Layla Zulfa
The Ethereum ecosystem is experiencing a significant surge in development, research, and community engagement, propelled by a diverse array of grants and initiatives spanning critical areas from core protocol enhancements to global educational outreach. These strategic investments underscore a collective commitment to strengthening the network’s foundational security, enhancing scalability, fostering developer talent, and expanding decentralized technology’s societal impact. From cutting-edge zero-knowledge proof research to grassroots community events in emerging markets, the breadth of these efforts highlights a maturing ecosystem poised for widespread adoption and sustained innovation.
Global Reach: Cultivating Community and Education
A cornerstone of Ethereum’s long-term vision is the cultivation of a robust, knowledgeable, and globally diverse community. This is evident in the numerous conferences, hackathons, and educational programs receiving support worldwide. Conferences serve as vital hubs for knowledge exchange, networking, and collaborative problem-solving, bringing together researchers, developers, and enthusiasts.
In Europe, Bluechip25, hosted in Vienna, Austria, focuses on crypto safety, best practices, and establishing new benchmarks for trust and transparency, reflecting a growing emphasis on user protection within the digital asset space. The Edinburgh Decentralized Finance Summit in Scotland delves into DeFi, tokenization, and agentic finance, exploring the evolving landscape of financial primitives on-chain. Sofia, Bulgaria, hosts ETHSofia, addressing critical themes like AI and blockchain, web3 security, and scaling solutions, mirroring the industry’s broader technical challenges. Serbia’s Web3 Kamp offers an immersive residential bootcamp at the Petnica Science Center, providing deep dives into Ethereum, smart contracts, ZKPs, and decentralized architectures, addressing the need for intensive, hands-on developer training. The University of Málaga Blockchain Course in Spain, supported by funding for three scholarships from Decentralized Security, aims to foster Ethereum-aligned talent by providing a strong technical foundation in blockchain systems, cryptographic protocols, and smart contracts, directly contributing to academic excellence and research in the region.
Across Asia, the activity is equally vibrant. Japan is a key focus, with EDCON in Osaka exploring core protocol development, cypherpunk philosophy, privacy, and public goods – topics central to Ethereum’s ethos. ETHTokyo combines a conference and hackathon, covering AI, privacy, security, and scaling, showcasing Japan’s growing tech scene. In China, Ethereum Protocol Day in Shenzhen, organized by Dapp-Learning and Panta Rhei, brings together researchers for discussions on Ethereum R&D, EIP upgrades, cryptography, and ZK on Ethereum. ETH Huangshan, a co-living hackathon by KeyMapDAO, explores open source, ZK and privacy, and the intersection of AI and crypto, fostering intense collaboration. ETHShanghai and ETH Shenzhen also host conferences and hackathons, discussing themes like AI x Ethereum, DeFi x Infrastructure, Public Goods x Open Source, enterprise adoption, and scaling, reflecting China’s dynamic blockchain landscape. A unique initiative, Women Web3 Wave, offers a bootcamp in Dali, China, for women to learn and build projects related to DeFi, RWAs, ZKP, privacy, and AI, aiming to boost female participation in the traditionally male-dominated tech sector. Malaysia’s dEVMatch 2025, a student-run hackathon by APU Blockchain & Cryptocurrency Club (APUBCC), equips developers with skills to solve real-world blockchain challenges.
The Americas are also hotbeds of innovation. BuildETH in San Francisco, USA, focuses on Ethereum infrastructure, DeFi primitives, AI agents, and new financial rails for digital assets, reflecting Silicon Valley’s cutting-edge approach. The Midwest Blockchain Conference in Michigan, USA, a university-run event, discusses infrastructure, regulation, and Real-World Assets (RWAs), addressing the institutional and policy aspects of blockchain adoption. In Latin America, DeFi Security Summit in Buenos Aires, Argentina, is a technical conference dedicated to securing dApps. Argentina is also a focus for Destino Devconnect, a grants round supporting community-led events to bring Argentina and the broader Latin America region onchain, highlighting regional growth. Ethereum Brasil in São Paulo focuses on bridging TradFi with DeFi, addressing the integration of traditional finance with decentralized systems. Ethereum University Circles, a 12-week pilot program at Universidad San Pablo in Arequipa, Peru, organized by Cripto Curiosas, introduces students to Ethereum’s technical and philosophical foundations, with an open-source playbook to aid replication across the region, demonstrating a scalable approach to education.
