Integrations

Connect Beam Agents to All Your Enterprise Systems

Beam agents access thousands of actions across enterprise systems through integrations. Skills wrap integration actions into capability packages. Assign a \

Integrations

Connect Beam Agents to All Your Enterprise Systems

Beam agents access thousands of actions across enterprise systems through integrations. Skills wrap integration actions into capability packages. Assign a \

Integrations

Connect Beam Agents to All Your Enterprise Systems

Beam agents access thousands of actions across enterprise systems through integrations. Skills wrap integration actions into capability packages. Assign a \

Integrations

Connect all your enterprise systems

Beam agents discover and use integration actions through skills. Skills wrap actions into capability packages, enabling agents to work with thousands of actions across enterprise systems without system-specific configuration.

Integrations

Connect all your enterprise systems

Beam agents discover and use integration actions through skills. Skills wrap actions into capability packages, enabling agents to work with thousands of actions across enterprise systems without system-specific configuration.

Integrations

Connect all your enterprise systems

Beam agents discover and use integration actions through skills. Skills wrap actions into capability packages, enabling agents to work with thousands of actions across enterprise systems without system-specific configuration.

Custom integrations via OpenAPI

Upload OpenAPI 3.0 specifications to connect custom systems and internal APIs. Beam automatically discovers actions and makes them available to agents.

Custom integrations via OpenAPI

Upload OpenAPI 3.0 specifications to connect custom systems and internal APIs. Beam automatically discovers actions and makes them available to agents.

Automatic authentication

Configure OAuth, API keys, or SAML once per integration. Agents authenticate automatically when executing actions—no credential management in workflows.

Automatic authentication

Configure OAuth, API keys, or SAML once per integration. Agents authenticate automatically when executing actions—no credential management in workflows.

Action execution architecture

Actions are parameterized functions agents call directly. Automatic parameter validation, error handling, and retry logic built into execution layer.

Action execution architecture

Actions are parameterized functions agents call directly. Automatic parameter validation, error handling, and retry logic built into execution layer.

Action execution architecture

Actions are parameterized functions agents call directly. Automatic parameter validation, error handling, and retry logic built into execution layer.

Integration-level security

RBAC handled at integration level via OAuth tokens. If an agent lacks permission, the action fails with error from the external system—same behavior as direct access.

Integration-level security

RBAC handled at integration level via OAuth tokens. If an agent lacks permission, the action fails with error from the external system—same behavior as direct access.

Browser-based actions

Browser automation available for systems without APIs. Less reliable than API-based integrations—use only when API access isn't available.

Browser-based actions

Browser automation available for systems without APIs. Less reliable than API-based integrations—use only when API access isn't available.

MCP protocol support

Beam agents support MCP (Model Context Protocol) for standardized agent-to-agent communication. Agents can use MCPs in chat interactions and workflow nodes. Beam also exposes an MCP server for external platforms.

MCP protocol support

Beam agents support MCP (Model Context Protocol) for standardized agent-to-agent communication. Agents can use MCPs in chat interactions and workflow nodes. Beam also exposes an MCP server for external platforms.

Skills as Action Wrappers

Skills wrap integration actions into reusable capability packages. Assign a skill to an agent and it gains access to all wrapped actions.

Skills as Action Wrappers

Skills wrap integration actions into reusable capability packages. Assign a skill to an agent and it gains access to all wrapped actions.

Triggers for automatic agent starts

Webhook triggers, email listeners, integration events (Google Drive, Slack, Salesforce). Agents start automatically when events occur. No polling required.

Triggers for automatic agent starts

Webhook triggers, email listeners, integration events (Google Drive, Slack, Salesforce). Agents start automatically when events occur. No polling required.

Native enterprise connectors

Beam provides native connectors for major enterprise systems including SAP (ECC, S/4HANA), Oracle ERP, Workday, ServiceNow, Microsoft 365, Salesforce, Google Workspace, Slack, and others. Each connector exposes multiple actions. Workday provides employee lookup, payroll retrieval, and benefit update actions. SAP provides invoice creation, payment processing, and purchase order actions. Skills wrap these actions so agents access them through capability packages rather than system-specific configurations. Most connectors require no custom development. Connect, configure authentication, and agents start using actions immediately.

Native enterprise connectors

Beam provides native connectors for major enterprise systems including SAP (ECC, S/4HANA), Oracle ERP, Workday, ServiceNow, Microsoft 365, Salesforce, Google Workspace, Slack, and others. Each connector exposes multiple actions. Workday provides employee lookup, payroll retrieval, and benefit update actions. SAP provides invoice creation, payment processing, and purchase order actions. Skills wrap these actions so agents access them through capability packages rather than system-specific configurations. Most connectors require no custom development. Connect, configure authentication, and agents start using actions immediately.

