From: thepipeline_xyz
The cryptocurrency space is witnessing a significant shift towards more performant, secure, and user-friendly applications. This evolution is driven by advancements in blockchain infrastructure and a growing collaborative spirit among developers and protocols.
The Drive for High-Performance Blockchains
One of the most pressing issues facing crypto today is the inadequate infrastructure, particularly execution layers, which struggle to handle demand [02:48]. Current systems like the old generic EVM (Ethereum Virtual Machine) are often slow, clunky, and prone to high gas fees when user numbers increase beyond a certain threshold [01:13]. For instance, hitting 50,000 users can cause gas fees to skyrocket, rendering platforms unusable [02:26]. This bottleneck prevents mass adoption and the onboarding of “a billion users” that many projects aim for [02:10].
High-performance blockchains are essential to support the vision of everyone being on-chain [02:53]. Projects like Monad and Movement Labs are working to solve these performance issues [03:00].
Movement Labs’ Architectural Approach
Movement Labs, co-founded by Rousi, is building the first network of Move-based blockchains [01:37]. Their architecture combines several cutting-edge technologies:
- Execution Environment: They utilize the MoveVM, originally developed by Facebook’s Diem project (formerly Libra) and adopted by Aptos and Sui [01:41], [03:41]. This VM is fully compatible with Solidity through a transpiler they built, allowing developers to bring existing Solidity code to the Move network without needing to hire new engineering teams or learn new programming languages [03:51], [07:33], [23:41].
- Layer 2 on Ethereum: Movement Labs operates as an Ethereum Layer 2, leveraging Ethereum’s security and liquidity [03:56].
- Data Availability (DA): To address the data availability bottleneck seen in traditional rollups like Arbitrum and Optimism, Movement Labs partners with Celestia [04:05]. This allows them to achieve performance comparable to Layer 1s with extremely low gas fees, while maintaining the security and decentralization of the Ethereum mainnet [04:26].
- Decentralized Sequencer: They employ Snow consensus, derived from the Avalanche system, for their decentralized sequencer set [04:47]. Snow consensus is known for its low hardware requirements and high decentralization, enabling anyone to run a validator from home [04:51]. Financial incentives, through staking the native token, encourage validators to maintain network uptime, addressing centralization issues seen in other rollups [05:06], [05:28].
This unique blend of technologies has been jokingly referred to as “L1.5” due to its mix of L1 and L2 characteristics [05:55].
Addressing Current Crypto Challenges
The current state of crypto infrastructure, particularly execution layers, has been criticized for its limitations [06:56]. While networks like Solana have shown promise in handling transaction volumes, a significant hurdle has been the difficulty for developers to write in languages like Rust, given the dominance of Solidity and EVM-based platforms [07:03], [07:15].
Both Movement Labs and Monad aim to overcome this by allowing Solidity developers to easily transition to next-generation networks without extensive retraining [07:30]. This focus on developer experience is crucial for future potential and scalability in the crypto space [08:48].
Another critical challenge is security. Billions of dollars are lost annually due to smart contract hacks [24:03]. Movement Labs addresses this through the MoveVM’s formal verification capabilities, which are built into the VM itself [24:01], [26:09]. While transpiled Solidity code may not have 100% of the security of native Move code, it still inherits significant benefits [26:45]. Monad, as an L1, plans to introduce special VM instructions to enhance security, such as marking contracts as non-reentrant [34:16].
The Shift to Collaboration and Ecosystem Growth
Historically, the crypto space has been characterized by “tribalism” and rigid competition among different blockchains [14:30], [14:48], [41:52]. However, there’s a growing sentiment for collaboration, particularly within the execution layer development community [15:00], [16:09]. New VMs (Move, Monad EVM, Solana VM) are seen as interesting pieces of technology designed for specific use cases, fostering a less combative environment [15:35].
This shift emphasizes “growing the pie” rather than fighting over existing pieces [32:27]. By working together and focusing on solving problems, the industry can onboard more users and unlock new future potential use cases for crypto and blockchain [18:03], [32:40].
Readiness for Mass Adoption
While significant future developments in crypto and blockchain technology in infrastructure have occurred, the industry is not yet ready for a “Facebook level of users” [11:07], [21:37]. However, there’s a “line of sight” on solutions, meaning the foundational research and pieces are largely in place, just needing to be fully integrated and scaled [11:17], [11:50], [21:30].
The infrastructure is estimated to be “99% there,” with most major issues like high data availability costs (solved by Celestia) and EVM limitations (addressed by new VMs) having solutions [20:05], [20:53]. This readiness means the industry can now focus on developing actual applications rather than solely on underlying infrastructure [21:12].
Future Crypto Applications and Use Cases
Several areas are ripe for disruption by high-performance blockchains:
- Payments: Cross-border payments, currently expensive and cumbersome, can be revolutionized by stablecoins and efficient blockchain networks [35:57], [36:15]. Improved user experience with features like account abstraction and venmo-like transaction signing are making crypto payments more accessible [36:33], [36:51]. This could significantly disrupt traditional services like Western Union [36:58].
- Retail Trading: On-chain order books and retail trading platforms are nearing a point where slippage makes sense for users and market makers [37:19].
- Gaming: While creating a fun game remains the primary challenge, blockchain technology can enhance gaming through on-chain asset tracking and state tracking [37:47], [38:47]. The concept of NFTs for in-game items, similar to CS:GO skins or RuneScape gold, could offer more secure and transparent ownership, addressing the “scam” perception by focusing on utility within engaging games [38:51], [39:53].
- Social Applications: Emerging concepts like Friend.Tech, despite their initial volatility, have demonstrated new ways to use blockchain for social attention and coordination, paving the way for more sophisticated future trends in crypto including social media and gaming that move beyond purely financial “Ponzi mechanics” to focus on social reputation and status [42:47], [43:09].
Overall Outlook
The crypto industry is at an exciting juncture, moving past internal conflicts and towards a more collaborative, problem-solving approach [12:20], [41:52]. With foundational infrastructure largely in place or in line of sight, the focus is now on developing sustainable, user-friendly applications that can onboard the next wave of users and demonstrate the true future potential use cases for crypto and blockchain beyond speculation [21:12], [41:07].