Scaling Ethereum for the Masses: INTMAX Unveils Plasma Next

Scaling Ethereum for the Masses: INTMAX Unveils Plasma Next Ethereum is at an inflection point. As adoption grows, the need to scale the network while retaining decentralization becomes critical. This week at ETHDenver, blockchain infrastructure startup INTMAX unveiled a potential solution - Plasma Next, a stateless layer 2 rollup that promises to take Ethereum's scalability to the next level. The Scalability Bottleneck Ethereum has firmly established itself as the leading smart contract platform, with an ecosystem valued at over $250 billion. However, as more dApps and users flock to the network, congestion and high gas fees increasingly impede usability. The core bottleneck is scalability. Ethereum in its current form can only process 15 transactions per second (TPS), compared to Visa's 24,000 TPS. Without major upgrades, it cannot support global adoption. Various layer 2 scaling solutions like rollups have provided temporary relief by moving activity off-chain. But to truly realize Ethereum's vision as the 'world computer', the base layer protocol itself needs an overhaul. Vitalik Buterin and other Ethereum researchers are working on ambitious proposals like sharding. However, these are technically complex and could take years to implement. In the interim, clever layer 2 innovations may help Ethereum scale while retaining its core decentralization and security guarantees. This is the gap that Plasma Next aims to fill. Reviving the Plasma Promise Plasma, first proposed in 2017 by Buterin and Joseph Poon, was envisaged as a framework for building scalable layer 2 networks. By conducting most activity off-chain and submitting only periodic proofs to Ethereum, Plasma sidechains promised great gains in throughput. However, the original Plasma design required users to monitor the network constantly and provide liquidity upfront to exit the sidechain. This poor user experience severely limited adoption. As a result, Plasma was superseded by ZK rollups which improved security using zero-knowledge proofs. Plasma Next represents a fresh take that combines the strengths of both rollups and Plasma. Built by researchers at INTMAX, it achieves scalability through dual innovations: Stateless Architecture: Plasma Next does away with state storage entirely. User balances and transaction data are stored locally while validators only maintain block headers and proofs. This eliminates storage limitations, allowing linear scaling. ZK Proofs for Conditional Payments: Leveraging cutting-edge cryptography, Plasma Next guarantees transaction finality within a single block. Users need not monitor the network or lock up funds to exit. The result is a layer 2 architecture that scales with constant cost per block, regardless of user numbers. This theoretically makes unbounded Ethereum throughput possible without compromising decentralization. Realizing the Original Plasma Vision Plasma Next's stateless architecture is noteworthy because many researchers considered it impractical. A 16z paper proved that fully stateless blockchains are impossible as validators would need to store some minimal state. By making users store their own state, Plasma Next appears to circumvent this limitation in an innovative way. This aligns with the original Plasma vision which aimed to scale Ethereum to thousands of transactions per second. Buterin imagined that users could transact freely on sidechains and only rely on the base layer during deposits and withdrawals. Over time, the base chain could evolve into a simple settlement layer secured by PoS validators. Plasma Next represents a leap towards that vision. By eliminating state bloat and user liquidity requirements, it minimizes activity on the base chain. Leona Hioki, Co-Founder of INTMAX, emphasizes that the launch code is open source so anyone can fork it and launch a network. Community adoption could pave the path for Ethereum's eventual transition to a scalable settlement layer. Enhancing User Experience Importantly, Plasma Next also makes significant UX improvements that should boost adoption. Users no longer have to actively monitor the network or wait through challenge periods before transferring funds to the base chain. ZK proofs guarantee transaction finality within a single block. By automating data storage and using encrypted backups, Plasma Next also minimizes the complexity arising from its stateless architecture. The combination of a simple user experience and protocol-level scalability creates the right conditions for consumer blockchain apps to thrive. Unleashing Web3 Innovation The timing is also apt, as Ethereum eyes an ambitiously planned Shanghai upgrade later this year. While the merge to proof-of-stake improves security and efficiency, scalability remains a concern. Innovative layer 2 solutions like Plasma Next could provide the additional throughput needed for an order of magnitude growth in dApps and users. Moreover, improvements in scalability and user experience are necessary to onboard the next billion Web3 users from emerging markets. As Hioki notes, Plasma Next represents a ready-made scaling solution