Africa is emerging as a significant region for web3 development. ETHAccra in Ghana hosts a developer summit and hackathon on identity, onchain finance, and scaling. ETHSafari in Kenya explores DeFi, ZK and privacy, and security. Nigeria’s ProdFest, organized by Blockfuse Labs and EthJos, showcases high-quality research and web3 applications built across Africa through a builders conference, product showcase, and hackathon. These initiatives collectively aim to empower local talent and build relevant solutions for the continent.
Central Asia sees its first Ethereum hackathon, ETH Bishkek in Kyrgyzstan, catalyzing the local web3 ecosystem, connecting global builders with regional talent, and empowering the creation of meaningful blockchain-based solutions.
Beyond conferences, specific community and educational initiatives are bolstering the ecosystem. dev3pack supports women+ and student developers transitioning from web2 to web3 through coding challenges, mentorship, and open-source contributions, aiming to strengthen developer engagement in the Ethereum ecosystem. Digibastion, a public good security platform by Chirag Agrawal, provides step-by-step security guides and real-time threat feeds on exploits, CVEs, and supply chain attacks, addressing a critical need for accessible security knowledge. Ethereum for the World, an initiative by Kolektivo Labs, highlights and accelerates Ethereum-based projects contributing to the UN Sustainable Development Goals (SDGs), showcasing the technology’s potential for positive global impact. Onchain City is participating in Edge City Patagonia to explore the future of digital societies and engage with governments on bringing services onchain. The OWASP Smart Contract Security project, led by Shashank, develops standardized security documentation for smart contract development and auditing, a crucial step toward industry best practices.
Finally, a widespread ZK Core Program is being supported in Argentina, Brazil, Ecuador, India, Japan, Korea, Taiwan, and Vietnam by various local hubs (ArgCryptoHub, ERC55, ETH Ecuador, Blockchain Society IIT Delhi, ZK Tokyo, ZKP Labs). This 6-week educational program with weekly meetups is targeted at students and early-career developers, aiming to kickstart and grow local ZK communities, which is vital given the increasing importance of zero-knowledge technology for Ethereum’s future.
These diverse educational and community efforts are not just about disseminating knowledge; they are about building a resilient, inclusive, and skilled global workforce capable of driving Ethereum’s evolution.
Fortifying the Core: Consensus Layer Development
The consensus layer, the bedrock of Ethereum’s security and decentralization, continues to receive substantial investment in research and development. These initiatives are crucial for maintaining network stability, preparing for future upgrades, and enhancing the overall robustness of the protocol.
Key consensus clients like Lighthouse (Sigma Prime) and Teku (Consensys) are receiving support to continue their protocol R&D. Lighthouse, with its large network adoption, is vital for client diversity and network health. Teku is specifically working on a ZK Stateless Client implementation, enabling it to receive, sync, and verify execution proofs for zkEVM deployment on mainnet, a significant step towards future scalability and efficiency. Erigon is also funded for its ongoing work on the Ethereum mainnet, focusing on execution client development and applied R&D on the execution layer. Client diversity and ongoing maintenance are paramount for preventing single points of failure and ensuring the network’s resilience.
Furthering the consensus layer’s integrity are several testing and simulation projects. AI-Assisted Testing Framework for Detecting Synchronization Vulnerabilities Across CL Clients by Tsinghua CryptoEconomics Lab aims to design a framework using AI techniques (RL, LLM) to enhance the accuracy and efficiency of detecting synchronization vulnerabilities between different consensus layer clients. This project leverages advanced AI to address complex network issues. BEAMSIM by Quadrivium is a high-performance simulation framework for testing lean consensus signature aggregation protocols, supporting multiple network backends and communication topologies, which is critical for evaluating the performance and security of future protocol changes. Constantine PeerDAS by Mamy Ratsimbazafy is replicating c-kzg-4844 v2.1.1 interfaces in C, Go, Nim, and Rust, and extending Constantine’s existing Ethereum KZG support to include PeerDAS, a data availability sampling method crucial for sharding and scalability. FOCIL Rebase & Testing, led by Jihoon Song, focuses on EIP-7805 and other Glamsterdam EIPs, contributing to ongoing protocol improvements. leanMultisig by Tom Wambsgans is developing a PQ aggregate signature library for lean consensus, prioritizing performance and simplicity, which can significantly improve the efficiency of signature aggregation.
