Ethereum and IOTA are among the world’s top cryptocurrencies by market capitalization. While the two platforms are quite different from each other in design and purpose, they are equally interesting in their visions and future plans. Ethereum is a blockchain-based platform for decentralized applications with the Distributed Ledger Technology, ICO tokens, and Smart Contracts. While IOTA uses a completely different technology called Tangle. Let’s take a closer look at these two projects to find if they are really different or just alternatives to other. So IOTA vs Ethereum battle begins here.

Ethereum vs IOTA: The technology

Both IOTA and Ethereum are backed by European non-profit foundations: the IOTA Foundation operates out of Germany and the Ethereum Foundation is based in Switzerland. And as we already know, they use different technologies: Blockchain and Tangle.

Ethereum – the Blockchain technology

This relatively new cryptocurrency not only presents a significant change to the status quo, it also allows for the quick development and deployment of new applications. Ethereum essentially enables dozens of new and extremely innovative cryptocurrencies to exist.

Ethereum is an open software platform based on blockchain technology.  It is a distributed public blockchain network where miners work to earn Ether, a type of crypto token that fuels the network. Beyond a tradeable cryptocurrency, Ether is also used by application developers to pay for transaction fees and services on the Ethereum network. Ethereum allows developers to create whatever operations they want. This means developers can build thousands of different applications that go way beyond anything we have seen before.

  1. Smart contracts

It enables developers to create smart contracts. Smart contracts are scripts that automatically execute tasks when certain conditions are met. For example, a smart contract could technically say, “pay Jane $10 if she submits a 1000-word article on goats by September 15, 2018,” and it would pay Jane once the conditions are met. Keep in mind that this is only a very simple example. Many smart contracts are extremely complex and can work wonders. And they are executed by the Turing-complete Ethereum Virtual Machine (EVM), run by an international public network of nodes.

  1. Ethereum Virtual Machine (EVM)

The Ethereum Virtual Machine (EVM) is a core innovation that enables anyone to run any program, regardless of the programming language given enough time and memory. The Ethereum Virtual Machine makes the process of creating blockchain applications much easier and efficient than ever before. Instead of having to build an entirely original blockchain for each new application, Ethereum enables the development of potentially thousands of different applications all on one platform.

  1. Decentralized Apps (Dapps)

Ethereum enables developers to build and deploy decentralized applications. A decentralized application (Dapp) serve some particular purpose to its users:

  • Open Source – Dapps allow users to view the app code on both the frontend and backend.
  • Autonomous – Dapps automatically act by the rules encoded into them. No room for outside corruption.
  •  Secure – Data and protocols are stored on the blockchain cryptographically. No hacks.
  •  100% Uptime – The blockchain is always running, meaning zero downtime for Dapps. No crashes.
  • Easier to Implement – Developers who want to take advantage of blockchain technology do not need to create a new blockchain. In order to run on this decentralized network, Dapps just pay transaction fees.

Streamr, an application based on Ethereum, has designed a platform for IoT systems that uses live data streaming instead of storage. Moreover, Streamr proposes to create a marketplace that allows IoT providers to monetize their live data and create a greater incentive for interconnectedness and participation. The system even hosts a development environment designed to facilitate easy creation of IoT applications.

Ethereum has the goal of using a blockchain to replace internet third parties — those that store data, transfer mortgages and keep track of complex financial instruments. In a nutshell, Ethereum wants to be a ‘World Computer’ that would decentralize the existing client-server model. With Ethereum, servers and clouds would be replaced by thousands of so-called “nodes” run by volunteers from across the globe (thus forming a “world computer”). In theory, it combines the control that people had over their information in the past with the easy-to-access information that we’re used to in the digital age.

IOTA – the Tangle technology

IOTA is a revolutionary cryptocurrency and platform, created specifically for the concept of the Internet of Things. It does not resemble any other project or coin, which makes it unique and very promising. IOTA is able to become that transactional fuel that will ensure the implementation of smart enterprises with the participation of machines integrated into one network.

IOTA is different from Ether, because it does not actually use blockchain. This platform uses a special Tangle log, based on the DAG-directed acyclic graph. In the Ethereum, everything is kept on the blocks, where the transaction information is recorded. But there are no blocks in IOTA Tangle.

