Research update: On STORE Chain, we are going to simulate the scenario that slowed down Solana with our DDoS technical implementation. Will publish results. theblockcrypto.com/post/1312…

Upgrading our STORE Chain test network to 17 Raspberry PI's, each with 128 GB of storage, 8GB RAM, and two ethernet ports.

We're bringing L2 load balancer and DDoS mitigation into @thestorecloud. This new environment first powers our R&D with BlockfinBFT. It will then extend to all miners running Clouds and Chains on Store.

STORE chain uses the ED25519 signature scheme. The public and private keys are 32 bytes in length and the signature is 64 bytes. Each miner has their own ED25519 key pairs.

We are testing DDoS attack vectors for the Store chain with multiple nodes behind Nginx. All testing is conducted on @thestorecloud.

We have started research and development on native oracles for the STORE chain. github.com/storecloudproject…

R&D on smart contracts for the Store chain has begun. github.com/storecloudproject…

Currently: Converting each block of an Ethereum archival node into bits (units of $STORE). About 9 weeks of sync to go into @thestorecloud. Once synched, we'll work to virtualizing the node for anyone to spin up an instance, giving the Ethereum network added trust-minimization.

Working on research to price computing resources in bits (sats but for $STORE).

The Anatomy of a Store Cloud Market ✅ 1 Market = 17 Cloud Miners ✅ 4 Miners = 1 BFT Network ✅ 3 Networks per Market ✅ 2 Super Fault Tolerant nodes ✅ 3 Managers Super Fault Tolerant nodes and Managers are elected by the Market itself. Markets use trust-your-network for 🗳️.

We have setup an Ethereum private network on the @StoreResearch test net