Robinson Burkey

Arcium is a parallelized confidential computing network. It provides developers and applications with a trustless, verifiable, and efficient framework to run encrypted computations. Arcium aims to bring confidentiality to every on-chain application and become the global computing network for the decentralized internet. Multiparty computation eXecution Environments (MXEs) are the backbone of the Arcium Network. They combine Multiparty Computations (MPC), Fully Homomorphic Encryption (FHE), Zero-Knowledge Proofs (ZKPs), and more to enable encrypted computations.

Optimum is a high-performance memory infrastructure for any blockchain. Powered by RLNC, It can scale L1/L2s, enhance dapp performance & end-user UX.

SOON is a rollup stack designed to deliver top-tier performance across all Layer 1 blockchains, powered by the Decoupled SVM and a configurable DA layer. Built on the OP Stack, SOON leverages the advanced capabilities of the Decoupled SVM for unmatched speed and scalability, and it offers flexibility in data availability with options like Celestia, EigenDA, and Avail. This architecture is tailored to meet the high-performance demands of modern decentralized applications, ensuring seamless execution, integration, and optimized data availability across the blockchain ecosystem.

OpenSocial is a Multi-chain SocialFi infrastructure that offer truly scalable and composable protocol for web3 users, creators and developers, powering the future multi-chain SocialFi ecosystem.

aPriori is an MEV infrastructure and liquid staking protocol, designed for the parallel execution era and natively built on Monad.

Kintsu is the liquid staking protocol being built on Monad. Kintsu’s first product was a liquid staking protocol based on the Aleph Zero blockchain, but it has since switched its focus to building on Monad.

Movement is a modular framework to build and deploy Move-based infrastructure, applications, and blockchains in any distributed environment. The team is building a suite of products and services that empower non-Move protocols to leverage the power of the Move Programming Language without writing a single line of Move code. The team’s first release, M1, redefines the L1 as a Vertically Composable and Horizontally Scalable Layer 1 Framework that is Solidity-compatible, connects EVM and Move liquidity, and lets builders customize modular and interoperable app-chains with a diverse base of users and liquidity accessible out of the box.

Monad is building a high-performance, Layer 1 blockchain for the next generation of decentralized applications. Monad's mission is to accelerate the disruptive force of decentralization by building a blockchain that is 100x to 1000x faster than its nearest competitors. This will alleviate severe bottlenecks in existing blockchains and enable more complex applications and wider adoption.

Mezo is a Bitcoin Layer2 network that gives users access to applications that facilitate the use of Bitcoin tokens, driving a circular Bitcoin economy that is more than just a “savings technology.” Mezo uses the idle Bitcoins of currency holders through the "HODL Proof" points program. The longer the storage time, the greater the "HODL score multiplier" of the contributor.