Features Pricing About Get access →
FULL FEATURE REFERENCE

Everything in the stack.

From request routing to persistent memory to symbolic reasoning — all self-hosted, all auditable.

ROUTING

The right model, every time.

AUTO ROUTING

dream-weaver/auto

A mixture-of-experts classifier (lightweight, <5ms overhead) reads request content and intent, then dispatches to the best available backend. Classifications: code, reasoning, long-context, creative, fast-lookup.

EXPLICIT ROUTING

Direct model addressing

Override auto-routing with explicit model IDs: qwen3:8b, codestral:22b, claude-sonnet-4-6, gpt-5.4, gemini-3.1-pro, and more. Full model list via GET /v1/models.

POLICY ROUTING

User/team/request-level policies

Define routing policies in config: block cloud backends for specific API keys, force local for regex-matched content, rate-limit by backend cost tier. Policies are YAML, version-controlled, hot-reloadable.

FALLBACK CHAINS

Resilient multi-backend fallover

Configure fallback chains per model class. If the primary backend times out or errors, the request falls to the next in chain — transparently, with the same response format. No client-side retry logic needed.

MEMORY SUBSYSTEM

Context that persists — and reasons.

SEMANTIC SEARCH

pgvector + mxbai-embed-large

1024-dim embeddings stored in Postgres. Cosine similarity search across all stored memories with configurable threshold. Results injected into prompt context automatically or on demand.

MEMORY TYPES

Episodic, semantic, and working

Episodic memory captures conversation turns. Semantic memory stores facts and documents. Working memory (via LSR) holds structured facts for the current reasoning session.

MCP COMPATIBLE

Claude Desktop, IDE plugins, agents

Exposes memory as MCP tools: dw_memory_search, dw_memory_store, dw_health. Any MCP-aware client can read and write the memory layer.

LSR — LOGICAL & SYMBOLIC REASONING

Neuro-symbolic, not just neural.

LSR is an optional reasoning pod that augments LLM responses with Prolog-style symbolic rules. Structured queries — rule-following, constraint satisfaction, fact-checking — get hybrid answers that don't hallucinate facts the logic already knows.

ILP — INDUCTIVE LOGIC PROGRAMMING

Rules learned from examples

LSR can infer new rules from provided examples using ILP. Feed it positive and negative instances; it derives the Horn clauses. Persists rules in the working memory session store.

WORKING MEMORY API

Structured fact store per session

POST facts as Prolog terms via /reasoning/working-memory. Query via /reasoning/query. Facts persist for the session lifecycle and can be exported/imported.

COMPATIBILITY

Works with everything you already use.

SDKs

openai-python, openai-node, langchain, llama-index, pydantic-ai, instructor, litellm

PROTOCOLS

OpenAI Chat Completions v1, Embeddings v1, Models list. Streaming SSE. Function calling. JSON mode.

LOCAL BACKENDS

Ollama (all models), llama.cpp, vLLM, TGI, any OpenAI-compatible local server

CLOUD BACKENDS

Anthropic, OpenAI, Google Gemini, Mistral, Cohere, Together, OpenRouter, Groq, any OpenAI-compat API

Ready to try it?

Early access is open for teams with local GPU hardware or data privacy requirements.