Native enterprise connectors

Beam provides native connectors for major enterprise systems including SAP (ECC, S/4HANA), Oracle ERP, Workday, ServiceNow, Microsoft 365, Salesforce, Google Workspace, Slack, and others. Each connector exposes multiple actions. Workday provides employee lookup, payroll retrieval, and benefit update actions. SAP provides invoice creation, payment processing, and purchase order actions. Skills wrap these actions so agents access them through capability packages rather than system-specific configurations. Most connectors require no custom development. Connect, configure authentication, and agents start using actions immediately.

Native enterprise connectors

Pre-built actions ready

Wrap actions into skills

Custom integrations via OpenAPI

Connect custom systems and internal APIs by uploading OpenAPI 3.0 specifications. Beam extracts available endpoints from the OpenAPI spec and normalizes them into actions that can be wrapped into skills. For most enterprise clients, custom integrations represent about 80% of their integration needs—internal APIs, legacy systems, and proprietary tools.

Custom integrations via OpenAPI

Connect custom systems and internal APIs by uploading OpenAPI 3.0 specifications. Beam extracts available endpoints from the OpenAPI spec and normalizes them into actions that can be wrapped into skills. For most enterprise clients, custom integrations represent about 80% of their integration needs—internal APIs, legacy systems, and proprietary tools.

Custom integrations via OpenAPI

Connect custom systems and internal APIs by uploading OpenAPI 3.0 specifications. Beam extracts available endpoints from the OpenAPI spec and normalizes them into actions that can be wrapped into skills. For most enterprise clients, custom integrations represent about 80% of their integration needs—internal APIs, legacy systems, and proprietary tools.

Upload OpenAPI specs

Automatic action extraction

Works like native actions

Automatic authentication

Integrations authenticate using credentials configured once per connection. Supports OAuth 2.0 with automatic token refresh, API keys for service accounts, SAML for enterprise SSO, and basic authentication for legacy systems. When an agent executes an action, it uses the stored credentials automatically—no credential passing in workflows, no token management in agent code.

Automatic authentication

Integrations authenticate using credentials configured once per connection. Supports OAuth 2.0 with automatic token refresh, API keys for service accounts, SAML for enterprise SSO, and basic authentication for legacy systems. When an agent executes an action, it uses the stored credentials automatically—no credential passing in workflows, no token management in agent code.

Automatic authentication

Integrations authenticate using credentials configured once per connection. Supports OAuth 2.0 with automatic token refresh, API keys for service accounts, SAML for enterprise SSO, and basic authentication for legacy systems. When an agent executes an action, it uses the stored credentials automatically—no credential passing in workflows, no token management in agent code.

OAuth with auto refresh

API keys and SAML

Secure credential storage

Browser-based actions

Browser automation is available for systems that don't provide API access, but it's less reliable than API-based integrations. Browser actions simulate user interactions (clicks, form fills, navigation) which makes them fragile. They break when websites change layouts, add new popups, or update their UI. For enterprise systems, API-based integrations (native connectors or OpenAPI) are strongly recommended because they're more stable, faster, and handle errors better. Use browser-based actions only when API access isn't available and accept that they may require more maintenance and have lower reliability.

Browser-based actions

Browser automation is available for systems that don't provide API access, but it's less reliable than API-based integrations. Browser actions simulate user interactions (clicks, form fills, navigation) which makes them fragile. They break when websites change layouts, add new popups, or update their UI. For enterprise systems, API-based integrations (native connectors or OpenAPI) are strongly recommended because they're more stable, faster, and handle errors better. Use browser-based actions only when API access isn't available and accept that they may require more maintenance and have lower reliability.

Browser-based actions

Browser automation is available for systems that don't provide API access, but it's less reliable than API-based integrations. Browser actions simulate user interactions (clicks, form fills, navigation) which makes them fragile. They break when websites change layouts, add new popups, or update their UI. For enterprise systems, API-based integrations (native connectors or OpenAPI) are strongly recommended because they're more stable, faster, and handle errors better. Use browser-based actions only when API access isn't available and accept that they may require more maintenance and have lower reliability.

Browser automation available

Not recommended for production

Use only when no API exists

Action execution architecture

Actions are parameterized functions that agents call directly. When an invoice agent uses \

Action execution architecture

Actions are parameterized functions that agents call directly. When an invoice agent uses \

Action execution architecture

Actions are parameterized functions that agents call directly. When an invoice agent uses \

Function-based interface

Auto parameter validation

Error handling built-in

MCP protocol support

Beam agents support MCP (Model Context Protocol) for standardized agent-to-agent communication. Agents can use MCPs in chat interactions, enabling conversational agent collaboration, and within workflow nodes for programmatic agent communication. Beam also exposes an MCP server, allowing external platforms (like IBM WatsonX Orchestrate) to call Beam agents as tools. This means Beam agents can be invoked from any MCP-compatible platform. Your agents become accessible across your entire agent ecosystem. MCP provides a standardized way for agents to exchange context, tools, and capabilities, making multi-agent workflows more reliable across different platforms.