for any developer wanting to build blockchain applications. By lowering the barriers to leveraging blockchain's capabilities, it could unleash innovation across industries like DeFi, NFTs, gaming, social media and more. Community Participation is Key However, Plasma Next's long-term success depends on community participation. The network effects that make blockchains valuable arise from a diverse, decentralized user base. Being open source software, its evolution will be shaped by those who build on it and provide feedback. This community-driven ethos has been a hallmark of Web3 projects. Ethereum itself grew rapidly because Buterin and Poon released their early research and proposals publicly. This allowed worldwide collaboration between theorists, developers and businesses who were excited by its potential. Plasma Next seems poised to follow a similar path. Final Thoughts Plasma Next's launch at ETHDenver represents a milestone in Ethereum's evolution. It revives the possibilities originally envisioned by Plasma and combines it with modern innovations like ZK proofs. The result is a promising layer 2 architecture that could help Ethereum scale for global adoption. As Hioki notes, INTMAX's goal is not just theoretical research but also providing usable code that the community can build on. The Web3 ethos encourages open source collaboration to create public goods that benefit society. Plasma Next offers the Ethereum ecosystem an opportunity to come together and solve the scalability challenge in a decentralized manner. The next few years will prove if the community is up for this challenge. Don’t forget to like and share the story! Vested Interest Disclosure: This author is an independent contributor publishing via our brand-as-author program. Be it through direct compensation, media partnerships, or networking, the author has a vested interest in the company/ies mentioned in this story. HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR Scaling Ethereum for the Masses: INTMAX Unveils Plasma Next Ethereum is at an inflection point. As adoption grows, the need to scale the network while retaining decentralization becomes critical. This week at ETHDenver, blockchain infrastructure startup INTMAX unveiled a potential solution - Plasma Next, a stateless layer 2 rollup that promises to take Ethereum's scalability to the next level. The Scalability Bottleneck Ethereum has firmly established itself as the leading smart contract platform, with an ecosystem valued at over $250 billion. However, as more dApps and users flock to the network, congestion and high gas fees increasingly impede usability. The core bottleneck is scalability. Ethereum in its current form can only process 15 transactions per second (TPS), compared to Visa's 24,000 TPS. Without major upgrades, it cannot support global adoption. Various layer 2 scaling solutions like rollups have provided temporary relief by moving activity off-chain. But to truly realize Ethereum's vision as the 'world computer', the base layer protocol itself needs an overhaul. Vitalik Buterin and other Ethereum researchers are working on ambitious proposals like sharding. However, these are technically complex and could take years to implement. In the interim, clever layer 2 innovations may help Ethereum scale while retaining its core decentralization and security guarantees. This is the gap that Plasma Next aims to fill. Reviving the Plasma Promise Plasma, first proposed in 2017 by Buterin and Joseph Poon, was envisaged as a framework for building scalable layer 2 networks. By conducting most activity off-chain and submitting only periodic proofs to Ethereum, Plasma sidechains promised great gains in throughput. However, the original Plasma design required users to monitor the network constantly and provide liquidity upfront to exit the sidechain. This poor user experience severely limited adoption. As a result, Plasma was superseded by ZK rollups which improved security using zero-knowledge proofs. Plasma Next represents a fresh take that combines the strengths of both rollups and Plasma. Built by researchers at INTMAX, it achieves scalability through dual innovations: Stateless Architecture: Plasma Next does away with state storage entirely. User balances and transaction data are stored locally while validators only maintain block headers and proofs. This eliminates storage limitations, allowing linear scaling. ZK Proofs for Conditional Payments: Leveraging cutting-edge cryptography, Plasma Next guarantees transaction finality within a single block. Users need not monitor the network or lock up funds to exit. Stateless Architecture: Plasma Next does away with state storage entirely. User balances and transaction data are stored locally while validators only maintain block headers and proofs. This eliminates storage limitations, allowing linear scaling. Stateless Architecture : Plasma Next does away with state storage entirely. User balances and transaction data are stored locally while validators only maintain block headers and proofs. This eliminates storage limitations, allowing linear scaling. Stateless Architecture ZK Proofs for Conditional Payments: