From: thepipeline_xyz
The blockchain ecosystem features a variety of platforms, each with unique characteristics, advantages, and challenges. Understanding these differences is crucial for users, developers, and investors navigating the space.
Layer 1 (L1) Blockchains
Layer 1 blockchains are the foundational networks on which decentralized applications (dApps) are built. Key L1s discussed include Ethereum and Solana, along with mentions of Cardano and Tron.
Ethereum (ETH)
Ethereum is a prominent L1 blockchain that pioneered smart contracts and a robust ecosystem for decentralized finance (DeFi) and non-fungible tokens (NFTs) [00:05:58].
- Current State: Ethereum mainnet, in its current state, faces challenges with higher costs and slower transaction speeds compared to some alternatives [00:07:00] [00:20:54]. This can lead to user experience issues on blockchain platforms [00:20:59].
- Transaction Capacity: Ethereum’s L1 handles approximately 1 million transactions per day [00:24:49]. While future updates like EIP-4844 are expected to enable 10,000 transactions per second (TPS) on the mainnet [00:24:57] [00:24:58], this is still significantly less than the 50 million daily transactions potentially required for a top-10 mobile application [00:24:43] [00:24:46].
- Development: Ethereum’s creation “opened up everyone’s imagination to what’s possible” in blockchain [00:25:40] [00:25:42].
- Market Perception: Early Ethereum users faced criticism from Bitcoin maximalists but built “real applications” like DeFi during their first bear market, leading to strong price appreciation and a sense of vindication among its supporters [00:42:30] [00:42:32] [00:42:35] [00:42:37] [00:42:40] [00:42:42] [00:42:44].
Solana (SOL)
Solana has emerged as a high-performance L1, gaining significant traction, particularly since late 2023 [00:04:22] [00:04:25].
- Performance: Solana offers significantly lower costs and faster speeds than Ethereum mainnet [00:07:00] [00:07:04]. It has demonstrated the ability to support high-throughput applications requiring low fees, enabling true mass-scale consumer applications [00:26:08] [00:26:10] [00:28:30] [00:28:33] [00:28:34] [00:28:36]. This includes enabling games where millions can trade NFTs without worrying about network constraints or high gas fees [00:29:02] [00:29:04] [00:29:06] [00:29:08] [00:29:10] [00:29:11].
- Market Position: Solana has shown strong growth, with its price increasing significantly even after facing skepticism during the bear market [00:05:43] [00:05:45] [00:05:46] [00:05:50]. It has even surpassed Ethereum in 24-hour Dex volume and NFT trading volume at times [00:06:51] [00:06:54] [00:06:55].
- User Adoption: Users are willing to move from Ethereum to Solana when the user experience is better and applications are competitive [00:22:56] [00:22:58] [00:23:01].
- Real-world Use Cases: Solana’s ability to offer “high throughput, low fees” and features like compressed NFTs (allowing millions of NFTs to be minted for hundreds of dollars) are enabling real-world applications [00:26:08] [00:30:57] [00:30:59] [00:31:01]. Drip House on Solana is an example of an app onboarding users by offering free NFTs and then leading them to other DeFi applications on the chain [00:30:44] [00:30:47] [00:30:50] [00:31:02] [00:31:16] [00:31:17] [00:31:19] [00:31:21] [00:31:23] [00:31:25] [00:31:27] [00:31:29].
Cardano (ADA)
Cardano is an L1 blockchain mentioned as one that some traders might engage with for momentum trades despite personal reservations about its long-term fundamental value [00:15:45] [00:15:47] [00:15:50] [00:15:52]. It seems to have a strong following on platforms like YouTube, attracting users including senior software engineers [00:16:16] [00:16:18] [00:16:21] [00:16:23].
Tron (TRX)
Tron is highlighted for its significant role in facilitating stablecoin payments, particularly Tether, which is used extensively in regions like Africa and South America for everyday transactions [00:34:43] [00:34:47] [00:34:48] [00:34:52] [00:34:54] [00:34:56]. Its success in this niche demonstrates a “massive market” for payments within crypto [00:34:58].
Other L1s
The overall narrative for L1s remains strong, especially for those that offer advantages in terms of cost, speed, performance gains in blockchain transactions, and user experience compared to Ethereum mainnet [00:20:38] [00:20:40] [00:20:52] [00:20:54] [00:20:56].
Layer 2 (L2) Solutions
Layer 2 solutions are built on top of L1s to improve their scalability and efficiency.
Arbitrum and Optimism
Arbitrum and Optimism are recognized as significant L2s still working to become competitive with L1s like Solana [00:21:18] [00:21:21] [00:21:22] [00:21:24].
EIP-4844
EIP-4844 (Proto-Danksharding) is a significant upcoming upgrade for Ethereum and its L2 ecosystem, expected around January [00:22:23] [00:22:26] [00:22:28]. This will make it “a lot cheaper” for rollups to post their transactions to Ethereum mainnet, enhancing their competitiveness [00:22:33] [00:22:37] [00:22:38].
Modular Blockchains
The “modular thesis” involves breaking down blockchain functionality into specialized layers.
Celestia
Celestia is an example of a modular blockchain that recently launched its mainnet [00:21:35] [00:21:36]. It focuses entirely on being a “modular data availability layer” [00:21:39] [00:21:42]. This allows rollups to post data to Celestia more cheaply before settling on Ethereum or other chains, or for sovereign rollups to post data directly to Celestia without needing a separate settlement layer [00:21:45] [00:21:46] [00:21:49] [00:21:51] [00:21:52]. This approach aims to optimize “every piece of that modular stack” [00:21:56] [00:21:58].
Key Differentiators and Future Outlook
- User Loyalty: A significant observation is that “nobody has any allegiance to any chain” [00:22:45] [00:22:47]. Users will move to platforms offering a better user experience and competitive applications [00:22:56] [00:22:58] [00:23:01]. Mass-market users “don’t care” about the underlying chain; they simply “use whatever the best apps are” [00:23:25] [00:23:28] [00:23:30].
- Need for Performant Blockchains: For crypto to achieve mass adoption with millions of daily active users, networks require “high throughput, low fees to function” [00:26:08].
- Challenges in current blockchain infrastructure: Before the advent of high-performance chains like Solana, the blockchain environment lacked the infrastructure to support true consumer-facing applications at scale [00:25:48] [00:25:51] [00:26:36] [00:27:45] [00:27:48].
- Development stages in blockchain networks: The industry is still in its early stages of building real-world applications, comparable to the early 2000s internet [00:26:54] [00:26:56] [00:27:06] [00:27:07] [00:27:10]. The focus is shifting from L1 “main character” status to applications themselves [00:29:32] [00:29:35].
- Payments: Stablecoins and payment rails are seen as a massive market where crypto offers objectively better solutions than traditional Web2 systems (e.g., Venmo plus yield-bearing stablecoins) [00:32:21] [00:32:24] [00:32:27] [00:32:29] [00:33:01] [00:33:03] [00:33:11] [00:33:13] [00:33:19] [00:33:21] [00:33:45] [00:33:47].