This bull market will attract more talent into the blockchain field.
Author: shubit | Echo
Translation: Deep Tide TechFlow
For non-developers, entering the blockchain field is often full of challenges. This emerging field has not yet formed a complete career development path, and mentors are relatively scarce.
Looking back on my career, I have been fortunate to hold various roles in both Web2 and Web3 startups. Through these experiences, I have accumulated rich knowledge through continuous trial and error and established connections with some who inspire me and help deepen my understanding. I found that non-developers do not need to master technical details deeply, but a conceptual understanding of the core mechanisms of blockchain is crucial.
This guide compiles the experiences I have gained along the way, hoping to help other non-developers find their direction and achieve career growth in the blockchain field.
Based on my experience, career development in the blockchain field typically divides into three stages:
Understanding Technology
Understanding the Market
Cultivating Acumen
If you are engaged in trading, you may only need to master the market (the second stage), along with some basic knowledge of technology (the first stage), to gain an advantage. However, if you are involved in project development or wish to build applications in blockchain, understanding technology is crucial; otherwise, it is difficult to gain deep insights into the market. If technology confuses you, focus first on mastering the core concepts so that you can gradually see the bigger picture of the market.
As your understanding of blockchain deepens, focusing on important thought leaders in the industry and tracking trends on platforms like X will become your priority. Think about how to respond to similar challenges or opportunities in different ways. Observing blockchain projects and how other industries operate in business and branding can help you form a unique style and perspective.
The third stage, cultivating acumen, is about building taste, and I believe this is a lifelong process. Study the growth trajectories of successful startups and learn from large tech companies. Research brands in industries such as fashion, music, and design, as practical insights from these fields often have great reference value. Although pure art may seem abstract, advertising and industrial design contain rich practical experience.
Today, I want to provide some guidance for those looking to enter this market or those already in it but feeling confused when facing blockchain technology.
Here are the topics to consider for each stage, starting with understanding technology.
Bitcoin
Background and Origin: Understand why Bitcoin was created and the background of its development.
Proof of Work (PoW) Mechanism: Learn how PoW works and its important role in securing the network.
Nodes and Full Nodes: Study the role of nodes in the Bitcoin network and understand the difference between regular nodes and full nodes.
51% Attack: Master the concept of a 51% attack and its key significance in blockchain security.
Halving Cycle: Understand the concept of Bitcoin halving events and their significant impact on the ecosystem.
UTXO (Unspent Transaction Output): Understand the UTXO concept and its impact on the Bitcoin transaction model.
SHA-256: Learn about the SHA-256 cryptographic algorithm and its application in Bitcoin.
Decentralization: Explore the reasons for Bitcoin's decentralization and its significance as a foundational characteristic.
Use Cases: Discuss the actual and potential applications of Bitcoin in various scenarios.
After mastering these foundational knowledge of Bitcoin, continue to delve into Ethereum and expand from there.
Ethereum
Background and Origin: Understand the motivations behind the creation of Ethereum and how it expands the functionality of Bitcoin.
Coin Supply Differences: Compare the coin supply models of Ethereum and Bitcoin and understand the reasons behind these differences.
Smart Contracts: Study the concept of smart contracts and their importance in the Ethereum ecosystem.
Proof of Stake (PoS): Understand PoS as an alternative to PoW and how it operates in Ethereum.
The Merge (Transition from PoW to PoS): Explore why Ethereum transitioned from PoW to PoS and its significance for the network.
ERC Standards (ERC721, ERC1125): Familiarize yourself with these standards and their importance in token creation.
DAO Incident: Study the DAO hack incident and the resulting split between Ethereum and Ethereum Classic, and reflect on the idea of "code is law."
Notable dApps
Automated Market Makers (AMMs): Understand the concept of AMMs and how Uniswap utilizes them.
Versions V1, V2, V3: Overview of the various versions of Uniswap and their innovations.
Impermanent Loss: Recognize impermanent loss and its impact on liquidity providers.
Liquidity Provision and Trading: Learn how to provide liquidity and trade on Uniswap.
AMM Focused on Stablecoins: Understand Curve's focus on stablecoins and what makes it unique.
Versions V1, V2, V3: Learn about the differences between the various versions of Curve and their significance.
Overview of @yearnfi, @aave, and @compoundfinance: Get a basic understanding of these related protocols.
veCRV Token Economics: Study Curve's veCRV model and its role in governance.
MakerDAO ( @SkyEcosystem)
DAI Issuance Model: Understand how DAI is generated within the MakerDAO system.
$MKR Token Economics and Governance: Understand the role of MKR and the governance structure of MakerDAO.
NFT Ecosystem
Blue-chip NFTs and Holder Overview: Study major NFT projects, such as:
Development of BAYC and Ape Chain: Track the development of BAYC and the launch of Ape Chain (@apecoin) (if relevant).
Royalty Dispute between @opensea and @blur_io: Understand the controversies regarding royalties in the NFT market.
L2: @arbitrum and @Optimism
Layer 2 Solutions: Understand the reasons for developing Layer 2 (L2) solutions.
Optimistic Rollup and ZK Rollup: Master these types of Rollups and their differences (if necessary).
Arbitrum Orbit, L3, and Application Chains: Learn how Arbitrum's L3 model supports scalable, application-specific chains.
OP Stack and Superchains: Explore the role of OP Stack in building scalable and interconnected superchains.
Solana
Transactions Per Second (TPS): Understand the significance of TPS and its importance.
Solidity vs. Rust: Compare these two programming languages and their application scenarios.
EVM vs. SVM: Understand the basic differences between the Ethereum and Solana virtual machines.
Impact of Low Gas Fees: Understand the impact of low fees on dApps and user behavior on Solana.
Relationship between Solana and FTX: Review the impact of the FTX incident on Solana.
Notable Dapps
DEX Aggregator: Understand what a DEX aggregator is and its importance.
JLP (Jupiter Liquidity Pool): Master the basic concept of JLP.
Mobile User Experience: Consider the importance of mobile-friendly interfaces in DEX.
Token Economics: Familiarize yourself with STEPN's play-to-earn model.
Allegations of a Ponzi Scheme: Understand why STEPN has been accused of being a Ponzi scheme and its consequences.
Earning Model: Form your views on the pros and cons of the "earning" model.
Concept of Fair Launch: Understand the concept of fair launch in cryptocurrency.
Functionality of Pump.fun: Gain a basic understanding of how it operates.
Emerging L1 Platforms
Comparison of Rust and Move Programming Languages: Compare Rust and Move, focusing on their advantages, disadvantages, and application scenarios in blockchain development.
@Aptos, @SuiNetwork, @monad_xyz, and @berachain: Explore the core features and technical narratives of each platform, focusing on their unique technical approaches and differences.
Bitcoin Ecosystem
BRC-20: Understand the basic concept of BRC-20 tokens.
OPCAT: Master the basic knowledge of OPCAT and its implications.
Runes: Familiarize yourself with Runes and their role in the Bitcoin ecosystem.
Bitcoin's Layer 2s: Study the motivations behind Bitcoin L2 development.
@babylonlabs_io: Understand the basic principles of Babylon and its role in the Bitcoin ecosystem.
BTC Holder Overview: Analyze the different types of BTC holders and, where possible, compare them with the typical characteristics of ETH, SOL, and other L1 holders.
I firmly believe that this bull market will attract more talent into the blockchain field, and I think now is the best time to write this guide—I feel like I am finally starting an important task. I will return with a market guide.
Looking forward to the growth of the industry and contributing my part. Let’s keep working hard and welcome more outstanding individuals to join!
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