Contents

Introduction

Ethereum Improvement Proposal (EIP) 1559 is a much-anticipated upgrade to the Ethereum blockchain that will alter the way miners are incentivized and is tipped to make Ether (ETH), the native currency of the ecosystem, deflationary. The upgrade, which is expected to be bundled with the London hard fork in July, has induced mixed emotions – fear, excitement, and panic – among Ethereum’s stakeholders. Without a doubt, it is very important and also imminent. With the hardfork’s upgrades currently being tested on the smart contract network’s testnets, EIP 1559 will soon forever change the way Ethereum operates.

Ethereum miners have publicly voiced their displeasure at the upgrade while users and token holders are generally in favor as they stand to benefit from the implementation of EIP-1559. But, is the excitement of network users – who have endured high transaction fees – really justified, or is it a minor gain coming at the expense of disgruntled miners?

It is worth noting that as of late June 2021, Ethereum gas fees are at a 6-month low as the whole crypto market has begun to cool off in recent months and developers have migrated over to other cheaper and less congested options like Solana, Tron and Binance Smart Chain. 

Ethereum’s current gas fee model

It is necessary to understand the current transaction fee structure on Ethereum to have a better grasp of EIP-1559 and why it has been received with mixed reactions. 

Activities carried out on Ethereum, regardless of their nature, are considered to be transactions. These transactions are recorded on the blockchain, and anyone can view them. 

In contrast to Bitcoin, which is viewed more as a store of value, the Ethereum blockchain has been used as the bedrock to develop Dapps, as well as other crypto areas like decentralized finance (DeFi) and the non-fungible token (NFT) frenzy.

What is the purpose of Ethereum’s gas fees?

Each transaction on the Ethereum blockchain accrues in transaction fees called gas fees, measured in gwei. Gas fees have a dual purpose: 

  1. to prevent the spamming of the network by nefarious actors
  2. to reward miners for their efforts in maintaining the network by validating transactions.

How does Ethereum determine transaction fees?

Ethereum currently uses an auction system to determine transaction costs. Just like any auction system, there is no set cost, but the fee paid for each transaction depends on several factors, such as network usage. In times of high traffic, miners can easily charge high fees to settle transactions. 

High demand, high premium

As with physical assets, when the demand is high, the price of goods or services tends to go up. Unfortunately, transaction fees usually skyrocket, fueled by both miners and users. 

Users who want to have their transactions settled quickly could be prepared to pay a premium. The downside of it is that it could force prices to surge as everyone on the network competes to have their transaction confirmed as quickly as possible. 

The proponents of the upgrade are convinced that the need for EIP-1559 is necessitated by these sky-high transaction fees on the Ethereum network. The transaction fee rose to a high of more than $71 in May 2021. To put it in perspective, users paid less than $5 in early January, just four months earlier, to transact on the network. As a result, many users and developers moved over to other competitor networks like Solana, Matic, and Tron, especially to conduct stablecoin transactions.

What is Ethereum Improvement Proposal (EIP) 1559?

At its core, EIP-1559 is an Ethereum Improvement Protocol (EIP) set to overhaul Ethereum’s auction gas fee model and replace it with a model that splits transaction fees into base fees and tips. It also introduces a burn mechanism that turns ETH into a deflationary asset.

How does EIP 1559 work?

Source: Medium

The new transaction model has a mandatory fee, the base fee, and it is set by the algorithm based on network demand. The idea is to keep the network usage at 50% capacity, meaning that each validated block is half full. 

Changes in the block capacity would have a corresponding effect on gas fees. If the network usage increases above the 50% threshold, the base fee increases automatically. And if the network usage falls below 50%, the base fee would decrease.

This introduces a new predictable pricing model that relieves users of the burden of setting transaction fees. The duty would be assumed by wallet providers such as CoolWallet and miners will not pocket gas fees. After collection, the transaction fees are burned. This decreases the amount of Ether in circulation. Ether’s scarcity is predicted to propel the currency’s price in the future.