Finally, initiatives like the PBS Foundation are crucial for the continued stewardship of the MEV (Maximal Extractable Value) ecosystem, coordinating across various stakeholders for current and future hard forks and conducting R&D for mev-boost and mev-boost-relay. This ensures a healthy and fair MEV market. ProbeLab provides observability tooling and insights into the L1 p2p layer through research, analyses, and code, offering critical transparency and data for network operators and researchers. These efforts collectively strengthen the foundation of Ethereum, ensuring its continued decentralization, security, and adaptability.
Pioneering Scalability and Privacy: Cryptography and Zero-Knowledge Proofs
The realm of Cryptography and Zero-Knowledge Proofs (ZKPs) is a hotbed of intensive research and development, directly addressing Ethereum’s long-term scalability and privacy goals. The projects in this category represent significant strides towards a more efficient and private blockchain.
The development of ZK-VMs (Zero-Knowledge Virtual Machines) is a major focus. The Lita Foundation is working on several projects clarifying feasibility questions around compilers, precompiles, and distributed proving for zkVMs. Their goal is to strengthen the zkVM ecosystem by reducing attack surfaces, improving interoperability with mainstream languages, and informing the design of performant, ZK-friendly compilers. This holistic approach is essential for realizing the potential of ZK-VMs. OpenVM is a performant and modular zkVM framework built for customization and extensibility, crucial for meeting the L1 real-time proving requirements. Phantom Zone is advancing two complementary efforts: Phantom, an encrypted RISC-V virtual machine that executes encrypted binaries on encrypted inputs, and Poulpy, a fast and modular FHE (Fully Homomorphic Encryption) library written in Rust. These projects are critical for secure, private, and decentralized computation. The verification of the Jolt zkVM by Galois involves polishing the Sail RISC-V specification extracted to Lean, integrating zkLean (a Lean DSL for R1CS/Jolt-ish lookups) with LLZK (an MLIR dialect for circuits), and providing proof of concept proofs using zkLean, enhancing the trustworthiness of ZK-VM implementations. SP1 ALU Chip PoC Proofs by Nethermind verifies the correct implementation of SP1’s ALU chip against the official Sail RISC-V specification in Lean, ensuring the integrity of hardware-level components in ZK systems.
Security and verification are paramount in ZKP development. Automated Verification of ZK Circuits by Veridise supports the development of an automated tool for verifying consistency between witness generation and arithmetic constraints in ZKPs, which is vital for preventing subtle bugs that could compromise security. zkBugs by zkSecurity provides a comprehensive update of the vulnerability corpus with a focus on zkVMs, a live advisory for critical ZK projects, an open benchmarking suite for ZK security tools, and a practical guide for developers, creating a much-needed resource for ZK security.
Educational resources are also being addressed. The production of a Massive Open Online Course (MOOC) on the Foundations of Probabilistic Proofs aims to fill a gap in high-quality pedagogical resources for this essential part of SNARKs. This will democratize access to advanced cryptographic knowledge. High-Performance ARithmetic for Polynomials (HARP) is an open-source library for optimized polynomial arithmetic over prime fields, developed as part of the Poseidon Grants Round, providing fundamental building blocks for efficient ZKP implementations.
Privacy features are integrated into user-facing tools, with Privacy Features for Kohaku by Wonderland, integrating privacy-related functionalities into the browser extension to support basic operations from the privacy pool SDK. Machina iO by Pia Park supports the implementation of new theoretical ideas and resolves bottlenecks in the theory and implementation of iO, improving its security or efficiency, contributing to the cutting edge of cryptographic research. Finally, Sail to Lean & Lean/MLIR for LLZK by Peter Sewell aims to further improve the RISC-V specification in Lean and proof automation, along with improving Lean/MLIR interoperability targeting LLZK, enhancing the formal verification toolchain for ZKP systems. These projects collectively propel Ethereum towards a future defined by privacy, scalability, and verifiable computation.
