Fishery Improvement Projects (#FIPs#) are the international designation for strategic work plans that enable #fisheries# to become less data-deficient, more sustainable and increase access to higher-margin markets. Get certified with SCS: #100WaysSCSEmpowers#

Quantum resistance is more than choosing a new signature algorithm. We explore how FIPS 205 turns SPHINCS+ into the standardized SLH-DSA, and how CertiK's work reviewing Quranium's implementation highlights the practical challenges of secure adoption. Read more👇

zcash tachyon upgrade ships quantum recovery next month through zodl. full post-quantum privacy by year end. cardano targeting late 2026 for lattice-based FIPS 203-206 integration at protocol level. these are the only two chains with committed production timelines for quantum resistance. bitcoin core hasn't even started the conversation. ethereum is co-authoring the research papers proving the threat exists but has no migration date. the trade isn't whether quantum computers break ECDSA in 2030 or 2035. the trade is which chains pass institutional risk committee review when the first credible quantum milestone drops and every compliance desk on wall street starts asking questions at once. by then the infrastructure either exists or it doesn't

The ICCAT 23rd Special Meeting of the Commission provides platform to meet with delegations from all over the world. Key Traceability has seized this opportunity to learn more about the fishery management of [Mauritania/Senegal] and assist the progression of our West African FIPs

Kraken's parent company @Payward was the first crypto firm to join @AnthropicAI's Project Glasswing because in the AI era, custody security has never mattered more. Institutions with large treasuries in custody need certainty their assets are secure. Kraken Custody delivers: 🔒Frontier AI that finds vulnerabilities before attackers do 🔒Transaction rules enforced in hardware, not software 🔒Keys never leave FIPS 140-3 Level 3 certified hardware 🔒No single person can move client assets Kraken security is designed to combat threats that AI makes possible. Talk to our team to learn more:

📑 New series: One deep dive per cloud DFNS supports. First up: 𝗔𝗪𝗦. We are starting with Amazon Web Services (AWS) because that’s where we started. @dfnsHQ has been an @awscloud customer since day one, 6 years ago. The post covers everything we do with AWS. At its center, the question most vendors answer for you: 𝘸𝘩𝘦𝘳𝘦 𝘴𝘩𝘰𝘶𝘭𝘥 𝘵𝘩𝘦 𝘱𝘳𝘪𝘷𝘢𝘵𝘦 𝘬𝘦𝘺 𝘭𝘪𝘷𝘦? ✔️ TEE. Keys isolated inside AWS Nitro Enclaves, the model made famous by enclave-native platforms. ✔️ MPC. The default. Keys exist only as threshold shares, never assembled anywhere. ✔️ HSM. Keys in your own AWS CloudHSM cluster. FIPS 140-3 hardware, your account, your region, ✔️ Or use the hybrid: MPC shares sealed in Nitro Enclaves from your account. Nothing signs without you. And procure it all through AWS Marketplace, on the bill you already have. 500+ institutions. $200B+ secured. 99.997% uptime since 2022. Zero breaches since 2020. That's what onchain core banking is for. 📖 Read it: ⌨️ Start building today:

Why does bounded model checking of C blow up on loops, and how do function contracts fix it? Title: Function Contracts for Bounded Model Checking of C Programs URL: ❓ Why is BMC so heavy? It unrolls loops N times and inlines every call. A function with an N-iteration loop called from K sites costs roughly N×K. 💡 What changes with contracts? The body is verified once against its contract, and each call is replaced by a stub derived from that contract. No unrolling is needed, so cost no longer scales with call count. ❓ What is new here? The authors add contract support to ESBMC. The assigns clause is checked observationally: snapshot the locations that must not change on entry, compare them at exit. Formula size depends on the number of globals, not the number of writes, unlike CBMC. The algebraic core is machine-checked in Lean 4. ❓ How well does it work? ・N=20,K=10: direct verification times out past 120 s, modular finishes in 12.5 s ・N=10,K=10: 42.0 s down to 1.8 s (23.3x) ・With 500 writes, ESBMC emits 5 VCCs vs. 521 for CBMC ・At the FIPS-203 ML-KEM size, monolithic runs exceed 10 minutes in both tools, but modular completes Note that at K=1 it is slower. #FormalVerification# #ModelChecking#