From: thepipeline_xyz
The “Pipeline” is a web3 podcast focused on Monad, aiming to bring on knowledgeable guests to discuss all things web3, with a particular emphasis on Monad [00:00:12].
Addressing Misinformation in Crypto
A significant challenge in crypto today is the widespread misinformation and disinformation, impacting awareness and education [00:03:26]. Much of this misinformation often originates from individuals who may not possess a strong technical background or deep domain knowledge in the subject [00:03:53]. For example, those with political science degrees may not understand complex blockchain engineering as thoroughly as engineers working on these systems [00:04:13]. Often, early success in crypto can lead to a “blind leading the blind” scenario, where individuals with wealth gained from early investments are looked up to, despite lacking technical expertise [00:04:31].
Proposed Solutions
To combat this, it is crucial for more “builders” – the engineers and developers – to speak out and produce content such as podcasts and writings [00:05:14]. This approach aims to foster a meritocracy of ideas where the best concepts can rise to the top through discourse and checks and balances [00:06:12]. It is important to correct misinformation without being directly insulting, protecting the work of those building on various networks from narratives based on lies [00:05:00].
Growing a Blockchain Ecosystem
For a blockchain ecosystem to reach critical mass, several elements are essential:
- Community: A strong community is paramount, as blockchains are essentially community computers [00:09:49].
- Developers: A robust developer community is a must, as these are the individuals building on the network [00:09:06]. Hackathons, like those Solana conducts, are vital for this [00:09:10].
- Shared Values: Combined values within the community, such as a focus on low user costs, product innovation, and tinkering, contribute to different outcomes for networks like Solana and Ethereum [00:08:30].
- Resilience: Ecosystems that endure catastrophic events and emerge stronger, as seen with Solana and Ethereum, signal a meaningful foundation [00:07:53].
The Future of Blockchain Scaling
Bottom-Up System Optimization
When building systems like blockchains, a “bottoms-up” approach is fundamental [00:10:36]. This means optimizing the foundational layer first, like designing the best engine for a race car, before focusing on other components [00:10:53]. Solana and Monad exemplify this by optimizing the base layer (the “engine”) as much as possible, ensuring software efficiently utilizes hardware [00:11:39]. This approach makes other parts easier to build and results in less fragmented or “duct-taped” scaling solutions [00:12:00].
Monad’s Value Proposition
Monad addresses many Ethereum performance bottlenecks through features like parallel execution and deferred execution [00:13:13].
- Parallel Execution: Unlike Ethereum’s single-thread execution model, Monad can process non-overlapping transactions (A, B, C) simultaneously, greatly improving throughput [00:13:39].
- Deferred Execution: Monad separates transaction ordering from execution, allowing execution to occur without waiting for consensus, an “obvious insight” that significantly helps performance [00:14:18].
- Other Improvements: Monad also addresses state growth and access inefficiencies, as well as inefficient code in the EVM [00:14:02].
These improvements aim to allow builders to focus on product development rather than worrying about underlying scalability issues [00:14:46].
Coexistence of EVM and SVM
The coexistence of different blockchain tech stacks like the EVM (Ethereum Virtual Machine) and SVM (Solana Virtual Machine) is inevitable [00:16:38]. History shows that no single tech stack dominates completely (e.g., iOS vs. Android, Xbox vs. PlayStation, AWS vs. Google Cloud) [00:16:50]. Solana and Monad are not merely Ethereum forks; they optimize for different things in meaningful ways [00:17:32]. Solana, for instance, enables features like on-chain order books, which are difficult or impossible on other chains [00:17:50].
The debate around validator costs and throughput highlights different design philosophies:
- Ethereum’s Approach: Optimizes for nodes being as accessible as possible to run globally, even for individuals with minimal resources [00:20:20]. The demand for running a node should stem from valuable network activity or business needs, not just for the sake of running one [00:21:24].
- Solana’s Approach: Has higher node requirements, particularly for internet connection, but offers greater benefits from running a validator, allowing for the creation of unique applications not possible elsewhere (e.g., minting millions of NFTs for a low cost) [00:22:30].