MCP protocol support

Beam agents support MCP (Model Context Protocol) for standardized agent-to-agent communication. Agents can use MCPs in chat interactions, enabling conversational agent collaboration, and within workflow nodes for programmatic agent communication. Beam also exposes an MCP server, allowing external platforms (like IBM WatsonX Orchestrate) to call Beam agents as tools. This means Beam agents can be invoked from any MCP-compatible platform. Your agents become accessible across your entire agent ecosystem. MCP provides a standardized way for agents to exchange context, tools, and capabilities, making multi-agent workflows more reliable across different platforms.

MCP protocol support

Beam agents support MCP (Model Context Protocol) for standardized agent-to-agent communication. Agents can use MCPs in chat interactions, enabling conversational agent collaboration, and within workflow nodes for programmatic agent communication. Beam also exposes an MCP server, allowing external platforms (like IBM WatsonX Orchestrate) to call Beam agents as tools. This means Beam agents can be invoked from any MCP-compatible platform. Your agents become accessible across your entire agent ecosystem. MCP provides a standardized way for agents to exchange context, tools, and capabilities, making multi-agent workflows more reliable across different platforms.

MCP protocol support

Beam exposes MCP server for external platforms

Agent-to-agent communication

Skills as Action Wrappers

Skills wrap integration actions into reusable capability packages—similar to how Claude uses MCP skills to expose tools. A Payment Processing skill might wrap SAP's create_payment, Oracle's submit_invoice, and Workday's approve_expense actions. Assign the skill to an agent and it gains access to all wrapped actions without needing to know which systems provide them. Skills abstract the integration layer: you define what an agent can do (payment processing), and the skill determines which specific actions are available. When you add new integrations, existing skills can wrap their actions and agents automatically gain new capabilities.

Skills as Action Wrappers

Skills wrap integration actions into reusable capability packages—similar to how Claude uses MCP skills to expose tools. A Payment Processing skill might wrap SAP's create_payment, Oracle's submit_invoice, and Workday's approve_expense actions. Assign the skill to an agent and it gains access to all wrapped actions without needing to know which systems provide them. Skills abstract the integration layer: you define what an agent can do (payment processing), and the skill determines which specific actions are available. When you add new integrations, existing skills can wrap their actions and agents automatically gain new capabilities.

Skills as Action Wrappers

Skills wrap integration actions into reusable capability packages—similar to how Claude uses MCP skills to expose tools. A Payment Processing skill might wrap SAP's create_payment, Oracle's submit_invoice, and Workday's approve_expense actions. Assign the skill to an agent and it gains access to all wrapped actions without needing to know which systems provide them. Skills abstract the integration layer: you define what an agent can do (payment processing), and the skill determines which specific actions are available. When you add new integrations, existing skills can wrap their actions and agents automatically gain new capabilities.

Skills wrap actions

Assign skills to agents

Integration-agnostic access

Integration-level security

RBAC is handled at the integration level via OAuth tokens, not in the Beam platform. When a user connects an integration, their OAuth token determines what permissions are available. If an agent tries to access data the token doesn't permit, the external system returns a Forbidden error—the same error that user would see accessing that system directly.

Integration-level security

RBAC is handled at the integration level via OAuth tokens, not in the Beam platform. When a user connects an integration, their OAuth token determines what permissions are available. If an agent tries to access data the token doesn't permit, the external system returns a Forbidden error—the same error that user would see accessing that system directly.

Integration-level security

RBAC is handled at the integration level via OAuth tokens, not in the Beam platform. When a user connects an integration, their OAuth token determines what permissions are available. If an agent tries to access data the token doesn't permit, the external system returns a Forbidden error—the same error that user would see accessing that system directly.

OAuth-based RBAC

External permission control

Azure AD integration

Triggers for automatic agent starts

Agents don't just respond to API calls. They can be triggered automatically by external events. Webhook triggers receive events from any system that can send HTTP requests. Email triggers listen to inboxes and start agents when emails arrive. Integration triggers watch for changes in connected systems. New files in Google Drive, updates in Salesforce, messages in Slack. Each integration exposes its own trigger events. Combine triggers with scheduled runs for complete automation: \

Triggers for automatic agent starts

Agents don't just respond to API calls. They can be triggered automatically by external events. Webhook triggers receive events from any system that can send HTTP requests. Email triggers listen to inboxes and start agents when emails arrive. Integration triggers watch for changes in connected systems. New files in Google Drive, updates in Salesforce, messages in Slack. Each integration exposes its own trigger events. Combine triggers with scheduled runs for complete automation: \

Triggers for automatic agent starts

Agents don't just respond to API calls. They can be triggered automatically by external events. Webhook triggers receive events from any system that can send HTTP requests. Email triggers listen to inboxes and start agents when emails arrive. Integration triggers watch for changes in connected systems. New files in Google Drive, updates in Salesforce, messages in Slack. Each integration exposes its own trigger events. Combine triggers with scheduled runs for complete automation: \

Webhook triggers for any HTTP event

Email triggers (inbox listeners)

Integration triggers (Google Drive, Slack, etc.)

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Start building custom AI agents to automate processes

Join our platform and start building AI agents for various types of automations.

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Start building custom AI agents to automate processes

Join our platform and start building AI agents for various types of automations.