# Deployments ## Create Deployment `agents.deployments.create(stragent_id, DeploymentCreateParams**kwargs) -> DeploymentCreateResponse` **post** `/agents/{agent_id}/deployments` Create a new deployment record in PENDING status. ### Parameters - `agent_id: str` - `docker_image: str` Full Docker image URI. - `helm_release_name: Optional[str]` Helm release name. - `registration_metadata: Optional[Dict[str, object]]` Git/build metadata (commit_hash, branch_name, author_name, author_email, build_timestamp). - `sgp_deploy_id: Optional[str]` SGP deployment ID. ### Returns - `class DeploymentCreateResponse: …` - `id: str` The unique identifier of the deployment. - `agent_id: str` The agent this deployment belongs to. - `docker_image: str` Full Docker image URI. - `is_production: bool` Whether this is the production deployment. - `status: Literal["Pending", "Ready", "Failed"]` Current deployment status. - `"Pending"` - `"Ready"` - `"Failed"` - `acp_url: Optional[str]` ACP URL set when agent registers. - `created_at: Optional[datetime]` When the deployment was created. - `expires_at: Optional[datetime]` When marked for cleanup. - `helm_release_name: Optional[str]` Helm release name for cleanup. - `promoted_at: Optional[datetime]` When promoted to production. - `registration_metadata: Optional[Dict[str, object]]` Git/build metadata from the agent pod. - `sgp_deploy_id: Optional[str]` Correlates to SGP's agentex_deploys.id. ### Example ```python import os from agentex import Agentex client = Agentex( api_key=os.environ.get("AGENTEX_SDK_API_KEY"), # This is the default and can be omitted ) deployment = client.agents.deployments.create( agent_id="agent_id", docker_image="docker_image", ) print(deployment.id) ``` #### Response ```json { "id": "id", "agent_id": "agent_id", "docker_image": "docker_image", "is_production": true, "status": "Pending", "acp_url": "acp_url", "created_at": "2019-12-27T18:11:19.117Z", "expires_at": "2019-12-27T18:11:19.117Z", "helm_release_name": "helm_release_name", "promoted_at": "2019-12-27T18:11:19.117Z", "registration_metadata": { "foo": "bar" }, "sgp_deploy_id": "sgp_deploy_id" } ``` ## List Deployments `agents.deployments.list(stragent_id, DeploymentListParams**kwargs) -> DeploymentListResponse` **get** `/agents/{agent_id}/deployments` List deployments for an agent, newest first. ### Parameters - `agent_id: str` - `limit: Optional[int]` Limit - `order_by: Optional[str]` Field to order by - `order_direction: Optional[str]` Order direction (asc or desc) - `page_number: Optional[int]` Page number ### Returns - `List[DeploymentListResponseItem]` - `id: str` The unique identifier of the deployment. - `agent_id: str` The agent this deployment belongs to. - `docker_image: str` Full Docker image URI. - `is_production: bool` Whether this is the production deployment. - `status: Literal["Pending", "Ready", "Failed"]` Current deployment status. - `"Pending"` - `"Ready"` - `"Failed"` - `acp_url: Optional[str]` ACP URL set when agent registers. - `created_at: Optional[datetime]` When the deployment was created. - `expires_at: Optional[datetime]` When marked for cleanup. - `helm_release_name: Optional[str]` Helm release name for cleanup. - `promoted_at: Optional[datetime]` When promoted to production. - `registration_metadata: Optional[Dict[str, object]]` Git/build metadata from the agent pod. - `sgp_deploy_id: Optional[str]` Correlates to SGP's agentex_deploys.id. ### Example ```python import os from agentex import Agentex client = Agentex( api_key=os.environ.get("AGENTEX_SDK_API_KEY"), # This is the default and can be omitted ) deployments = client.agents.deployments.list( agent_id="agent_id", ) print(deployments) ``` #### Response ```json [ { "id": "id", "agent_id": "agent_id", "docker_image": "docker_image", "is_production": true, "status": "Pending", "acp_url": "acp_url", "created_at": "2019-12-27T18:11:19.117Z", "expires_at": "2019-12-27T18:11:19.117Z", "helm_release_name": "helm_release_name", "promoted_at": "2019-12-27T18:11:19.117Z", "registration_metadata": { "foo": "bar" }, "sgp_deploy_id": "sgp_deploy_id" } ] ``` ## Get Deployment `agents.deployments.retrieve(strdeployment_id, DeploymentRetrieveParams**kwargs) -> DeploymentRetrieveResponse` **get** `/agents/{agent_id}/deployments/{deployment_id}` Get a specific deployment by ID. ### Parameters - `agent_id: str` - `deployment_id: str` ### Returns - `class DeploymentRetrieveResponse: …` - `id: str` The unique identifier of the deployment. - `agent_id: str` The agent this deployment belongs to. - `docker_image: str` Full Docker image URI. - `is_production: bool` Whether this is the production deployment. - `status: Literal["Pending", "Ready", "Failed"]` Current deployment status. - `"Pending"` - `"Ready"` - `"Failed"` - `acp_url: Optional[str]` ACP URL set when agent registers. - `created_at: Optional[datetime]` When the deployment was created. - `expires_at: Optional[datetime]` When marked for cleanup. - `helm_release_name: Optional[str]` Helm release name for cleanup. - `promoted_at: Optional[datetime]` When promoted to production. - `registration_metadata: Optional[Dict[str, object]]` Git/build metadata from the agent pod. - `sgp_deploy_id: Optional[str]` Correlates to SGP's agentex_deploys.id. ### Example ```python import os from agentex import Agentex client = Agentex( api_key=os.environ.get("AGENTEX_SDK_API_KEY"), # This is the default and can be omitted ) deployment = client.agents.deployments.retrieve( deployment_id="deployment_id", agent_id="agent_id", ) print(deployment.id) ``` #### Response ```json { "id": "id", "agent_id": "agent_id", "docker_image": "docker_image", "is_production": true, "status": "Pending", "acp_url": "acp_url", "created_at": "2019-12-27T18:11:19.117Z", "expires_at": "2019-12-27T18:11:19.117Z", "helm_release_name": "helm_release_name", "promoted_at": "2019-12-27T18:11:19.117Z", "registration_metadata": { "foo": "bar" }, "sgp_deploy_id": "sgp_deploy_id" } ``` ## Delete Deployment `agents.deployments.delete(strdeployment_id, DeploymentDeleteParams**kwargs) -> DeleteResponse` **delete** `/agents/{agent_id}/deployments/{deployment_id}` Delete a non-production deployment. ### Parameters - `agent_id: str` - `deployment_id: str` ### Returns - `class DeleteResponse: …` - `id: str` - `message: str` ### Example ```python import os from agentex import Agentex client = Agentex( api_key=os.environ.get("AGENTEX_SDK_API_KEY"), # This is the default and can be omitted ) delete_response = client.agents.deployments.delete( deployment_id="deployment_id", agent_id="agent_id", ) print(delete_response.id) ``` #### Response ```json { "id": "id", "message": "message" } ``` ## Promote Deployment `agents.deployments.promote(strdeployment_id, DeploymentPromoteParams**kwargs) -> DeploymentPromoteResponse` **post** `/agents/{agent_id}/deployments/{deployment_id}/promote` Promote a deployment to production with atomic cutover. ### Parameters - `agent_id: str` - `deployment_id: str` ### Returns - `class DeploymentPromoteResponse: …` - `id: str` The unique identifier of the deployment. - `agent_id: str` The agent this deployment belongs to. - `docker_image: str` Full Docker image URI. - `is_production: bool` Whether this is the production deployment. - `status: Literal["Pending", "Ready", "Failed"]` Current deployment status. - `"Pending"` - `"Ready"` - `"Failed"` - `acp_url: Optional[str]` ACP URL set when agent registers. - `created_at: Optional[datetime]` When the deployment was created. - `expires_at: Optional[datetime]` When marked for cleanup. - `helm_release_name: Optional[str]` Helm release name for cleanup. - `promoted_at: Optional[datetime]` When promoted to production. - `registration_metadata: Optional[Dict[str, object]]` Git/build metadata from the agent pod. - `sgp_deploy_id: Optional[str]` Correlates to SGP's agentex_deploys.id. ### Example ```python import os from agentex import Agentex client = Agentex( api_key=os.environ.get("AGENTEX_SDK_API_KEY"), # This is the default and can be omitted ) response = client.agents.deployments.promote( deployment_id="deployment_id", agent_id="agent_id", ) print(response.id) ``` #### Response ```json { "id": "id", "agent_id": "agent_id", "docker_image": "docker_image", "is_production": true, "status": "Pending", "acp_url": "acp_url", "created_at": "2019-12-27T18:11:19.117Z", "expires_at": "2019-12-27T18:11:19.117Z", "helm_release_name": "helm_release_name", "promoted_at": "2019-12-27T18:11:19.117Z", "registration_metadata": { "foo": "bar" }, "sgp_deploy_id": "sgp_deploy_id" } ``` ## Preview RPC `agents.deployments.preview_rpc(strdeployment_id, DeploymentPreviewRpcParams**kwargs) -> AgentRpcResponse` **post** `/agents/{agent_id}/deployments/{deployment_id}/rpc` Send an RPC request to a specific deployment (for preview testing). ### Parameters - `agent_id: