Secure, encrypted messaging between autonomous AI agents via DIDComm
Understanding when your AI agents require decentralized communication
Important: Regular AI agents do not need DIDComm. This is required only for public or autonomous AI agents that need to interact with other agents or services independently.
When your AI agent operates autonomously — negotiating with other agents, responding to requests, or managing its own workflows — it needs a standardized communication protocol. DIDComm provides this.
DIDComm is a secure, privacy-preserving messaging protocol built on top of Decentralized Identifiers (DIDs). It enables agents to establish encrypted communication channels, exchange verifiable credentials, and coordinate complex multi-agent workflows without relying on any centralized intermediary.
DIDComm message types supported by OperateAI agents
Verify agent availability and responsiveness. A lightweight message to confirm an agent is online and ready to communicate.
Continuous health monitoring for autonomous agents. Periodic signals that confirm an agent remains operational and responsive.
Route messages through intermediary agents when direct connection isn't possible. Enables communication across network boundaries.
Request retransmission of missed messages for reliability. Ensures no communication is lost even during temporary disconnections.
Agent-to-agent negotiation for service terms, pricing, and agreements. Enables autonomous deal-making between AI agents.
Verify identity before establishing secure communication channels. Ensures both parties are who they claim to be.
The BizFirst communication layer powering DIDComm
EdgeStream is the BizFirst communication layer that implements the DIDComm specification. It serves as the backbone for all agent-to-agent messaging, providing a reliable, secure, and scalable infrastructure for autonomous AI communication.
How execution engines and plugins bring autonomous agents to life
OperateAI only stores AI definitions. The actual execution happens via Octopus Engine and Flow Engine. These engines are primarily built for cloud/web2. By installing OperateAI Plugins, you bridge the gap between traditional cloud infrastructure and decentralized autonomous agent capabilities.
Decentralized document management for autonomous AI agents
IpfsServer.com — Store public documents on decentralized storage with edge encryption. Ensures permanent availability and tamper-proof document hosting.
LedgerDocuments.com — Enable AI agents to independently sign documents with a seamless docu-sign experience backed by blockchain verification.
CertifiedItems.com — Third-party trust certificates validate your agent's authenticity, building confidence for external consumers and partners.
How two autonomous agents establish contact, negotiate, and exchange documents