A High-Throughput Flexible Blockchain Platform Based on Trusted Sharding Computation. Innovative flexibility for CAP Trilemma: we provide a novel approach for blockchain to reach industrial capabilities.All-Dimensional Sharding Ultimate Solution: maximizing throughput while maintaining decentralization and without sacrificing security.

MultiVAC

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1.1 The Decentralization and Latency Tradeoff

1.2 Present Challenges for Public Blockchains

1.3 Summary of this Paper

1 Introduction

2.1 Definition of Blockchain Sharding

2.2.1 Data Reliability and Consensus

2.2.2  Data Consistency

2.2 Current Issues in Blockchain Sharding

2.3 General Architecture of MultiVAC Smart Contracts

2 Overview of MultiVAC Technology

3.1.1 Preventing User Congregation

3.1.2 Encouraging Users to Conduct In-Shard Transactions

3.1 Sharding of User Transactions

3.2 Smart Contract Deployment

3.3 Smart Contract Invocation

3 Deployment and Invocation of Smart Contracts

4.1 Introduction

4.2 DataCell Addresses: Smart Contract and User

4.3 DataCell Types

4.4 DataCell Scope

4 Smart Contract Data Models

5.1 Actions: Modifying Data

5.2 Creation of Cross-Shard Actions

5.3 Execution of Cross-Shard Operations

5 Smart Contract Cross-Shard Interaction

6.1 The Storage module

6.2 The Execution Module

6.3 The Consensus Module

6.4 The Overall MultiVAC System

6  Storage, Consensus, and Execution Modules

7 Conclusion

MultiVAC Programming Purplepaper - Flexible Sharding Supporting Turing-Complete Smart Contracts

MultiVAC Whitepaper