→ Developer Experience Metrics → What is Developer Experience? Developer experience is all about how easy or difficult it is for a developer to build, deploy, and maintain an app on a platform. It's the work environment for a programmer. → Developer Experience in an

→ EIP-2935 (Historical Block Hashes in State) Monad (mainnet arc) * What is EIP-2935? EIP-2935's aim is to make the hashes of old blocks available in the blockchain's State. a) State: This is the current status of the #blockchain, meaning the balance of all wallets and the current data

→ Why is being Omni-chain a game-changer for SIGN? If Sign 🧡👀 Protocol were a single chain, it would only support DApps on one chain, like Ethereum. If you needed to apply on DApps on Solana or Monad, you wouldn't be able to, and you would face problems. To solve this problem,

→ How EIP-4844 (Proto-Danksharding) Reduces Fees MegaETH The main job of EIP-4844 (Proto-Danksharding) is to reduce fees. It does this by creating a new, cheaper route for keeping data. This is called Data Blobs. → Reason for fee reduction? * L2s have to pass their

→ Blockhash Buffer Monad (mainnet arc) #Blockhash is a block's unique digital fingerprint. Buffer is a small, temporary storage area in computer memory. The Blockhash Buffer is a special place in the Monad's State where the hashes of recently created blocks are stored. Typically, it holds

→ SIGN is also useful for Government-Level Digital Infrastructure Government-Level Digital Infrastructure means that SIGN Protocol will become the basis of trust not only for DApps but also for nations and governments. * For example, Sign 🧡👀 Protocol will convert every citizen's

→ How MegaETH Compresses Transaction Data Before Posting to L1 MegaETH main objective is to compress the data and send it to Ethereum at a low fee. And it primarily does three things: a) #MegaETH doesn't send just raw data; it sends the entire state change. In MegaETH,

→ EIP-7951: P256VERIFY Precompile * Precompile is a technical upgrade that verifies @Monad cryptographic signatures very quickly and cheaply. a) #Precompile: This is a smart contract built within the blockchain itself and is much faster than a normal smart contract. b)

→ Our previous topic about the use of @SIGN Protocol in Government-Level Digital Infrastructure continues in this post. The things we discussed in the last post were not just ideas; they were realities, because #SIGN has implemented pilot projects with countries like Sierra

→ Technical Aspects: How MegaETH Utilizes ZK-STARKs MegaETH is a hybrid rollup that increases its speed and velocity by using #ZKproofs. It specifically uses ZK-STARKs data to compress and process transactions. → Use of ZK-STARKs Generally, ZK-STARKs are used only for

→ Extend eth_call Support for preStateTracer and stateDiffTracer with debug_traceCall * Expansion of Advanced Debugging Capabilities The purpose of this update is to increase the debugging and testing capabilities for developers on @Monad. This helps developers deeply

→ Orange Dynasty? You can't see the Orange Dynasty as just an app; this app was created under a vision. If they only wanted "yapping," they have a good community and majority on X (Twitter). Mark my word, @SIGN doesn't just want public hype; SIGN wants serious contributors.

→ MegaETH is a real gamechanger for crypto and still a hidden gem Ethereum brought a revolution to the world because #Eth introduced the idea of smart contracts, through which the world saw the vision of #Web3. But on a chain as expensive and slow as Eth, smart contracts

→ Relaxed Merge Validation - Optimization to Reduce Re-executions * What is Relaxed Merge Validation? This is a very important improvement made to increase the functionality of the @Monad network. Its main objective is to prevent transactions that have already been confirmed

→ EthSign and Sign 🧡👀 Protocol will change the future of digital documents The blend of these two is much more than just digital signatures. Sign main job is to bring e-signatures onto the blockchain. It keeps your documents on the blockchain without any middlemen, and only

→ Shortcomings of Today's L2 Governance Models (Core Team Control) Currently, L2s are giving us good facilities, but there is always a question mark on #decentralization because a single sequencer always creates doubt about trust. These L2s don't do this intentionally; you can

→ Kernel Caching of DB Reads/Writes & Improved RPC Db Node Cache a) Kernel Caching and #RPC DB Node Cache This will increase both the speed and responsiveness of Monad. @Monad will become faster than before. Its main job is to provide very fast access to data for the

→ @SIGN Protocol Security Architecture SIGN Protocol's security architecture focuses on three things: user data security, smart contract robustness, and protection from external attacks. a) User Data Security #SIGN Protocol does not store user data on any centralized server.

→ Blockchain Design: Modular vs. Integrated Comparison → Integrated (Monolithic) Design In an integrated design, all the main blockchain functions like processing transactions, storing data, and ensuring security—happen on a single layer. Older blockchains like #Ethereum and