“Modular” is more than a blockchain buzzword—it’s a fundamental principle that could define the future of web3. The approach, which breaks down blockchain functions into distinct, interconnected layers, is gaining traction across the sector for its ability to enhance scalability, security, and flexibility. From data management to network verification, modular architectures are reshaping how we think about decentralization. This shift isn't just a technical consideration—it has far-reaching implications for transforming users into active network stakeholders, enabling new forms of data monetization, and reshaping the overall trajectory of web3. What’s Modularity in Blockchain Let’s start at the start. Modularity matters in blockchain because, in years gone by, the technology was monolithic. This meant a single chain attempted to handle all functions like execution, settlement, storage and consensus. While initially effective, this design soon encountered scaling challenges, leading to increased costs, reduced flexibility, and high operational overhead. As someone who’s been working in confidential computation and blockchain for a number of years, I can attest to the significant advantages of modular designs that separate functions into standalone yet interoperable layers. For starters, they enhance scalability by allowing each layer to optimize for its specific function. Security is improved through specialized protocols for each component, easily meeting and beating privacy standards set forth by Europe’s GDPR or California’s CPA. Flexibility, meanwhile, increases as developers can update or replace individual modules without overhauling the entire system. Perhaps more importantly, modularity offers cost-effectiveness and choice. By distributing tasks across specialized layers, resource requirements for each component fall. Users and developers can therefore select the modules that best suit their needs, creating a more customizable ecosystem. All of this matters because it helps solve blockchain’s scalability “trilemma”—the challenge of simultaneously achieving decentralization, security, and scalability. By breaking down blockchain functions into modular components, we're seeing innovative solutions that push the boundaries of what's possible in web3. Paving the Way for Scalable and Flexible Infrastructure In my mind, modularity is the key enabler for a new wave of projects and developments in this space. Take Celestia. As a data availability layer for modular blockchains, it's revolutionizing how Ethereum rollups and Layer 2 solutions operate. By providing a dedicated platform for publishing and verifying transaction data, Celestia is addressing one of the key bottlenecks in blockchain scalability. Its use of data availability sampling allows for lightweight verification, making the system more accessible and efficient. Similarly, EigenDA is leveraging Ethereum's existing infrastructure to create a robust data availability solution. By utilizing restaking, EigenLayer creates a more cost-effective and secure environment for rollups to post their transaction data. This approach not only enhances scalability but also maintains the security guarantees of the Ethereum mainnet. CARV, meanwhile, applies modularity to data management in gaming and AI with distinct layers for identity, storage, computation, execution, and verification. Its identity layer, for example, implements the ERC-7231 standard, unifying web2 and web3 identities for a seamless user experience. This modular approach enhances data handling and privacy but also enables flexible monetization, allowing users to selectively share and potentially profit from their gaming data with advertisers while maintaining control. These projects demonstrate how modularity is enabling innovative solutions to longstanding challenges in blockchain. By breaking down complex systems into interoperable components, they're not just improving scalability and flexibility, but also laying the groundwork for a new data infrastructure in web3. Putting Users At The Forefront Of Web3 Beyond the tech, however, it’s exciting to see modularity reshaping the very essence of user participation in blockchain. How? By elevating users from mere participants to essential stakeholders in a network’s integrity and operation. This transformation was powerfully demonstrated late last year when XAI, a Layer 3 gaming solution on Arbitrum, sold tens of thousands of nodes through a public sale. By operating nodes, users can participate in governance while also having the opportunity to earn rewards. The community and sentinel node operators, in this case, qualify to collectively earn 50% of the project's XAI tokens. It's a win-win scenario that aligns user incentives with the network’s goals, fostering a more engaged and committed community. This node success – echoed by other projects like Aethir and CARV – demonstrates how modularity can offer technical enhancements and also create new avenues for user participation and value creation. This model of user involvement is redefining how we think about blockchain networks, moving beyond the traditional roles of validators and users to create a more collaborative ecosystem. This is yet again why modularity matters. It brings us one step closer to a truly decentralized, efficient, and user-empowered digital world—the very promise that blockchain technology set out to fulfill. As developers, users, and businesses continue to explore and leverage modular blockchain designs, we can expect to see even more innovative solutions that push the boundaries of what’s possible in web3. Watch this space. “Modular” is more than a blockchain buzzword—it’s a fundamental principle that could define the future of web3. The approach, which breaks down blockchain functions into distinct, interconnected layers, is gaining traction across the sector for its ability to enhance scalability, security, and flexibility. From data management to network verification, modular architectures are reshaping how we think about decentralization. This shift isn't just a technical consideration—it has far-reaching implications for transforming users into active network stakeholders, enabling new forms of data monetization, and reshaping the overall