Claude Platform Docs

Dreams

Dream erstellen
POST/v1/dreams
Dreams auflisten
GET/v1/dreams
Dream abrufen
GET/v1/dreams/{dream_id}
Dream abbrechen
POST/v1/dreams/{dream_id}/cancel
Dream archivieren
POST/v1/dreams/{dream_id}/archive
Models
BetaDream object{ type, id, archived_at, 11 more }

An asynchronous memory-consolidation job that reads a memory store plus a set of session transcripts and writes consolidated memories into an output memory store — a new store by default, or an existing store chosen via output_behavior. The Dreams API is in research preview: the request and response shapes are volatile and may change without the deprecation period that applies to generally-available endpoints.

BetaDreamError object{ type, message }

Failure detail for a Dream whose status is failed.

type: string
message: string
BetaDreamInput = BetaDreamMemoryStoreInput { type, memory_store_id } or BetaDreamSessionsInput { type, session_ids }
One of the following:
BetaDreamMemoryStoreInput object{ type, memory_store_id }

An input memory store the dream reads from. The dream never mutates this store unless it is also the destination: with output_behavior {type: "update_existing"} the job consolidates this store in place.

type: "memory_store"
memory_store_id: string
minLength1
BetaDreamSessionsInput object{ type, session_ids }

Input session transcripts the dream reads.

type: "sessions"
session_ids: array of string
BetaDreamMemoryStoreInput object{ type, memory_store_id }

An input memory store the dream reads from. The dream never mutates this store unless it is also the destination: with output_behavior {type: "update_existing"} the job consolidates this store in place.

type: "memory_store"
memory_store_id: string
minLength1
BetaDreamMemoryStoreOutput object{ type, memory_store_id }

An output memory store the dream writes consolidated memories into.

type: "memory_store"
memory_store_id: string
BetaDreamModelConfig object{ id, speed }

Model identifier and configuration applied to every pipeline stage. Same wire shape as the Agents API ModelConfig.

id: string

Model identifier, e.g. "claude-opus-5". 1-256 characters.

minLength1
maxLength256
speed: optional "standard" or "fast"

Inference speed mode. fast provides significantly faster output token generation at premium pricing. Not all models support fast; invalid combinations are rejected at create time.

One of the following:
"standard"
"fast"
BetaDreamModelConfigParam object{ id, speed }

Model identifier and configuration applied to every pipeline stage.

id: string

Model identifier, e.g. "claude-opus-5". 1-256 characters.

minLength1
maxLength256
speed: optional "standard" or "fast" or null

Inference speed mode. fast provides significantly faster output token generation at premium pricing. Not all models support fast; invalid combinations are rejected at create time.

One of the following:
"standard"
"fast"
BetaDreamOutput object{ type, memory_store_id }

An output memory store the dream writes consolidated memories into.

type: "memory_store"
memory_store_id: string
BetaDreamSessionsInput object{ type, session_ids }

Input session transcripts the dream reads.

type: "sessions"
session_ids: array of string
BetaDreamStatus = "pending" or "running" or "completed" or 2 more

Lifecycle status of a Dream.

One of the following:
"pending"
"running"
"completed"
"failed"
"canceled"
BetaDreamUsage object{ cache_creation_input_tokens, cache_read_input_tokens, input_tokens, output_tokens }

Cumulative token usage for the dream across every pipeline stage.

cache_creation_input_tokens: number

Total tokens used to create prompt-cache entries (sum of all TTL tiers).

formatint32
cache_read_input_tokens: number

Total tokens read from prompt cache.

formatint32
input_tokens: number

Total uncached input tokens consumed across every pipeline stage.

formatint32
output_tokens: number

Total output tokens generated across every pipeline stage.

formatint32
BetaDreamingError = BetaInvalidRequestError { type, message } or BetaAuthenticationError { type, message } or BetaBillingError { type, message } or 7 more
One of the following:
BetaOutputBehavior = BetaOutputBehaviorCreateNew { type } or BetaOutputBehaviorUpdateExisting { type, memory_store_id }
One of the following:
BetaOutputBehaviorCreateNew object{ type }

The default destination: the job creates a new output memory store as a clone of the memory_store input and writes the consolidated memories into it. The input store is never mutated.

type: "create_new"
BetaOutputBehaviorUpdateExisting object{ type, memory_store_id }

The job writes the consolidated memories into this existing memory store instead of creating one. In EAP the store must be the job's own memory_store input, so the job consolidates the store in place.

type: "update_existing"
memory_store_id: string
minLength1
BetaOutputBehaviorCreateNew object{ type }

The default destination: the job creates a new output memory store as a clone of the memory_store input and writes the consolidated memories into it. The input store is never mutated.

type: "create_new"
BetaOutputBehaviorUpdateExisting object{ type, memory_store_id }

The job writes the consolidated memories into this existing memory store instead of creating one. In EAP the store must be the job's own memory_store input, so the job consolidates the store in place.

type: "update_existing"
memory_store_id: string
minLength1
BetaTargetStoreHeldError object{ type, message }

The output_behavior.memory_store_id target is still held by a prior {type: "update_existing"} dream — one that is pending or running, or was canceled with its final writes still landing. Rarely the named dream has just finished (completed/failed) and its execution is still closing; an immediate retry then almost always succeeds. The message names the holding dream when the server can identify it (rarely omitted); poll it to a terminal state or cancel it, then retry. Carried with x-should-retry: false.

type: "conflict_error"
message: optional string

Human-readable description of the conflict, naming the dream that holds the target store when the server can identify it.