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    Grants [Paused]
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    Grants [Paused]

    The network grant program is paused for the moment. We will come back with news soon!

    CryptoNet supports researchers and protocol designers

    As part of CryptoNet’s mission to improve the cryptographic building blocks for Web3 applications, we are very interested in funding research projects in the space, and creating collaborations across companies and academia. If you are a researcher working in any of Web3-related cryptographic problems we encourage you to apply to one of our Grants, and become part of CryptoNet extended community of researchers and collaborator.

    Research Areas

    CryptoNet will fund grants in the following areas

    • SNARKs
    • Vector Commitments
    • Multiparty Computation
    • Threshold Cryptography
    • Fully Homomorphic Encryption
    • Decentralized and anonymous authentication
    • Security against Rational Adversaries
    • Quantum Resistant Cryptography
    • Proofs of Space

    Network Grants

    A network grant is a mid-size funding instrument intended to stimulate research on cryptographic problems arising from Web3 applications, such as the ones listed above. We encourage applications that span the entire range of research projects: from theoretical foundational questions, to applied implementation and experimental efforts. We expect the typical grant to last one year (with possible renewal) and be funded on average $25,000.

    Funds can be used to support graduate students, the summer salaries of university faculty, travel to conferences and meetings, participation in summer schools and Web3 events, fellowships for graduate students and postdocs.

    Application Process [Paused]

    Applications will be received at any time, through a revolving application process. To apply for a Network Grant, applicants must submit a 3-page research proposal, a CV, and a budget that should not exceed $35,000, with a description of how the funds will be used.

    Requirements

    There are no strict requirements that funded researchers have to meet, except for submitting a end-of-the-year report on the results of the project (which will be used to evaluate a potential renewal of the grant).

    While researchers are not expected to collaborate with CryptoNet staff, we will strongly encourage interactions between funded PIs and our team, and across the network of funded PIs. To that extent CryptoNet will organize events for the PIs to share their problems and progress, and foster collaboration.

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    Apply for Network Grants Here

    Collaborator Grants

    Occasionally CryptoNet staff will approach researchers for a more intense and hands-on collaboration on some of our own research projects. In this case the topic and span of the effort is set by CryptoNet, as opposed to proposal for Network Grants where we accept applications on any relevant topic.

    This type of collaboration is usually initiated by CryptoNet staff. If you are interested in collaborating with us on one of our specific projects let us know, but we strongly encourage researchers to apply for a Network Grant first.

    Awarded Grants

    Network Grants

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    2023, Chaya Ganesh: Rational Protocols
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    2023, Ghada Almashaqbeh: Delegation in Cryptographic Protocols

    Summer Research Fellowships

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    2024, Yevgeniy Dodis: Private, Ordered, Verifiable Databases

    Postdoc Fellowships

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    2022, Kelsey Melissaris: Witness-based Proxy Cryptography
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    2022, Lior Rotem: SNARKs with Better Efficiency
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    2023, Akira Takahashi: Post-quantum Commit-and-Prove SNARKs

    PhD Fellowships

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    2023, Weijie Wang: Updatable Vector Commitments with Aggregation
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    2023, Abhiram Kothapalli: Recursive Arguments
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    2022, Ioanna Karantaidou: Proofs of Storage
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    2022, Varun Madathil: Privacy for Decentralized Networks
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    2021, Arantxa Zapico: Vector Commitments

    Projects-specific

    Vector Commitments

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    2022, Charalampos Papamanthou, Weijie Want: Tree-based VC
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    2022, Carla Rafols, Alexandros Zacharakis: Discrete-log VC
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    2022, Russell Lai, Sri Aravinda Krishnan Thyagarajan, Martin Albrecht, Giulio Malavolta: Lattice-based SNARKs
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    2022, Dario Fiore, Dimitris Kolonelos, Dominique Schroder, Hien Chu: Functional VC

    Proof of Space

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    2022, Tal Moran: Redesign PoS
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    2022, Danilo Francati, Qiang Tang, Giuseppe Ateniese, Dimitris Papadopoulos: Verifiable Capacity Bound Functions

    CryptoNet is a Protocol Labs initiative.