Enhancing the Builder’s Toolkit: Developer Experience & Tooling
A thriving ecosystem depends on robust and intuitive tools that empower developers. This category focuses on improving the developer experience, ensuring the reliability of core libraries, and building infrastructure that supports advanced functionalities and security.
The foundational EthereumJS Maintenance & Development, led by Gabriel Rocheleau, ensures the ongoing reliability and evolution of core libraries (block, common, evm, mpt, tx, util, and vm) within the EthereumJS monorepo. These libraries are fundamental to the Ethereum developer tooling ecosystem, and their continued maintenance is critical for compatibility with the latest protocol changes.
For formal verification, ArkLib Contributions by Logical Intelligence involves formally verifying ZK protocols by contributing proofs to ArkLib using their AI tool, including formalization of theorems from the Ligero paper. This leverages AI to enhance the rigor of cryptographic protocol verification. Bluebell in Lean by Nethermind implements the Bluebell program logic in Lean to support reasoning about cryptographic protocols in VCV-io/ArkLib, further strengthening the formal verification capabilities for complex cryptographic systems.
Addressing critical infrastructure and user experience, Free & Censorship-Resistant EIP-7702 Infrastructure by Etherspot deploys freely accessible bundlers that use the UserOp mempool to promote decentralization and censorship resistance for wallets adopting EIP-7702. This is crucial for advancing account abstraction and improving user experience without compromising decentralization. The IntelliJ Solidity plugin, stewarded by Paul-Alexandre Tessier, is undergoing improvement and reinvigoration, providing better IDE support for Solidity developers.
For privacy and transparency, Oblivious Server for Kohaku by Oblivious Labs develops a server that can handle requests from a minimal execution client embedded in the Kohaku browser extension, enhancing privacy features directly within user-facing applications. The Open Labels Initiative is dedicated to developing transparent trust scoring and labeling infrastructure for the Ethereum ecosystem. This includes core research on trust algorithms, enhancing platform tooling (APIs, dashboards), and growing ecosystem adoption, which is vital for user confidence and combating misinformation. OpenRPC is receiving a documentation overhaul, specification upgrade, and improved conformance testing. As an Apache-licensed open standard for JSON-RPC APIs, OpenRPC underpins critical Ethereum infrastructure, and these improvements ensure its clarity, consistency, and reliability.
These initiatives collectively streamline the development process, enhance security through formal verification, and provide essential infrastructure for a growing and increasingly complex Ethereum.
Optimizing the Engine: Execution Layer Enhancements
The execution layer is the engine of the Ethereum blockchain, processing transactions and smart contract logic. Efforts in this domain are geared towards optimizing performance, ensuring client diversity, and standardizing APIs for seamless operation.
Accelerating Besu EVM Performance, led by Thomas Zamojski, involves designing and implementing a specialized arithmetic library for UInt256 and Int256, covering core EVM operations with systematic testing and benchmarking. This aims to enable the Besu client to further scale the L1 gas limit, directly impacting network capacity. Besu for Enterprise by Kaleido focuses on maintaining and enhancing the Besu client while researching and developing capabilities that make future public network adoption feasible for institutions, bridging the gap between enterprise needs and public blockchain infrastructure. Compiling Besu to RISC-V by Consensys evaluates the feasibility of compiling the Besu execution client to RISC-V for proving in a zkEVM, alongside switching out the runtime, which is a critical step towards integrating execution clients with ZK-VMs for enhanced scalability.
Testing and standardization are continuously emphasized. Coverage of the ethereum/execution-specs Reference Tests Against evmone by Paweł Bylica and Piotr Dobaczewski improves reference test coverage and ensures full compatibility with evmone by implementing missing Osaka fork features, contributing new test cases (including for EIP-7212), and integrating automated coverage reporting into the execution-specs CI. This rigorous testing ensures the correctness and interoperability of execution clients. The EF Internship Program Extension (EEST) with Louis Tsai continues work and testing for the Ethereum Execution Specification Tests, fostering new talent in critical testing areas. execution-apis Standardization & Improvements by acolytec3 updates the execution-apis OpenRPC documentation, making it easily usable by individuals proposing spec updates to the JSON-RPC, ensuring consistency and clarity across the ecosystem.
Performance benchmarks are crucial for informed decision-making. Gas Limit Performance Benchmarking by Nethermind builds tooling for Stateful EEST tests, benchmark runners, json-rpc compatibility, and repricing analysis, ensuring that upcoming hardforks are well-prepared for potential gas limit increases. An experimental project, Fast Ethereum Storage Cache (FESCache), aims for low-latency indexing of smart contract storage on Ethereum mainnet. This involves developing a C11 software implementation, a hardware platform to host an index of the entire mainnet, and publishing a pre-print paper with performance benchmarks, potentially revolutionizing data access speeds on Ethereum.
These concentrated efforts ensure that Ethereum’s execution layer remains robust, performant, and ready for future demands, supporting a growing number of users and applications.
Strategic Growth and Broader Impact: Layer 2, Research, and Ecosystem Support
Beyond the core protocol layers, significant resources are dedicated to scaling solutions, foundational research, and nurturing the broader ecosystem. These initiatives are critical for Ethereum’s long-term sustainability and its ability to achieve mass adoption.
Layer 2 solutions are central to Ethereum’s scaling strategy. Championing Native Rollups by L2BEAT develops the concept of native rollups through progressive research, design, and implementation across execution specs, precompiles, fee markets, and sequencing strategies. This advanced research is crucial for optimizing the interaction between Layer 1 and Layer 2, leading to more efficient and secure scaling. growthepie provides listing and maintenance of Ethereum Mainnet data, including key data modules such as fundamentals, economics, blockspace usage, and application metrics. This transparency and data analytics are essential for understanding ecosystem growth, identifying trends, and making informed decisions.
General Research is foundational for future innovation. The Academic Grants Round funds formal research aimed at creating more knowledge about Ethereum, blockchain technology, and related domains, ensuring a continuous pipeline of theoretical advancements that can eventually translate into practical applications.
The "Other" category encompasses vital ecosystem support roles. Audrey Tang and Gisele Chou continue their collaboration with the Ethereum Foundation, building bridges between Ethereum and external groups, and realizing the public benefit potential of the technology. This highlights the importance of cross-sector partnerships and outreach. The Columbia-Ethereum Research Center for Blockchain Protocol Design conducts advanced research and workforce training across critical infrastructure topics (consensus mechanisms, protocol architecture, incentive and staking economics), including research grants, fellowships, and events, fostering academic excellence and knowledge dissemination. The Decentralization Research Center advocates for decentralization as a fundamental characteristic of emerging technologies, supporting blockchain protocols and applications that are immutable, censorship-resistant, transparent, secure, and enable data self-sovereignty, reinforcing Ethereum’s core values. The Ethereum Season of Internships offers summer internships across the ecosystem, creating pathways for the next generation of contributors to connect with projects and apply their skills, addressing the need for talent development. Node Requirements for PeerDAS & Beyond by StereumLabs provides a comprehensive, independent view of client performance and interoperability, helping node operators and client teams make better infrastructure decisions, crucial for network health. Walletbeat, an open-repository of EVM-compatible wallets, provides reviews to ensure the Ethereum wallet ecosystem remains competitive, interoperable, and upholds Ethereum values, prioritizing user experience and security.
Finally, Protocol Growth & Support is directly addressed by the Ethereum Protocol Fellowship (EPF): Cohort 6. This program provides stipends for cohort members, onboarding developers to the intricate process of protocol development, ensuring a steady stream of skilled individuals contributing to Ethereum’s core.
In conclusion, the extensive range of initiatives receiving support across the Ethereum ecosystem paints a picture of a dynamic, forward-thinking, and globally interconnected network. From bolstering fundamental research in ZKPs and consensus mechanisms to empowering diverse communities through education and hackathons, these investments are collectively driving Ethereum towards a future of enhanced scalability, robust security, widespread adoption, and a truly decentralized internet. The deliberate focus on both cutting-edge technical advancements and inclusive community building underscores a holistic strategy for sustainable growth and impact.
