The Enterprise Ethereum Alliance: The Facts and Benefits

 

Corporate Ethereum is a set of principles and technical specifications designed to facilitate enterprise adoption of blockchain technology. The standards enable enterprises to use both Ethereum-based private chains and the public mainnet. The Enterprise Ethereum Alliance (EEA), a membership of blockchain and incumbent organizations from throughout the world, maintains the Enterprise Ethereum standard.

 

How does the Enterprise Ethereum Alliance work?

Although numerous IT behemoths and corporations had been supporting Ethereum through Cloud services and working towards its adoption, most efforts to improve its scalability, privacy, and interoperability remained fragmented until the Enterprise Ethereum Alliance was formed.

The alliance’s goal is to create, promote, and support Ethereum blockchain technology best practices, standards, and a reference architecture that can handle real-world applications and usage. Ethereum, which was launched in 2015, is a blockchain-based, decentralized software platform that allows smart contracts and Distributed Applications (Apps) to be written and run without the involvement of a third party.

Ethereum is not just a platform, but also a programming language (Turing complete) that runs on a blockchain and assists developers in developing and publishing distributed applications. The potential uses of Ethereum are numerous, and this has prompted a lot of businesses to investigate the technology. Ether, the cryptographic token used on the Ethereum network, is the second most popular cryptocurrency in terms of market capitalization, with a market value of over $218 billion in the second quarter of 2021.

 

What Ethereum Has to Offer: The Facts and Benefits:

Ethereum emerged in 2015 as a far more versatile and performant version of the Bitcoin payment system’s underlying blockchain technology. The network’s intrinsic certainty is a blockchain’s advantage: members may build a trustworthy and immutable record of transactions without the assistance of middlemen. A blockchain’s decentralized design — several distributed nodes executing software and creating the record at the same time — assures that the network’s trust is never jeopardized.

The Ethereum blockchain’s strength is its programmability: agreements are built into the code, allowing transactions to occur automatically. These “smart contracts” may have an endless number of forms, conditions, and even call on other contracts, making Ethereum valuable for arbitrating transactional events in trade finance, supply networks, government registries, energy grids, and real estate, law, and many other industries.

 

Ethereum’s Technology Stack:

 

Applications:

Ethereum runs over 2,900 decentralized applications (dapps), which is more than any other blockchain platform combined.

 

Middleware:

The flexibility of Ethereum allows you to tailor privacy, permissions, analytics, and compliance on a single platform.

 

Infrastructure:

Ethereum’s open-source protocol delivers a low-cost, standardized IT infrastructure that interacts seamlessly with your existing systems.

 

Developers:

The Ethereum ecosystem contains around 200,000 developers, making it the world’s largest and most active blockchain development community.

 

What Enterprise Requires:

Individual users in a peer-to-peer network have quite different demands than enterprises. Enterprises must handle sensitive data in large quantities, maintain quality, and hold themselves responsible for the safety and regulatory requirements in their industry, whether they are providing identification cards, performing transactions, tracking freight containers, or labeling medicinal items. A high-performance company must prioritize security, assurance, and responsibility at scale. Finally, enterprise requirements may be divided into four categories:

 

Permissioning:

Enterprise use cases frequently need only authorized parties to join the network and participants have varying read, access, and write permissions.

 

Privacy:

Depending on their responsibilities, network members should be denied or given access to certain transaction data such as product name, amount, price, address, personally identifiable financial information, and so on. For example, a freight forwarder may not need to know the contents of a specific shipping container, simply that it has arrived. Banking restrictions also limit who can access transaction data.

 

Performance:

Enterprises must have the infrastructure to handle thousands of transactions per second while also being able to withstand periodic spikes in network activity. A thousand-line sales order, for example, sets off a chain reaction of transactional actions. Enterprises in today’s networked economy must be able to gather, authenticate and publish an expanding amount of various transactions.

 

Finality:

Institutions transmitting big sums of money require clarity regarding transaction outcomes. The funds must be sufficient and the payments must be definitive.

 

The Advantages of Enterprise Ethereum Enterprise:

The Ethereum blockchain is low-cost, versatile, open, and well-suited for multi-enterprise transactions. Furthermore, when it comes to data coordination, the corporate Ethereum blockchain functions similarly to a normally distributed layer.

However, it has a distinct design that allows organizations to integrate it into their system. Furthermore, this layer expands and enhances the system for exclusive enterprises. Let’s see what they receive from the corporate Ethereum blockchain.

 

Enterprise Data Coordination:

The Ethereum design maintains data coordination across all network members. Furthermore, corporate Ethereum members would benefit from improved data allocation and participant confidence.

In actuality, it will free people from reliance on a centralized authority. Furthermore, it will allow corporate Ethereum members to run the system without intervention. This is just another advantage of blockchain technology.

 

Networks with Permissions:

You will obtain unique permissioned networks and even consortium setups with public Ethereum capabilities with Enterprise Ethereum blockchain. In truth, this is one of the most fundamental distinctions between the public and private versions of Ethereum.

Most of the time, the network design permits powerful enterprise Ethereum members to act as gatekeepers. As a result, the individual has the ability to halt executions and even manage who has access to the network environment.

Furthermore, these private corporate Ethereum blockchain instances are ideal for every use case. There is a significant distinction between permissioned and permissionless blockchain.

 

The layer of Incentive:

The incentive layer penalizes fraudulent behavior while encouraging positive user behavior. In practice, this layer is required since the network must be adequately protected from both the inside and outside.

If internal workers or enterprise Ethereum members commit fraud, there must be sanctions. Furthermore, this endeavor ensures that players obey the rules appropriately and receive favorable incentives for their conduct.

 

Tokenization:

To streamline their operations, businesses may tokenize any asset on the corporate Ethereum architecture. So, what does this mean for your business? It implies you won’t have to rely solely on Ethereum coins to power your network. Asset tokenization is currently a diverse phenomenon that incorporates major fiat currencies.

It mostly pertains to financial intuitions, which must function independently outside the constraints of a single token. For example, a real estate company can tokenize its assets and use them on the network. It’s a digital format of any sort of material.

Interoperability:

There would be no vendor monopoly. As a result, customers will be able to run private blockchains in any commercial cloud environment. Typically, when it comes to software companies, have lock-ins.

It’s a bad tactic that discourages transparency and collaboration. However, this is not the case with enterprise Ethereum. Enterprise Ethereum members, for example, may leverage Amazon web services on Kaleido’s blockchain corporate cloud.

 

Low Price:

Blockchain deployment will be more affordable for all businesses. In this manner, no company will feel burdened by extraneous costs. It’s a crucial consideration. Even if businesses have the potential to invest large sums of money, it may become a burden in the long run.

However, because corporate Ethereum is less expensive, you may use it to deploy your blockchain more easily.

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