- Erste Schritte
- Benachrichtigungen
- Lizenzierung
- Fehlersuche und ‑behebung
- Codierungs-Agents
- Connector Builder
- Über Connector Builder
- Erstellen Ihres ersten Connectors
- Erstellen Ihres Connectors aus einer API-Definition
- Konfigurieren der Authentifizierung
- Verwenden von Variablen im Connector-Generator
- Aktivitätsdesigner
- Erstellen eines Triggers
- Globale Skripte
- Checkliste für den Connector Builder
- Erste Schritte
- Beispiel A: Erstellen Sie einen Connector aus einer leeren Canvas mit Authentifizierung mit persönlichem Zugriffstoken
- Beispiel B: Erstellen Sie einen Connector aus einer leeren Canvas mit API-Schlüsselauthentifizierung
- Beispiel C: Erstellen eines Connectors aus einer API-Spezifikation mit OAuth 2.0 Client-Anmeldeinformationenauthentifizierung
- Act! 365
- ActiveCampaign
- Active Directory – Vorschau
- Adobe Acrobat Sign
- Adobe PDF Services
- Agent 2 Agent - Preview
- About the Agent 2 Agent connector
- Agent 2 Agent authentication
- Agent 2 Agent events
- Amazon Bedrock
- Amazon Connect
- Amazon Polly
- Amazon SES
- Amazon Transcribe
- Amazon Web Services
- Anthropic Claude
- Asana
- AWeber
- Azure AI Document Intelligence
- Azure Defender for Cloud
- Azure Maps
- BambooHR
- Box
- Brevo
- Calendly
- Campaign Monitor
- Cisco Webex Teams
- Citrix Hypervisor
- Citrix ShareFile
- Clearbit
- Confluence Cloud
- Constant Contact
- Coupa
- Team AI – Vorschau
- Customer.io
- Database Hub
- Databricks-Agent
- Datadog
- DeepSeek
- Deputy
- Discord – Vorschau
- DocuSign
- Drop
- Dropbox
- Dropbox Business
- Egnyte
- Epic FHIR – Vorschau
- Eventbrite
- Wechselkurse
- Exchange Server – Vorschau
- Expensify
- Facebook
- Freshbooks
- Freshdesk
- Freshsales
- Freshservice
- GetResponse
- GitHub
- Gmail
- Google Cloud Platform
- Google Docs
- Google Drive
- Google Formulare – Vorschau
- Google Maps
- Google Tabellen
- Google Sprache-zu-Text
- Google Text-to-Speech
- Google Tasks – Vorschau
- Google Vertex
- Google Vision
- Google Workspace
- GoToWebinar
- Greenhouse
- Hootsuite
- http
- HTTP-Webhook
- Hubspot CRM
- HubSpot Marketing
- HyperV – Vorschau
- Icertis
- iContact
- Insightly CRM
- Intercom
- Jina.ai
- Jira
- Keap
- Klaviyo
- LinkedIn
- E-Mail (Mail)
- Mailchimp
- Mailgun
- Mailjet
- MailerLite
- Marketo
- MCP
- Microsoft 365
- Microsoft Azure
- Microsoft Azure Active Directory
- Microsoft Azure AI Foundry
- Microsoft Azure OpenAI
- Microsoft Azure Sentinel
- Microsoft Dynamics 365 CRM
- Microsoft OneDrive und SharePoint
- Microsoft Outlook 365
- Microsoft Power Automate – Vorschau
- Microsoft Sentiment
- Microsoft Sentinel-Threat Intelligence
- Microsoft Teams
- Microsoft Translator
- Microsoft Vision
- Miro
- NetIQ eDirectory
- NVIDIA NIM
- Okta
- OpenAI
- OpenAI V1-konformes LLM
- Oracle Eloqua
- Oracle NetSuite
- PagerDuty
- Paypal
- PDFMonkey
- Perplexity
- Pinecone
- Pipedrive
- QuickBooksOnline
- Quip
- Salesforce
- Salesforce Agentforce & Flows
- Salesforce Marketing Cloud
- SAP BAPI
- SAP Cloud for Customer
- SAP Concur
- SAP OData
- SendGrid
- ServiceNow
- Shopify
- Slack
- SmartRecruiters
- Smartsheet
- Snowflake
- Snowflake Cortex
- Stripe
- Sugar Enterprise
- Sugar Professional
- Sugar Sell
- Sugar Serve
- System Center – Vorschau
- TangoCard
- Todoist
- Trello
- Twilio
- UiPath Apps - Preview
- UiPath Data Fabric
- UiPath Test Manager
- UiPath GenAI-Aktivitäten
- UiPath Orchestrator
- X (früher Twitter)
- Xero
- wassonx.ai zu senden
- WhatsApp Business
- WooCommerce
- Durchführbar
- Workday
- Workday REST
- VMware ESXi vSphere
- YouTube
- Zendesk
- Zoho Campaigns
- Zoho-Desktop
- Zoho Mail
- Zoom
- ZoomInfo
About the Agent 2 Agent connector
Integration Service connector for the Agent2Agent (A2A) protocol, used to call remote A2A agents from UiPath Maestro and to authenticate remote agents registered in Agent Gateway.
The Agent 2 Agent connector lets the UiPath Platform call remote agents that implement the Agent2Agent (A2A) protocol. A2A is an open protocol for communication between AI agents, so one connector can reach agents built on different platforms and hosted by different vendors.
The Agent 2 Agent connector is in preview.
Ways to use the connector
An Agent 2 Agent connection can call a remote agent in two ways:
| Wo | How the connection is used |
|---|---|
| MaestroTM | The Invoke an Agent activity calls the agent through the Start and wait for external agent task action. The agent takes part in the process like any other task, and its response is available to the steps that follow. |
| Agent-Gateway | The connection authenticates calls to a remote agent registered in Agent Gateway > A2A Agents. All seven authentication types are supported, and Agent Gateway reads the credentials from the connection on every call. The registered agent can be used in Maestro flows, Maestro BPMN processes, and agents built with Agent Builder. For details, refer to Outbound (UiPath to external). |
Authentication
Each connection points to one remote agent. The connector supports seven authentication types, so it can match the security scheme declared by the agent. For details, refer to Agent 2 Agent authentication.
Events
The connector uses the InvokeAgent Task Completed event to detect when a long-running agent task finishes. For details, refer to Agent 2 Agent events.
Aktivitäten
You can use the connection to enable the Invoke an Agent activity. For details, refer to About the Agent 2 Agent activities.
Remote agent requirements
The following requirements apply when you call the agent with the Invoke an Agent activity. For agents registered in Agent Gateway, refer to the Agent Gateway requirements instead.
The activity calls the agent over the HTTP+JSON (REST) transport of the A2A protocol. All paths are relative to the Service URL of the connection. The remote agent must meet the following requirements:
| Anforderungen | Details |
|---|---|
| Agent Card | Served at /.well-known/agent-card.json without authentication. The connector reads it to validate the connection, to name the connection after the agent, and to list the agent skills. |
| HTTP+JSON transport | The agent accepts messages at POST /v1/message:send. Agents that only expose the JSON-RPC transport aren't supported. |
| Response envelope | The response to message:send is wrapped in a message object for an immediate reply, or in a task object for long-running work. |
| Task status endpoint | For long-running work, the agent returns the task at GET /v1/tasks:get?id={id}. |
| Task states | The task status.state uses the state values from the A2A specification. While the state is TASK_STATE_SUBMITTED, TASK_STATE_WORKING, or TASK_STATE_UNSPECIFIED, the task is considered in progress. Any other state completes the task. |