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Nov 29, 21  |  Shuja Ali

Monax vs Ethereum: Comparison of Blockchain Technologies

There are several Blockchain implementations available, and it is critical to choose the most appropriate one for your needs. Consequently, it is critical to be aware with the most well-known, most solid options that are supported by the most comprehensive proven expertise in real-world solutions available.

For the purposes of this comparative analysis, we will concentrate on the primary Blockchains that allow for the programming of smart contracts:

Monax Vs Ethereum: Everything Discussed

Monax and ethereum are both comparable as they both are one of the most successful blockchain technologies. Both are  decentralized and focus more on security of its holders and miners. Having said that, they both still have some differences and can be compared. 

Let's begin the discussion on the topic of Monax vs Ethereum and finalize which is better for what reason.


Blockchain technology pioneer Ethereum introduced the ability to insert Smart Contracts (programs written in Turing-complete languages) directly into the block chain, making it the first public blockchain to do so. This was a ground-breaking invention since it enabled the development of algorithms and the addition of logic to the transfer process.

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Two more Ethereum-based alternatives have been created, and we will compare them later in this article. These features are added to Ethereum in order to make it more useful in its applications. Monax and Quorum are the names of these two characters.

However, there are ways to create private Ethereum networks where only specific nodes are allowed access; however, this results in the network having fewer mining nodes, validators that will look for the hash to validate the blocks, and this makes them inefficient, as we will no longer be interested in solving the node confidence issue because they are private, our own nodes.

Each and every ether movement will be shown on the network and will be accessible to all nodes that are linked to it.

Work Demonstration

Due to the nature of Ethereum's public networks, every smart contract, transfer, or activity connected to it will be accessible to everyone. Additionally, the mining nodes that confirm the blocks may be located anywhere, and these miners validate the transfers using proof of work (brute force to calculate the hash of the block). The average time required for block/transaction validation is around 12 seconds.


Because there is no privacy implemented on the Ethereum network, anybody can see the transactions of everyone else on the network.

Permissions in Ethereum

Ethereum does not have permissions; everyone who connects to the network performs the same function (they may install contracts, for example).

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Contracts for the Internet of Things

When it came to smart contracts, Ethereum was the first network to allow for the creation of such contracts using its own programming language, Solidity, which was developed in-house. This programming language, which is a Turing-complete computer, enables for the use of any kind of reasoning to be used.

Ethereum addresses the challenge of being able to carry out high-cost transactions on all nodes without saturating or stopping the network by imposing a fee to each transaction that is determined by the code that is run in the transaction. This cost is covered by the use of gas, which may be obtained via the use of the Ether cryptocurrency. An extremely sophisticated logic or badly coded smart contract will have a very high gas cost, since you will either have to pay that fee every time you wish to conduct a transaction or that transaction will not be carried out at all.

This "gas-price" technique to compute the computational cost might offer a challenge for some corporate networks, since whoever maintains or builds a network must guarantee that all consumers have gas available to interact with the contracts in order for the network to function properly.



In the Enterprise World, an Ethereum-based network (fork open source) that makes it simpler and more effective to create private networks is being developed by the Ethereum Foundation.

It makes deployment simpler than it would be for an Ethereum private network, and it overcomes the problem of wasted computational expenditure associated with a proof of work in Ethereum, which is a major concern.

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Evidence of a Stake (Tendermint)

It uses a new consensus method, Tendermint, which is more efficient for private networks, since it verifies blocks/transactions in less than 0.5 seconds, making it more efficient for private networks. It does this with just a small number of validator nodes since it is based on Proof of Stake and does not need the validator nodes to perform a hash computation. They may participate in a voting system since they are well-known and identifiable nodes.


Monax does not provide any level of privacy on its network; everybody may see everything that everyone else is doing.

Permissioning in Monax

A complex permissioning system is implemented in Monax; in addition to having validators, it allows each user to have a defined role, with the actions that user can perform on the blockchain (deploying contracts, registering new users, making transaction calls,...) being restricted through fine-grained permissions.


Contracts for the Internet of Things

Because Monax and Ethereum are built on the same foundation, they both employ the same smart contract programming language (Solidity). However, there is a distinction when it comes to the price of computations. The gas system is disguised (it becomes unlimited), and as a result, the network developer or maintainer does not have to worry about ensuring that users have enough gas to engage with the contracts while developing or maintaining the network.

It does, however, retain a per-transaction execution "gas" limit in order to prevent someone from launching a code that would take the validators an excessive amount of time to complete.


Monax vs Ethereum is one of the most trending topics in the world right now and most blockchain enthusiasts find it difficult to decide the one to choose. Having said that, both blockchain technologies have set the benchmark for something great. 

If you are also looking to start a blockchain technology similar to any of the mentioned ones, you should definitely try hiring some of the best blockchain technology companies. At Distinguished.io, we have formulated a list of some of the best to help our readers.

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