Both networks ultimately aim for an endgame where block production occurs on higher-hardware machines, and user verification is done on lighter machines via light clients [00:25:32]. This suggests that the current “trade-off” is a short-term path rather than a fundamental difference [00:25:59].
L1 vs. L2 Scaling Debates
While Layer 2s (L2s) are viable for use cases that don’t require global state or have strict finality requirements (e.g., small games) [00:27:30], proclaiming them as the “only way forward” or the “savior of crypto” is inaccurate [00:27:57]. Layer 1s (L1s) generally offer more flexibility [00:28:19]. The idea of thousands of L2s for every website is unlikely due to fragmentation and Ethereum’s inability to handle such scale [00:29:50].
Monad’s decision to launch as an L1 is a “no-brainer” from first principles [00:31:54]. If the goal is to build decentralized applications that solve real problems, starting with a scalable and decentralized L1 is optimal [00:30:48]. While L2s are gaining ground, they are still often permissioned and centralized, and fully sharded Ethereum is years away [00:31:01]. Monad, as an L1 EVM, can offer similar benefits to Solana in terms of scalability while retaining EVM compatibility [00:31:17].
Attracting Developers and Web3’s Future
Attracting developers to blockchain platforms involves several factors:
- EVM vs. SVM/Move: Current crypto developers are dispersed across SVM, Move, and predominantly EVM chains [00:35:12]. Solidity on EVM is generally simpler to write compared to Solana programming (Rust + functional programming) [00:34:24].
- Web2 Developers: Web2 developers, who focus on building scalable products and businesses, will choose the best tool for the job. For globally shared, composable state machines, they might opt for Monad or Solana [00:35:20].
- Copy-Pasting DApps: The ability to easily copy and paste existing dApps from Ethereum to Monad could provide a significant momentum boost, showing users a much better experience [00:37:01].
In the next one to two years, with blockchains finally scaling and offering delightful user experiences, there will be increased competition and building activity [00:41:33]. The emergence of viral, innovative applications like Farcaster could trigger a flywheel effect, attracting more users and developers [00:42:46].
Key Areas for Blockchain’s Next Step
- Solving Real Problems: A crucial focus should be on building applications that solve real problems for users, rather than overly complex or abstract concepts [00:45:08].
- Regulation: Regulatory clarity is a significant factor impacting the global crypto movement [00:40:44].
- DeFi Improvements: Decentralized Finance (DeFi) needs to enhance security and overcome latency differences compared to traditional finance [00:45:55].
- Real-World Assets (RWAs) and Tokenization: Tokenizing everything to create more efficient and accessible finance is an interesting goal for financial institutions [00:47:01].
- Decentralized Physical Infrastructure Networks (DePINs): These networks, like Helium or Hivemapper, leverage tokens to bootstrap physical infrastructure, enabling new companies and competition in sectors like mobile and mapping [00:47:34].
- Payments: Payments remain an “OG” and vital use case, offering much easier international money transfers compared to traditional methods [00:48:15].
- Digital Identity: Another promising area for future development [00:48:55].
- On-chain Order Books: Monad aims to enable fully on-chain order books on the EVM, which could lead to better capital efficiency in finance [00:49:07].
Ultimately, the biggest challenge in tech is not just building the technology but getting people to care and build on it [00:15:25]. Success depends on attracting valuable builders, fostering a community with distinct shared values, and growing and retaining users over time [00:38:45].
Helus Labs: Optimizing Developer Experience
Helus Labs, founded by Mt, aims to solve the problem of a lack of useful applications in crypto [00:50:23]. Historically, building fast, cheap, and scalable applications has been difficult [00:50:37]. Helus provides developers with the tools they need to focus on product rather than worrying about the underlying complexities of building on high-performance L1s like Solana [00:51:01]. While currently focused on Solana, there is potential for collaboration and shared lessons with projects like Monad on high-performance RPC (Remote Procedure Call) [00:51:33].