DeWEB, TapeKit, TapeSend and X Layer changed how I see TapeOut this week. The idea is getting clearer: different blockchains, one open and verifiable network. Not another chain. Not another bridge. A web built across them. #TapeOut# #DeWEB# #Web3#

In DeWEB, we focus on a more specific question: Can the content a user receives be verified against an expected version? Content hashes provide a way to compare retrieved resources with an expected reference Moving from content access to verifiable content consistency is an important part of what we're building with HashPort

Building a DeWEB application involves three distinct layers TapeCode: Supports application development X Layer: Provides the blockchain network and smart contract execution environment HashPort: Provides gateway access to DeWEB content Each serves a different purpose An application may use X Layer for onchain execution, TapeCode for development, and HashPort for accessing relevant DeWEB content where applicable Understanding these roles helps explain how applications move from development to actual use

Many people who encounter DeWEB for the first time can easily confuse HashPort with TapeKit It’s actually very simple HashPort = Publication Writes the frontend into the Circuit Container TapeKit = Reading + Verification Reads website files from onchain and checks file integrity TapeOut = Underlying Protocol Provides infrastructure such as Circuit, Processor, Container, and more BNB Chain = Underlying Ledger Carries these onchain data

Why does DeWEB need a publishing layer like HashPort? DeWEB needs three things Underlying infrastructure A publishing mechanism Reading and verification tools BNB Chain provides the underlying ledger TapeOut provides the circuit containers TapeKit provides reading and verification HashPort is responsible for actually publishing the website on chain Without a publishing layer like HashPort, it would be difficult for developers to organize website files, paths, hashes, and container relationships

🚀 #MOVA# Weekly Report 🔗 Ecosystem & Operations • MOVA × TapeOut Protocol × Prom are exploring DeWEB, verifiable applications, onchain application infrastructure, and USD1 settlement. • The collaboration explores verifiable frontends, onchain application records, decentralized gateways, and stablecoin settlement for Web3 services. • MOVA Financial OS continues to advance its vision of connecting payments, liquidity, and settlement for always-on finance. • MOVA is evolving beyond a blockchain into an operating system for finance. 🎨 Community & Events • The team remained focused on product development and ecosystem building while preparing upcoming community initiatives. 🧩 Technical • Cryptography & Precompiles — BLS12-381 G1MSM Subgroup Hardening – Fixed non-subgroup input validation in the G1MSM precompile – Passed 17/17 local Anvil Prague reference test vectors – Added 17 BLS boundary test vectors covering G2ADD, G2MSM, pairing, and modulus checks – Strengthened cryptographic input validation and error handling across tested operations 📘 Full report on Medium 👇