example of Smart Contract operation

Since the idea of Smart Contracts was mostly spread in...

Read more

Application of Smart Contracts

Smart contract technologies are still new and it is possible...

Read more

Audit of «Neuromachine Eternal»

Public Audit of NRM Smart Contract

Read more
Load more
To close