Lemniscap

In today's digital ecosystem, users find themselves confined within 'walled gardens' characterised as closed systems under the strict control of monolithic entities. These so-called digital platforms hold sway over user identities, data, and even the relationships between users, unilaterally setting

Based rollups utilize Ethereum’s infrastructure for "based sequencing," improving composability and reducing centralization issues. To overcome Ethereum’s block time constraints, preconfirmations provide fast transaction assurances like centralized sequencers. Based rollups with preconfirmations can reduce fragmentation, improve UX, and balance economic benefits between Ethereum L1 and L2. Not only is this approach highly composable, it is optimal in terms of credible neutrality and security.

What is the verifiable web and what will it look like? Here, we explore web proofs (aka “zkTLS”) and its use cases. Web proofs enable cryptographic verification of data authenticity and provenance over HTTPS without requiring cooperation from centralized platforms. Zero-knowledge proofs augment web proofs with selective disclosure and privacy. We highlight diverse use cases for web proofs across four key areas: credentials, data integrity, data portability, and data monetization.

The crypto ecosystem is accelerating at the intersection of technological innovation and user-driven demand. Over the past few years, infrastructure has made remarkable progress: scaling solutions like modular blockchains, validity rollups, and layer-2 frameworks have progressed from whitepaper concepts to production-grade infrastructure, lowering costs and increasing throughput in ways that were unthinkable five years ago. Yet, alongside these advancements, the memecoin mania of 2024 reveals...

AI-driven NLIs are shifting the crypto UX from complex GUIs to conversational experiences. Autonomous linguistic financial agents (ALFAs) are starting to surface actionable insights, automate DeFi tasks, and compete for alpha. Their workflows span data synthesis, adaptive modeling, real-time inference, and action orchestration. While this could be crypto’s “ChatGPT moment,” provable utility, scalable infrastructure, and verifiability remain hurdles for adoption.