Tender Match
EU · in EnglishHORIZON-CL3-2027-02-CS-ECCC-03

Secure PQC implementations, Cryptanalysis and Post-quantum Digital Trust

Expected Outcome: Proposals are expected to contribute one or more of the following: Practical robust implementations of PQC schemes that can withstand implementation attacks including side-channel attacks, fault attacks and combined attacks, and design of automated tools for evaluating the security of PQC implementations. Comprehensive guidelines for implementing countermeasures against a wide ra

The official English text of the call comes from the European Commission's Funding & Tenders portal.

Deadline

15 September 2027 Opens 2 March 2027

Grant per project

3–4 million EURTotal budget: 19 million EUR · about 3 funded projects

Region

International (EU)

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Eligibility criteria

EU direct call: eligibility depends mainly on the consortium, the participants' countries and their types of organisation. We cannot check these from your company details, so we do not tell you whether you are eligible. The criteria are in the official call.

Official call

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What is this call about?

Ez az uniós kutatási pályázat a kvantumszámítógépek elleni kriptográfiai védelemre összpontosít. A támogatás olyan szervezeteknek szól, amelyek biztonságos kódimplementációkat, támadásvédelmi módszereket, formális ellenőrzési eszközöket vagy új kriptográfiai sémákat fejlesztenek. A projekt célja, hogy gyakorlatban alkalmazható megoldásokat hozzon létre az implementációs támadások (oldalsávtámadások, hibabeszúrások) ellen, valamint hogy új kvantumrezisztens digitális aláírási és azonosítási rendszereket tervezzenek.

Official description

Expected outcome and scope

Expected Outcome: Proposals are expected to contribute one or more of the following: Practical robust implementations of PQC schemes that can withstand implementation attacks including side-channel attacks, fault attacks and combined attacks, and design of automated tools for evaluating the security of PQC implementations. Comprehensive guidelines for implementing countermeasures against a wide range of attacks; Advances in understanding the quantum hardness of mathematical problem classes; new quantum algorithms and improvements in quantum programming and implementation; security validation methods; design of post-quantum schemes with improved security against quantum and AI-based attacks; Post-quantum schemes and protocols to support privacy-friendly applications and services, ncluding the secure and private use of electronic identities.

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