str` - `deployment_id: str` - `method: Literal["event/send", "task/create", "message/send", 2 more]` - `"event/send"` - `"task/create"` - `"message/send"` - `"task/cancel"` - `"task/interrupt"` - `params: Params` The parameters for the agent RPC request - `class ParamsCreateTaskRequest: …` - `name: Optional[str]` Optional human-readable name for the task. When set it must be globally unique. task/create is get-or-create by name: reusing an existing name returns the existing task (with its prior history) instead of creating a new one, so omit name (or make it unique, e.g. by appending a UUID) whenever each call should produce a fresh task. - `params: Optional[Dict[str, object]]` The parameters for the task. On a get-or-create by name, providing params overwrites the existing task's params (it is not a pure read). - `task_metadata: Optional[Dict[str, object]]` Caller-provided metadata to persist on the task row. Only applied at task creation; ignored if a task with this name already exists. Forwarded to the agent inside the ACP payload for backward compatibility. - `class ParamsCancelTaskRequest: …` - `task_id: Optional[str]` The ID of the task to cancel. Either this or task_name must be provided. - `task_name: Optional[str]` The name of the task to cancel. Either this or task_id must be provided. - `class ParamsInterruptTaskRequest: …` - `task_id: Optional[str]` The ID of the task to interrupt. Either this or task_name must be provided. - `task_name: Optional[str]` The name of the task to interrupt. Either this or task_id must be provided. - `class ParamsSendMessageRequest: …` - `content: TaskMessageContentParam` The message that was sent to the agent - `class TextContent: …` - `author: MessageAuthor` The role of the messages author, in this case `system`, `user`, `assistant`, or `tool`. - `"user"` - `"agent"` - `content: str` The contents of the text message. - `attachments: Optional[List[Attachment]]` Optional list of file attachments with structured metadata. - `file_id: str` The unique ID of the attached file - `name: str` The name of the file - `size: int` The size of the file in bytes - `type: str` The MIME type or content type of the file - `format: Optional[TextFormat]` The format of the message. This is used by the client to determine how to display the message. - `"markdown"` - `"plain"` - `"code"` - `style: Optional[MessageStyle]` The style of the message. This is used by the client to determine how to display the message. - `"static"` - `"active"` - `type: Optional[Literal["text"]]` The type of the message, in this case `text`. - `"text"` - `class ReasoningContent: …` - `author: MessageAuthor` The role of the messages author, in this case `system`, `user`, `assistant`, or `tool`. - `summary: List[str]` A list of short reasoning summaries - `content: Optional[List[str]]` The reasoning content or chain-of-thought text - `style: Optional[MessageStyle]` The style of the message. This is used by the client to determine how to display the message. - `type: Optional[Literal["reasoning"]]` The type of the message, in this case `reasoning`. - `"reasoning"` - `class DataContent: …` - `author: MessageAuthor` The role of the messages author, in this case `system`, `user`, `assistant`, or `tool`. - `data: Dict[str, object]` The contents of the data message. - `style: Optional[MessageStyle]` The style of the message. This is used by the client to determine how to display the message. - `type: Optional[Literal["data"]]` The type of the message, in this case `data`. - `"data"` - `class ToolRequestContent: …` - `arguments: Dict[str, object]` The arguments to the tool. - `author: MessageAuthor` The role of the messages author, in this case `system`, `user`, `assistant`, or `tool`. - `name: str` The name of the tool that is being requested. - `tool_call_id: str` The ID of the tool call that is being requested. - `style: Optional[MessageStyle]` The style of the message. This is used by the client to determine how to display the message. - `type: Optional[Literal["tool_request"]]` The type of the message, in this case `tool_request`. - `"tool_request"` - `class ToolResponseContent: …` - `author: MessageAuthor` The role of the messages author, in this case `system`, `user`, `assistant`, or `tool`. - `content: object` The result of the tool. - `name: str` The name of the tool that is being responded to. - `tool_call_id: str` The ID of the tool call that is