trajectory of web3. What’s Modularity in Blockchain Let’s start at the start. Modularity matters in blockchain because, in years gone by, the technology was monolithic. This meant a single chain attempted to handle all functions like execution, settlement, storage and consensus. While initially effective, this design soon encountered scaling challenges, leading to increased costs, reduced flexibility, and high operational overhead. As someone who’s been working in confidential computation and blockchain for a number of years, I can attest to the significant advantages of modular designs that separate functions into standalone yet interoperable layers. For starters, they enhance scalability by allowing each layer to optimize for its specific function. Security is improved through specialized protocols for each component, easily meeting and beating privacy standards set forth by Europe’s GDPR or California’s CPA. Flexibility, meanwhile, increases as developers can update or replace individual modules without overhauling the entire system. Perhaps more importantly, modularity offers cost-effectiveness and choice. By distributing tasks across specialized layers, resource requirements for each component fall. Users and developers can therefore select the modules that best suit their needs, creating a more customizable ecosystem. All of this matters because it helps solve blockchain’s scalability “trilemma”—the challenge of simultaneously achieving decentralization, security, and scalability. By breaking down blockchain functions into modular components, we're seeing innovative solutions that push the boundaries of what's possible in web3. Paving the Way for Scalable and Flexible Infrastructure In my mind, modularity is the key enabler for a new wave of projects and developments in this space. Take Celestia. As a data availability layer for modular blockchains, it's revolutionizing how Ethereum rollups and Layer 2 solutions operate. By providing a dedicated platform for publishing and verifying transaction data, Celestia is addressing one of the key bottlenecks in blockchain scalability. Its use of data availability sampling allows for lightweight verification, making the system more accessible and efficient. Similarly, EigenDA is leveraging Ethereum's existing infrastructure to create a robust data availability solution. By utilizing restaking, EigenLayer creates a more cost-effective and secure environment for rollups to post their transaction data. This approach not only enhances scalability but also maintains the security guarantees of the Ethereum mainnet. CARV, meanwhile, applies modularity to data management in gaming and AI with distinct layers for identity, storage, computation, execution, and verification. Its identity layer, for example, implements the ERC-7231 standard, unifying web2 and web3 identities for a seamless user experience. This modular approach enhances data handling and privacy but also enables flexible monetization, allowing users to selectively share and potentially profit from their gaming data with advertisers while maintaining control. These projects demonstrate how modularity is enabling innovative solutions to longstanding challenges in blockchain. By breaking down complex systems into interoperable components, they're not just improving scalability and flexibility, but also laying the groundwork for a new data infrastructure in web3. Putting Users At The Forefront Of Web3 Beyond the tech, however, it’s exciting to see modularity reshaping the very essence of user participation in blockchain. How? By elevating users from mere participants to essential stakeholders in a network’s integrity and operation. This transformation was powerfully demonstrated late last year when XAI, a Layer 3 gaming solution on Arbitrum, sold tens of thousands of nodes through a public sale . sold tens of thousands of nodes through a public sale sold tens of thousands of nodes through a public sale By operating nodes, users can participate in governance while also having the opportunity to earn rewards. The community and sentinel node operators, in this case, qualify to collectively earn 50% of the project's XAI tokens. It's a win-win scenario that aligns user incentives with the network’s goals, fostering a more engaged and committed community. This node success – echoed by other projects like Aethir and CARV – demonstrates how modularity can offer technical enhancements and also create new avenues for user participation and value creation. This model of user involvement is redefining how we think about blockchain networks, moving beyond the traditional roles of validators and users to create a more collaborative ecosystem. This is yet again why modularity matters. It brings us one step closer to a truly decentralized, efficient, and user-empowered digital world—the very promise that blockchain technology set out to fulfill. As developers, users, and businesses continue to explore and leverage modular blockchain designs, we can expect to see even more innovative solutions that push the boundaries of what’s possible in web3. Watch this space.

The is an opinion piece based on the author’s POV and does not necessarily reflect the views of HackerNoon.

Why Modularity Matters: Unlocking the Future of Data Infrastructure in Web3

About Author

Comments

TOPICS

THIS ARTICLE WAS FEATURED IN

Related Stories

AI Agents Need More Than Computational Power – They Need Intelligent Data

A Normie Intro to Web3 in 2023 (And How it Differs from Web2)

An Introduction to the Internet Computer Protocol

Blockchain Architecture Analysis: Private vs Public vs Consortium

How Client Architecture applies to decentralization & security in Crypto

Could Block Proposals Be Fair and Efficient Without Proof of Work (PoW)?

AI Agents Need More Than Computational Power – They Need Intelligent Data

A Normie Intro to Web3 in 2023 (And How it Differs from Web2)

An Introduction to the Internet Computer Protocol

Blockchain Architecture Analysis: Private vs Public vs Consortium

How Client Architecture applies to decentralization & security in Crypto

Could Block Proposals Be Fair and Efficient Without Proof of Work (PoW)?

Light-Mode

Classic

Newspaper

Minty

Dark-Mode

Neon Noir

Minty

HN StartUps