Directed Acyclic Graph (DAG)

The tangle, or Directed Acyclic Graph (DAG) chain, is a data structure that foregoes the traditional mining system used by many cryptocurrencies. Instead, each connected device serves as a node and is active in the consensus and validation of transactions. Each node has to, by protocol, validate the two previous transactions on the network before making its own transaction. In this way, the tangle is a real peer-to-peer network where machines transact with each other and reach consensus about who owns what without relying on a centralized authority. processed.

IOTA and the IoT

IOTA’s prospects are measured by the prospects of the sphere that this platform is designed to serve. Initially, the concept of the Internet of Things meant a global network in which physical objects interact with each other through built-in technologies. Right now, there is no fully-fledged network – there are, rather, autonomous pockets. Take for example a smart apartment, where light, electricity and heating are automatically regulated. But after all, apartments can be united in houses, houses in cities, and cities into a whole network.

IOTA is able to tie together virtually all processes in the IoT ecosystem by configuring transaction chains and the ability to conduct micro-transactions in huge quantities. Problems with scalability in Tangle, unlike for blockchain, do not occur. What’s more, the platform is implemented so that the device for interaction with other nodes should not have uninterrupted access to the Internet. For some ‘machines’, it will be enough to connect once a month, or even a year – it all depends on the functionality. This will save battery power, or even electricity.

Differences between ETH and IOTA

  • Mining: while Ethereum needs miners to validate transactions, IOTA does not. Each transacting device on IOTA is also expected to validate transactions.
  • Speed and transaction fees: the transaction speed of IOTA is almost twice faster than Ethereum, with the first being 3 vs 6 minutes for the second. IOTA doesn’t need miners, so the transaction fees are zero, whereas Ethereum has miners and transaction fees.
  • Efficiency: due to the lack of mining, no massive amounts of energy are needed to run IOTA’s network. Further efficiency is given by IOTA’s use of ternary logic instead of binary. Ethereum still relies on mining and, therefore, requires a lot of energy to function.
  • Inflation: all IOTA coins have already been issued, whereas the supply of Ethereum keeps increasing. This means that in IOTA’s case, there’s only a risk of deflation, not inflation.

One of the biggest points of contention between supporters of blockchain and Tangle is the former capacity for data storage. IoT systems create massive amounts of data to parse and store, and most existing blockchains simply cannot handle the load. Indeed, the technology is meant to offer strong, secure storage for limited amounts of data. While Ethereum undeniably created a platform that changed the world of decentralized and distributed applications, it still faces challenges such as scalability and cost-efficiency.

IOTA or ETH – Which one is better for investing?

What is better: IOTA or ETH? That’s a tough question. Even though Ethereum will define the blockchain space with its EVM, the Tangle is going to have an edge over the EVM in many ways. First of all, unlike Ethereum and other blockchain-based cryptocurrencies that face problems of scalability and huge transaction fees, IOTA’s network is faster; scales better, and allow for free transactions.

Meanwhile, Ethereum upcoming efforts are directed at improving the current platform, specifically targeting scalability and efficiency. It is trying to make the platform lighter, faster, and more secure. IOTA’s roadmap, on the other hand, focuses on reaching a production-ready state by the end of the year, followed by commencing an international standardization process together with the rest of the industry. IOTA’s journey to establish a standardized ‘Ledger of Things’ has only just begun. 2017 was spent mainly in research and establishing the Foundation. 2018 will focus on developing and implementing the results of 2017’s research.

Ethereum (ETH) is the second biggest cryptocurrency according to market capitalization. While IOTA is ranked 10th with a market cap of just above $3.5 billion. As an investment, Ethereum presents a more attractive proposition nowadays. However, you should not forget about the MIOTA coin as well.

Summary

Ethereum is aimed at providing developers with decentralized protocols to develop and deploy decentralized applications (Dapps). It achieved this goal by creating a blockchain-based, open-source software platform and operating system featuring smart contracts. Today, Ethereum is the go-to platform for the creation of alternative coins (altcoins) and smart contracts.

IOTA, on the other hand, wants to revolutionize the world of the Internet of Things (IoT) by introducing a public distributed ledger to allow for payments and exchange across the global network of internet-connected devices. IOTA’s vision involves creating a semi-automated marketplace for machine to machine transactions, where devices will exchange data packages, energy (or any other resource) and physical objects along the supply chain of the future.

IOTA and Ethereum differ both in purpose and in development status. Despite these differences, Ethereum and IOTA are united by ambitious visions for the future of the Internet.

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