being responded to. - `is_error: Optional[bool]` Whether the tool call resulted in an error. `None` when the harness does not report a status. - `style: Optional[MessageStyle]` The style of the message. This is used by the client to determine how to display the message. - `type: Optional[Literal["tool_response"]]` The type of the message, in this case `tool_response`. - `"tool_response"` - `stream: Optional[bool]` Whether to stream the response message back to the client - `task_id: Optional[str]` The ID of the task that the message was sent to - `task_name: Optional[str]` The name of the task that the message was sent to - `task_params: Optional[Dict[str, object]]` The parameters for the task (only used when creating new tasks) - `class ParamsSendEventRequest: …` - `content: Optional[TaskMessageContentParam]` The content to send to the event - `task_id: Optional[str]` The ID of the task that the event was sent to - `task_name: Optional[str]` The name of the task that the event was sent to - `id: Optional[Union[int, str, null]]` - `int` - `str` - `jsonrpc: Optional[Literal["2.0"]]` - `"2.0"` ### Returns - `class AgentRpcResponse: …` - `result: Optional[AgentRpcResult]` The result of the agent RPC request - `List[TaskMessage]` - `content: TaskMessageContent` The content of the message. This content is not OpenAI compatible. These are messages that are meant to be displayed to the user. - `class TextContent: …` - `author: MessageAuthor` The role of the messages author, in this case `system`, `user`, `assistant`, or `tool`. - `"user"` - `"agent"` - `content: str` The contents of the text message. - `attachments: Optional[List[Attachment]]` Optional list of file attachments with structured metadata. - `file_id: str` The unique ID of the attached file - `name: str` The name of the file - `size: int` The size of the file in bytes - `type: str` The MIME type or content type of the file - `format: Optional[TextFormat]` The format of the message. This is used by the client to determine how to display the message. - `"markdown"` - `"plain"` - `"code"` - `style: Optional[MessageStyle]` The style of the message. This is used by the client to determine how to display the message. - `"static"` - `"active"` - `type: Optional[Literal["text"]]` The type of the message, in this case `text`. - `"text"` - `class ReasoningContent: …` - `author: MessageAuthor` The role of the messages author, in this case `system`, `user`, `assistant`, or `tool`. - `summary: List[str]` A list of short reasoning summaries - `content: Optional[List[str]]` The reasoning content or chain-of-thought text - `style: Optional[MessageStyle]` The style of the message. This is used by the client to determine how to display the message. - `type: Optional[Literal["reasoning"]]` The type of the message, in this case `reasoning`. - `"reasoning"` - `class DataContent: …` - `author: MessageAuthor` The role of the messages author, in this case `system`, `user`, `assistant`, or `tool`. - `data: Dict[str, object]` The contents of the data message. - `style: Optional[MessageStyle]` The style of the message. This is used by the client to determine how to display the message. - `type: Optional[Literal["data"]]` The type of the message, in this case `data`. - `"data"` - `class ToolRequestContent: …` - `arguments: Dict[str, object]` The arguments to the tool. - `author: MessageAuthor` The role of the messages author, in this case `system`, `user`, `assistant`, or `tool`. - `name: str` The name of the tool that is being requested. - `tool_call_id: str` The ID of the tool call that is being requested. - `style: Optional[MessageStyle]` The style of the message. This is used by the client to determine how to display the message. - `type: Optional[Literal["tool_request"]]` The type of the message, in this case `tool_request`. - `"tool_request"` - `class ToolResponseContent: …` - `author: MessageAuthor` The role of the messages author, in this case `system`, `user`, `assistant`, or `tool`. - `content: object` The result of the tool. - `name: str` The name of the tool that is being responded to. - `tool_call_id: str` The ID of the tool call that is being responded to. - `is_error: Optional[bool]` Whether the tool call resulted in an error. `None` when the harness does not report a status. - `style: Optional[MessageStyle]` The style of the message. This is used by the client to determine how to display the