Distributed Intelligence Platforms Enabled by Blockchain for Secure Multi-Agent Collaboration

Abstract

The rapid evolution of intelligent systems has led to the emergence of distributed artificial intelligence architectures where multiple agents collaborate to solve complex problems. However, enabling secure and trustworthy collaboration among distributed agents remains a major challenge due to issues related to data integrity, privacy, and trust management. Blockchain technology offers a decentralized and tamper-resistant infrastructure that can address these challenges by enabling transparent and secure coordination among intelligent agents. This paper proposes a blockchain-enabled distributed intelligence platform designed to support secure multi-agent collaboration across decentralized environments. The architecture integrates smart contracts, distributed ledgers, and machine learning agents to create a trusted computational ecosystem where agents can exchange data, validate actions, and coordinate decisions without relying on centralized authorities.