Tips also play an important role in transaction fees. The Ethereum network will allow network users to add tips on top of base fees as a way of asking miners to prioritize their transactions. Tips are kept by miners, unlike base fees that will be burned after collection. This will likely push miners to prioritize transactions that offer tips. Blocks would be about 50% full, making it easy for miners to accept tips and process prioritized transactions.

In times of lower network usage, a small tip would be enough for users to have their transactions prioritized by miners.

Pros and Cons of EIP-1559 for miners and users

The rise in transaction fees is a dagger in the pockets of ordinary network users, and a cash cow for Ethereum miners who are smiling all the way to the bank. Ethereum mining is a very lucrative business. Miners raked in $1.59 billion in April, and a month earlier, they generated $1.3 billion. A decent portion of miners’ revenue comes from transaction fees. It comes as no surprise that miners are not amused by the upgrade, which according to some estimates, would slash transaction fees by 90%.

On the flip side, some stakeholders stand to gain from the upgrade. DeFi projects will have to pay less for transactions on Ethereum, which could have run the risk of crumbling under the weight of its growth. 

Token holders are also excited at the prospects of Ether being a deflationary asset, just like Bitcoin. The asset’s value will likely increase in the future, and this alone is appealing to those who buy and hold Ether for speculative purposes.

Final thoughts on EIP-1559

The contentious EIP-1559 was proposed by Ethereum co-founder Vitalik Buterin in 2018. It is now set to make wholesale changes to Ethereum’s gas fee model, which could hit the pockets of miners very hard. A number of mining pools – Flexpool, Ethermine, and SparkPool among others – have all condemned the imminent upgrade.

However, some argue that the upgrade is necessary as Ethereum evolves into a more scalable blockchain network. But doing so at the expense of miners could raise questions of whose toes Ethereum will step on to meet its growth targets. The blockchain network is nowhere near where it wants to be, but a collection of hard forks and upgrades – including the successful launch of the Beacon Chain in December 2020 – will eventually push Ethereum to reach its final destination.

Until then, token holders and network users have a reason to smile. 

最新文章

看全部

Curated Yield: Earn Onchain USDC Yield on CoolWallet
  • 作者:TeamProduct

主動收益策略:在 CoolWallet 用 USDC 賺取鏈上收益

用 CoolWallet 的主動收益策略,讓閒置 USDC 賺取鏈上收益。資金供應到由 Gauntlet 策略管理、風險控管的 Gauntlet USD Alpha,自動複利、全程自託管,隨時可提領。

閱讀全文關於主動收益策略:在 CoolWallet 用 USDC 賺取鏈上收益

Can Hardware Wallets Be Tampered With? How CoolWallet Fights Hardware Implants
  • 作者:CoolWalletTeam

冷錢包也可能被動手腳?從供應鏈攻擊,看 CoolWallet 如何防範惡意晶片植入

(圖片來源:前 Mt. Gox 執行長 Mark Karpelès 取得的 Ledger Nano X 裝置拆解照片,經檢查發現內部藏有惡意硬體植入模組。/Mark Karpelès (@MagicalTux) / X)

近期 Ledger 部分用戶回報加密資產遭竊,引發市場對硬體錢包供應鏈安全的關注。

根據公開報導,Ledger 正調查透過東南亞經銷商 CryptoBilis 購買裝置的用戶損失,並已要求該經銷商暫停銷售與出貨。事件的完整攻擊方式、影響範圍與責任歸屬,仍有待進一步釐清。

這起事件提醒我們:硬體錢包的安全,不只在於保護私鑰的安全晶片,也必須考慮整台裝置在交到使用者手上之前,是否可能遭到改裝。

閱讀全文關於冷錢包也可能被動手腳?從供應鏈攻擊,看 CoolWallet 如何防範惡意晶片植入

CoolWallet Go Pairing Password: What It Is and Why It Matters
  • 作者:TeamProduct

什麼是 CoolWallet Go 的配對密碼?

使用 CoolWallet Go 建立錢包時,會設定一組 8 位數字的「配對密碼」。它平常幾乎用不到,卻是整個安全設計中很關鍵的一環。這篇文章說明它的作用,以及該怎麼把它保管好。

閱讀全文關於什麼是 CoolWallet Go 的配對密碼?