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A couple weeks ago we published our monthly release of ZK Mesh: the February 2025 Recap. Wondering which articles/threads are the most popular amongst our #ZKMesh readers so far? ZK Mesh Feb 2025 Top 5, here we go 🧵 👇 open.substack.com/pub/zkmesh/p...

#5 In this part 1 of a series about zkVM projects, zkSecurity broke down the approach to verifiable computation, and looked into its history by discussing some projects that have significantly influenced zkVMs' design and evolution. blog.zksecurity.xyz/posts/zkvm-p...

#4 In their paper, Binyi Chen & Dan Boneh presented LatticeFold+, a lattice-based folding protocol which is improving on their previous technique LatticeFold by eliminating some bottlenecks thanks to new lattice techniques. eprint.iacr.org/2025/247

Oh btw here's the link to subscribe to the newsletter – expect a new edition every month covering the latest in programmable cryptography & its applications, with recent research, articles, videos, podcasts, tweets, tools, project updates & events. zkmesh.substack.com

#3 In a thread on X, ZKV explained how TikTok is using zk-proofs for attestation to prove TEE integrity (instead of relying on cloud-based remote attestation services). The implementation is built with #Circom, a familiar DSL in the zk-space. x.com/zkv_xyz/stat...

#2 On his website zkintro.com, Oskar (oskarth.com) presented an accessible explanation of the math behind ZK suitable for high school students, covering the core intuition behind zk-proofs but also finite fields, polynomials, or commitments. zkintro.com/articles/und...