message. - `type: Optional[Literal["tool_response"]]` The type of the message, in this case `tool_response`. - `"tool_response"` - `task_id: str` ID of the task this message belongs to - `id: Optional[str]` The task message's unique id - `created_at: Optional[datetime]` The timestamp when the message was created - `streaming_status: Optional[Literal["IN_PROGRESS", "DONE"]]` - `"IN_PROGRESS"` - `"DONE"` - `updated_at: Optional[datetime]` The timestamp when the message was last updated - `class StreamTaskMessageStart: …` Event for starting a streaming message - `content: TaskMessageContent` - `index: Optional[int]` - `parent_task_message: Optional[TaskMessage]` Represents a message in the agent system. This entity is used to store messages in MongoDB, with each message associated with a specific task. - `content: TaskMessageContent` The content of the message. This content is not OpenAI compatible. These are messages that are meant to be displayed to the user. - `task_id: str` ID of the task this message belongs to - `id: Optional[str]` The task message's unique id - `created_at: Optional[datetime]` The timestamp when the message was created - `streaming_status: Optional[Literal["IN_PROGRESS", "DONE"]]` - `updated_at: Optional[datetime]` The timestamp when the message was last updated - `type: Optional[Literal["start"]]` - `"start"` - `class StreamTaskMessageDelta: …` Event for streaming chunks of content - `delta: Optional[TaskMessageDelta]` Delta for text updates - `class TextDelta: …` Delta for text updates - `text_delta: Optional[str]` - `type: Optional[Literal["text"]]` - `"text"` - `class DataDelta: …` Delta for data updates - `data_delta: Optional[str]` - `type: Optional[Literal["data"]]` - `"data"` - `class ToolRequestDelta: …` Delta for tool request updates - `name: str` - `tool_call_id: str` - `arguments_delta: Optional[str]` - `type: Optional[Literal["tool_request"]]` - `"tool_request"` - `class ToolResponseDelta: …` Delta for tool response updates - `name: str` - `tool_call_id: str` - `content_delta: Optional[str]` - `type: Optional[Literal["tool_response"]]` - `"tool_response"` - `class ReasoningSummaryDelta: …` Delta for reasoning summary updates - `summary_index: int` - `summary_delta: Optional[str]` - `type: Optional[Literal["reasoning_summary"]]` - `"reasoning_summary"` - `class ReasoningContentDelta: …` Delta for reasoning content updates - `content_index: int` - `content_delta: Optional[str]` - `type: Optional[Literal["reasoning_content"]]` - `"reasoning_content"` - `index: Optional[int]` - `parent_task_message: Optional[TaskMessage]` Represents a message in the agent system. This entity is used to store messages in MongoDB, with each message associated with a specific task. - `type: Optional[Literal["delta"]]` - `"delta"` - `class StreamTaskMessageFull: …` Event for streaming the full content - `content: TaskMessageContent` - `index: Optional[int]` - `parent_task_message: Optional[TaskMessage]` Represents a message in the agent system. This entity is used to store messages in MongoDB, with each message associated with a specific task. - `type: Optional[Literal["full"]]` - `"full"` - `class StreamTaskMessageDone: …` Event for indicating the task is done - `index: Optional[int]` - `parent_task_message: Optional[TaskMessage]` Represents a message in the agent system. This entity is used to store messages in MongoDB, with each message associated with a specific task. - `type: Optional[Literal["done"]]` - `"done"` - `class Task: …` - `id: str` - `cleaned_at: Optional[datetime]` - `created_at: Optional[datetime]` - `name: Optional[str]` - `params: Optional[Dict[str, object]]` - `status: Optional[Literal["CANCELED", "COMPLETED", "FAILED", 5 more]]` - `"CANCELED"` - `"COMPLETED"` - `"FAILED"` - `"RUNNING"` - `"INTERRUPTED"` - `"TERMINATED"` - `"TIMED_OUT"` - `"DELETED"` - `status_reason: Optional[str]` - `task_metadata: Optional[Dict[str, object]]` - `updated_at: Optional[datetime]` - `class Event: …` - `id: str` The UUID of the event - `agent_id: str` The UUID of the agent that the event belongs to - `sequence_id: int` The sequence ID of the event - `task_id: str` The UUID of the task that the event belongs to - `content: Optional[TaskMessageContent]` The content of the event - `created_at: Optional[datetime]` The timestamp of the event - `id: Optional[Union[int, str, null]]` - `int` - `str` - `error: Optional[object]` - `jsonrpc: Optional[Literal["2.0"]]` - `"2.0"` ### Example ```python import os from agentex import Agentex client = Agentex( api_key=os.environ.get("AGENTEX_SDK_API_KEY"), # This is the default and can be omitted ) agent_rpc_response = client.agents.deployments.preview_rpc( deployment_id="deployment_id", agent_id="agent_id", method="event/send", params={}, ) print(agent_rpc_response.id) ``` #### Response ```json { "result": [ { "content": { "author": "user", "content": "content", "attachments": [ { "file_id": "file_id", "name": "name", "size": 0, "type": "type" } ], "format": "markdown", "style": "static", "type": "text" }, "task_id": "task_id", "id": "id", "created_at": "2019-12-27T18:11:19.117Z", "streaming_status": "IN_PROGRESS", "updated_at": "2019-12-27T18:11:19.117Z" } ], "id": 0, "error": {}, "jsonrpc": "2.0" } ``` ## Domain Types ### Deployment Create Response - `class DeploymentCreateResponse: …` - `id: str` The unique identifier of the deployment. - `agent_id: str` The agent this deployment belongs to. - `docker_image: str` Full Docker image URI. - `is_production: bool` Whether this is the production deployment. - `status: Literal["Pending", "Ready", "Failed"]` Current deployment status. - `"Pending"` - `"Ready"` - `"Failed"` - `acp_url: Optional[str]` ACP URL set when agent registers. - `created_at: Optional[datetime]` When the deployment was created. - `expires_at: Optional[datetime]` When marked for cleanup. - `helm_release_name: Optional[str]` Helm release name for cleanup. - `promoted_at: Optional[datetime]` When promoted to production. - `registration_metadata: Optional[Dict[str, object]]` Git/build metadata from the agent pod. - `sgp_deploy_id: Optional[str]` Correlates to SGP's agentex_deploys.id. ### Deployment List Response - `List[DeploymentListResponseItem]` - `id: str` The unique identifier of the deployment. - `agent_id: str` The agent this deployment belongs to. - `docker_image: str` Full Docker image URI. - `is_production: bool` Whether this is the production deployment. - `status: Literal["Pending", "Ready", "Failed"]` Current deployment status. - `"Pending"` - `"Ready"` - `"Failed"` - `acp_url: Optional[str]` ACP URL set when agent registers. - `created_at: Optional[datetime]` When the deployment was created. - `expires_at: Optional[datetime]` When marked for cleanup. - `helm_release_name: Optional[str]` Helm release name for cleanup. - `promoted_at: Optional[datetime]` When promoted to production. - `registration_metadata: Optional[Dict[str, object]]` Git/build metadata from the agent pod. - `sgp_deploy_id: Optional[str]` Correlates to SGP's agentex_deploys.id. ### Deployment Retrieve Response - `class DeploymentRetrieveResponse: …` - `id: str` The unique identifier of the deployment. - `agent_id: str` The agent this deployment belongs to. - `docker_image: str` Full Docker image URI. - `is_production: bool` Whether this is the production deployment. - `status: Literal["Pending", "Ready", "Failed"]` Current deployment status. - `"Pending"` - `"Ready"` - `"Failed"` - `acp_url: Optional[str]` ACP URL set when agent registers. - `created_at: Optional[datetime]` When the deployment was created. - `expires_at: Optional[datetime]` When marked for cleanup. - `helm_release_name: Optional[str]` Helm release name for cleanup. - `promoted_at: Optional[datetime]` When promoted to production. - `registration_metadata: Optional[Dict[str, object]]` Git/build metadata from the agent pod. - `sgp_deploy_id: Optional[str]` Correlates to SGP's agentex_deploys.id. ### Deployment Promote Response - `class DeploymentPromoteResponse: …` - `id: str` The unique identifier of the deployment. - `agent_id: str` The agent this deployment belongs to. - `docker_image: str` Full Docker image URI. - `is_production: bool` Whether this is the production deployment. - `status: Literal["Pending", "Ready", "Failed"]` Current deployment status. - `"Pending"` - `"Ready"` - `"Failed"` - `acp_url: Optional[str]` ACP URL set when agent registers. - `created_at: Optional[datetime]` When the deployment was created. - `expires_at: Optional[datetime]` When marked for cleanup. - `helm_release_name: Optional[str]` Helm release name for cleanup. - `promoted_at: Optional[datetime]` When promoted to production. - `registration_metadata: Optional[Dict[str, object]]` Git/build metadata from the agent pod. - `sgp_deploy_id: Optional[str]` Correlates to SGP's agentex_deploys.id.