Leveraging cutting-edge cryptography, Plasma Next guarantees transaction finality within a single block. Users need not monitor the network or lock up funds to exit. ZK Proofs for Conditional Payments : Leveraging cutting-edge cryptography, Plasma Next guarantees transaction finality within a single block. Users need not monitor the network or lock up funds to exit. ZK Proofs for Conditional Payments The result is a layer 2 architecture that scales with constant cost per block, regardless of user numbers. This theoretically makes unbounded Ethereum throughput possible without compromising decentralization. Realizing the Original Plasma Vision Plasma Next's stateless architecture is noteworthy because many researchers considered it impractical. A 16z paper proved that fully stateless blockchains are impossible as validators would need to store some minimal state. By making users store their own state, Plasma Next appears to circumvent this limitation in an innovative way. This aligns with the original Plasma vision which aimed to scale Ethereum to thousands of transactions per second. Buterin imagined that users could transact freely on sidechains and only rely on the base layer during deposits and withdrawals. Over time, the base chain could evolve into a simple settlement layer secured by PoS validators. Plasma Next represents a leap towards that vision. By eliminating state bloat and user liquidity requirements, it minimizes activity on the base chain. Leona Hioki, Co-Founder of INTMAX, emphasizes that the launch code is open source so anyone can fork it and launch a network. Community adoption could pave the path for Ethereum's eventual transition to a scalable settlement layer. Enhancing User Experience Importantly, Plasma Next also makes significant UX improvements that should boost adoption. Users no longer have to actively monitor the network or wait through challenge periods before transferring funds to the base chain. ZK proofs guarantee transaction finality within a single block. By automating data storage and using encrypted backups, Plasma Next also minimizes the complexity arising from its stateless architecture. The combination of a simple user experience and protocol-level scalability creates the right conditions for consumer blockchain apps to thrive. Unleashing Web3 Innovation The timing is also apt, as Ethereum eyes an ambitiously planned Shanghai upgrade later this year. While the merge to proof-of-stake improves security and efficiency, scalability remains a concern. Innovative layer 2 solutions like Plasma Next could provide the additional throughput needed for an order of magnitude growth in dApps and users. Moreover, improvements in scalability and user experience are necessary to onboard the next billion Web3 users from emerging markets. As Hioki notes, Plasma Next represents a ready-made scaling solution for any developer wanting to build blockchain applications. By lowering the barriers to leveraging blockchain's capabilities, it could unleash innovation across industries like DeFi, NFTs, gaming, social media and more. Community Participation is Key However, Plasma Next's long-term success depends on community participation. The network effects that make blockchains valuable arise from a diverse, decentralized user base. Being open source software, its evolution will be shaped by those who build on it and provide feedback. This community-driven ethos has been a hallmark of Web3 projects. Ethereum itself grew rapidly because Buterin and Poon released their early research and proposals publicly. This allowed worldwide collaboration between theorists, developers and businesses who were excited by its potential. Plasma Next seems poised to follow a similar path. Final Thoughts Plasma Next's launch at ETHDenver represents a milestone in Ethereum's evolution. It revives the possibilities originally envisioned by Plasma and combines it with modern innovations like ZK proofs. The result is a promising layer 2 architecture that could help Ethereum scale for global adoption. As Hioki notes, INTMAX's goal is not just theoretical research but also providing usable code that the community can build on. The Web3 ethos encourages open source collaboration to create public goods that benefit society. Plasma Next offers the Ethereum ecosystem an opportunity to come together and solve the scalability challenge in a decentralized manner. The next few years will prove if the community is up for this challenge. Don’t forget to like and share the story! Vested Interest Disclosure: This author is an independent contributor publishing via our brand-as-author program. Be it through direct compensation, media partnerships, or networking, the author has a vested interest in the company/ies mentioned in this story. HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR Vested Interest Disclosure: This author is an independent contributor publishing via our brand-as-author program. Be it through direct compensation, media partnerships, or networking, the author has a vested interest in the company/ies mentioned in this story. HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR Vested Interest Disclosure: