Layla Zulfa
A significant new wave of strategic funding and collaborative initiatives is set to propel the Ethereum ecosystem forward, addressing critical areas from global community engagement and education to foundational cryptographic research, robust security measures, and enhanced developer tooling. This comprehensive allocation of resources underscores a multifaceted commitment to strengthening the network’s resilience, expanding its global footprint, and fostering a new generation of builders and researchers. The initiatives span continents, targeting specific regional growth, academic excellence, and the intricate technical challenges inherent in a leading decentralized platform.
Catalyzing Global Community Growth and Education
The vibrancy of the Ethereum ecosystem relies heavily on its global community, and a substantial portion of recent efforts is dedicated to fostering this growth, particularly in emerging markets. Latin America, recognized as a rapidly expanding hub for Web3 innovation, is a key beneficiary of these initiatives.
Destino Devconnect emerges as a pivotal grants round, specifically designed to support community-led events and initiatives aimed at bringing Argentina and the broader Latin American region further onchain. This program is critical for sustaining momentum post-major events like Devconnect, ensuring that local communities have the resources to organize consistent educational and developmental activities. Similarly, the Local Meetups LATAM Grant Round, a collaborative effort with the Localism Fund, seeks to empower local Ethereum communities to host regular, educational, and inclusive monthly meetups for an entire year. This sustained engagement is vital for long-term community building, skill development, and fostering a sense of belonging among regional developers and enthusiasts. The success of such initiatives often translates into increased developer participation and localized innovation, with early data from similar programs indicating a significant rise in local project submissions and active community members.
Adding to the regional focus, ETH Latam Hackathon Brasil 2025, organized by ETHSamba in São Paulo, prioritizes real-world Ethereum applications and the onboarding of new builders. Hackathons serve as crucial incubators for talent, providing hands-on experience and a fast-paced environment for problem-solving. These events are often a pipeline for new projects and startups, contributing directly to the practical utility of the Ethereum network. Brazil, with its large tech-savvy population and growing interest in blockchain, is an ideal location for such an event. Concurrent with these efforts, Invisible Garden, a developer pop-up city in Buenos Aires, Argentina, focuses on Ethereum, ZKPs, AI, and cybersecurity. This unique format allows for concentrated developer collaboration, knowledge exchange, and rapid prototyping, positioning Buenos Aires as a significant innovation hub. Further supporting participation, Lancerium is providing travel assistance for its founders to attend Devconnect ARG, highlighting the importance of accessibility for key contributors.
Beyond developer-centric events, Funding the Commons: Buenos Aires 2025 is a conference revolving around RealFi – financial infrastructure designed for real-world coordination, access, and public goods funding. This conference aims to bridge theoretical discussions with practical applications, exploring how blockchain can address tangible societal needs, particularly relevant in economies where traditional financial systems may be less stable.
Academic engagement also receives significant attention. Cal Hacks 12.0, a collegiate hackathon at the University of California, Berkeley, continues its tradition of attracting top university talent, covering themes such as AI and web3. University hackathons like Cal Hacks are instrumental in introducing students to cutting-edge technologies and decentralized paradigms, often leading to groundbreaking projects and fostering future industry leaders. The Hong Kong Polytechnic University Research Center for Blockchain Technology is receiving support for a range of academic activities, including scholarships for its MSc in Blockchain Technology program, the Asiacrypt 2026 conference, guest lectures, and joint research. This long-term investment in academic institutions ensures a steady stream of highly qualified researchers and practitioners, embedding blockchain technology within established academic frameworks.
Security education is paramount, as evidenced by the High Assurance Crypto Software (HACS) Workshop 2026 in Taipei, Taiwan. This workshop convenes cryptographers, cryptographic software engineers, and formal verification experts to enhance the security and correctness of real-world cryptographic software – a critical component of any secure blockchain ecosystem.
Rounding out the community and education initiatives, the Stablecoin (JPYC) Innovation Challenge, organized by the Crypto Asset Community, is a cross-industry ideathon in Japan. It aims to accelerate solutions employing stablecoins, specifically JPYC, to solve real business challenges across sectors like e-commerce, logistics, real estate, and accounting. This directly drives practical utility and adoption of blockchain technology in everyday commerce. Finally, the 2025 ethereum.org Translatathon is a translation contest designed to incentivize contributions in less-active languages, increase content availability on ethereum.org, and onboard new contributors, ensuring that Ethereum’s vast resources are accessible to a truly global audience. These efforts collectively signify a robust commitment to global outreach, talent development, and educational empowerment.
Bolstering Foundational Cryptography and Zero-Knowledge Proofs
The advancements in cryptography, particularly Zero-Knowledge Proofs (ZKPs), are central to Ethereum’s long-term vision for scalability, privacy, and efficiency. A significant portion of the funding is directed towards pushing the boundaries of this complex field, from foundational research to practical tooling and implementation.
Several projects focus on the theoretical and practical aspects of ZKPs. The EPFL Laboratory for Computation Security is supporting PhD students in foundational and applied cryptography research, addressing core limitations in current SNARK designs, including recursion security and proof size/security tradeoffs. This academic research is crucial for developing the next generation of ZKP technologies. Nicholas Spooner is researching The Recursive Extraction Problem, focusing on the security of recursive composition in SNARKs, a complex area vital for ensuring the integrity of layered proving systems. Similarly, Nethermind is undertaking two key projects: STIR & WHIR in ArkLib, formalizing key theorems for these protocols in Lean with executable specifications, and Tightening the Hash Size in Round-by-Round Sound IOPs, investigating whether multi-round SNARKs can safely use smaller hash digests, which has direct implications for proof efficiency and security. Onur Kılıç is working to accelerate WHIR and upstream it into Plonky3, contributing to the low-level stack for Ethereum post-quantum signatures, anticipating future cryptographic challenges.
Formal verification and robust tooling are critical for ensuring the correctness and security of ZK circuits. AVAZAR: Automatic Verification Tools for zkVM Arithmetization by Albert Rubio supports the verification and tooling of circuits in LLZK. Veridise is driving the Evolution of the LLZK IR, aiming to strengthen it as a shared, verification-oriented infrastructure for the ZK compiler ecosystem, enabling more robust tooling and interoperability. Cryspen is developing a Lean Backend for Hax, allowing Rust code to be formally verified in Lean, a crucial step for ensuring the correctness of high-performance cryptographic implementations. Axiom is undertaking OpenVM Formal Verification, focusing on establishing the functional correctness of all RV32IM opcode circuits, with the goal of reducing soundness or completeness issues in OpenVM’s circuit design and contributing reusable formal verification infrastructure. Runtime Verification is investigating Rust Verification Through Lean 4 Tooling Investigation, aiming to establish a practical Rust to Lean verification pipeline using the hax toolchain, bridging the gap between high-performance Rust implementations and formal proofs. Additionally, powdr labs & Certora are collaborating on Verifying Autoprecompiles for powdr to improve performance and accelerate adoption of ZK systems.
Further securing cryptographic primitives, Jintai Ding & Ziyu Zhao are involved in the Poseidon Cryptanalysis Bounty Program, solving bounties to ensure the robustness of the Poseidon hash function against known attacks and verifying theoretical complexity estimates. Kasra Abbaszadeh is providing a Technical Review of Fiat–Shamir from Duplex Sponges, auditing security arguments and clarifying abstractions for rigorous reasoning, while a dedicated project focuses on the Fiat-Shamir Specification itself, formalizing it in Lean.
Beyond theoretical and tooling advancements, practical applications of ZKPs are also being explored. Vienhage Cybersecurity UG is creating a prototype of a Private Payments L2, a minimal, open-source app-specific rollup for private stablecoin transfers using lightweight ZK circuits. This project directly addresses the demand for privacy-preserving transactions. Furthermore, Privote, developed by Shashank Trivedi, is a private on-chain voting protocol powered by MACI, currently hosting the frontend for the Gitcoin Grants 24: Privacy domain. This demonstrates the application of ZKPs to ensure fair and private governance mechanisms. These diverse cryptographic initiatives collectively lay the groundwork for a more scalable, secure, and private Ethereum, crucial for its long-term viability and broader adoption.
Enhancing Developer Experience and Core Protocol Infrastructure
A thriving ecosystem requires not only cutting-edge technology but also accessible tools and a supportive infrastructure for developers. Investments in this area aim to streamline the building process, improve network efficiency, and foster a data-driven approach to ecosystem growth.
In developer tooling, Open Source Observer is working on an Ethereum Developer Ecosystem Dataset, providing an improved, reproducible, and publicly auditable view of developer activity, along with a sustainable mechanism to keep it updated. This data is invaluable for understanding ecosystem trends, identifying talent, and optimizing resource allocation. Walnut is undertaking a focused research effort to add an MLIR middle-end to the Solidity compiler (solc-mlir Middle End Optimization Layer for Solidity). The aim is to yield measurable gas savings and enable richer correctness and safety analyses, directly benefiting smart contract developers by making their code more efficient and secure.
On the execution layer, Karen Sarkisyan is leading the Helios Integration in Kohaku. This project involves integrating the Helios light client with the Kohaku browser extension, improving performance, and ensuring it is a portable and easily integrable part of the Kohaku SDK. Light clients are vital for reducing reliance on centralized RPC providers and enhancing decentralization for end-users.
General growth and support initiatives are also crucial. The European Crypto Initiative (EUCI) is actively engaged in EU-focused policy advocacy and education campaigns, targeting key regulators and policymakers. Proactive engagement with regulatory bodies is essential for shaping a favorable policy environment for Web3 innovation. Funding mechanisms themselves are being innovated, with Seer developing Deep Funding Markets, a multiscalar prediction market where model builders bet on the value an open-source repository would receive if professionally evaluated. This unique mechanism was notably used in Gitcoin Grants 24, indicating a novel approach to decentralized funding. Allan Niemerg is supporting this by establishing a Juror Voting for Deep Funding process, creating an app for data collection and integration into the voting system.
Furthermore, direct support for public goods funding continues with co-funding for Gitcoin Grants 24: Privacy Domain, which specifically supports privacy solutions for a secure onchain Ethereum ecosystem. Another co-funding initiative targets the Gitcoin Grants 24: Public Goods R&D Domain. This grant supports academic and other research advancing insights and knowledge on Ethereum public goods and their funding, while supporting the development of neutral, open-source solutions rooted in these insights, with a focus on interoperability between tools. These investments through Gitcoin underscore the community’s commitment to quadratic funding as a powerful mechanism for directing resources to critically important, often underfunded, public goods within the ecosystem.
Fortifying Security and Promoting Protocol Stewardship
Security is non-negotiable for a decentralized network, and significant resources are being dedicated to identifying and mitigating threats, while also nurturing the long-term health and diversity of the protocol development community.
Proactive security operations are paramount. The Security Alliance (SEAL) is engaged in Anti-Crypto-Drainer Operations, actively tracking, discovering, and blocking crypto drainers that attack EVM-based chains. These malicious actors pose a direct threat to user funds, making such preventative measures critical. Beyond direct combat, fostering security talent is equally important. BuidlGuidl’s Builder Bootcamp Capture the Flag and Certora’s Capture the Funds are both CTF-style security competitions. These challenges push participants to hunt for vulnerabilities, exploit smart contract weaknesses, and solve cryptographic puzzles, effectively training and identifying skilled security researchers. To broaden the talent pool, OneSavie Lab is hosting a Kaggle Competition for LLM Identification of Smart Contract Vulnerabilities. This competition leverages the Bastet dataset to attract both crypto security and non-crypto AI/LLM talent, recognizing the potential of artificial intelligence in enhancing security audits. Complementing these efforts, Truscova is building a Smart Contract Vulnerability Database, a system that accepts and standardizes various vulnerability reports from multiple sources into a publicly available dataset, creating a crucial resource for the entire ecosystem. Chiachih Wu is also working on LLM-Enabled Differential Testing on Ethereum Clients to speed up the ability to find vulnerabilities on the Ethereum protocol, leveraging AI for protocol security.
User protection and privacy are also key focuses. WalletConnect is building a Clear Signing Library and a Proof-of-Concept wallet to address the pervasive issue of blind signing, where users sign transactions without fully understanding their implications. This initiative aims to significantly improve user safety. dRPC is developing NodeCore, incorporating network-level privacy into a high-performance, self-hosted RPC load-balancer. This system distributes requests across multiple blockchain providers or nodes, optimizing for latency, error rate, and cost, while enhancing user privacy by obscuring individual request origins.
Long-term protocol stewardship involves fostering research, diversity, and talent. ChainSafe is developing Open Creator Rails, a minimal, verifiable on-chain runtime for managing time-bound access to digital resources using deterministic entitlements, laying groundwork for new digital rights management paradigms. Mike Neuder’s Protocol Fellowship involves doctoral work using economics and computation to deepen the understanding of blockchain mechanism design. This includes generating high-impact academic research and educational content, such as public explainers on protocol changes and teaching a new blockchain course at Princeton University, thereby cultivating future protocol thought leaders. Timber Stinson-Schroff is managing the Summer of Protocols (SoP) Program Management, overseeing logistics, community management, and shaping the program’s longer-term roadmap, which aims to support foundational research and development for decentralized protocols.
Privacy at the infrastructure level is being addressed through collaboration with The Tor Project, which is providing technical support to the Ethereum Foundation’s Privacy Cluster. This aims to overcome technical barriers of integrating Tor at the edge and within the Ethereum ecosystem infrastructure, improving scalability and adapting the Arti Tor client into WebAssembly. This will enable integration into browser wallets and frontends, bringing privacy to RPC calls like transaction broadcasting (eth_sendRawTx), a significant step towards enhancing user privacy at a fundamental level.
Finally, diversity and inclusion within the protocol development community are actively championed. Mercy Boma Naps-Nkari and Arunima Chaudhuri are facilitating Women in Ethereum Protocol (WiEP) Cohort 4, developing workflows, coordinating mentors, tracking participant contributions, and supporting community events. Meenakshi Singh is serving as the WiEP Cohort 4 Marketing Coordinator, managing communications, social media, and session recordings. These efforts are crucial for building an inclusive and representative developer community, ensuring a broader range of perspectives contributes to Ethereum’s future. Additionally, Divya Ranjan Pattanaik is undertaking an informal 2-month internship to work on Ethereum protocol R&D, providing direct hands-on experience to emerging talent.
A Collaborative Vision for Ethereum’s Future
This extensive array of grants and initiatives paints a clear picture of a decentralized ecosystem actively investing in its own future. The strategic funding, distributed across diverse categories, reflects a deep understanding of the multifaceted challenges and opportunities facing Ethereum. From the grassroots efforts to cultivate local communities and onboard new developers in Latin America and beyond, to the highly specialized academic research pushing the boundaries of cryptography and formal verification, each project contributes to a holistic vision.
The emphasis on security, through anti-drainer operations, vulnerability databases, and AI-powered testing, demonstrates a proactive stance against persistent threats. Simultaneously, the focus on enhancing developer experience, improving compiler efficiency, and fostering public goods funding mechanisms ensures that the ecosystem remains attractive and sustainable for innovators. Initiatives promoting diversity, academic excellence, and foundational research, like the WiEP program and university partnerships, are vital for ensuring a robust pipeline of talent and ideas for decades to come.
Collectively, these investments are not merely financial allocations but strategic commitments to a more scalable, secure, decentralized, and globally accessible Ethereum. They underscore the collaborative spirit inherent in open-source development and reinforce the network’s dedication to continuous improvement and innovation, positioning Ethereum to meet the demands of a rapidly evolving digital world. The ongoing success of these programs will be crucial in solidifying Ethereum’s role as a foundational layer for the next generation of decentralized applications and digital economies.
