Kira 𒀭 DC

Seismic Research #21 Chapter III: TECHNICAL FOUNDATIONS Execution, Architecture, Mechanism __________ @SeismicSys ___________ Layer 2: State & Memory Model Topic: Encrypted Global State In the previous post we explored Seismic’s dual memory architecture: public memory and private memory. Now we go one level deeper: the global state itself. In most blockchains, the global state is stored in plain form. Account balances, contract storage, and state transitions are publicly readable by every node. This simplifies verification but it structurally eliminates confidentiality. Seismic introduces a different state model: the global state can exist in encrypted form. Sensitive state variables are stored encrypted at rest and are only decrypted inside secure execution environments when computation is performed. From the network perspective: • State commitments remain verifiable • State transitions remain deterministic • Consensus rules remain unchanged But the underlying data is never exposed in plaintext. This means validators can still agree on the correctness of state transitions without needing access to the raw state itself. In other words, the network verifies state changes, not the private data inside the state. || @NoxxW3 || @xealistt ||

A new gaming challenge for the @magicblock community 🎮 I created a game called Magic Block Space. In the game, you control a wizard using your mouse or the W A S D keys / arrow keys. You need to avoid meteors and collect 💥Magic bonuses – they give you points and destroy all meteors on the screen Meteors get faster over time - the longer you survive, the harder it becomes. The goal is to score as many points as possible. To participate in the challenge: play the game, take a screenshot of your best score, and post it with a quote on my post. My best score is 17 – what’s yours? Good luck everyone, I hope you enjoy it! You can try playing the game here: annnnnnnnnnna.github.io/Magic-Block-Sp…