agentic-dev-io/mcp-b

Overview

This skill implements SmartACE: a workflow engine that coordinates agentic context engineering, dual databases, and visual bridges for end-to-end Human→Visual pipelines. It combines MCP-B (Master Client Bridge) for agent-to-agent communication, AMUM progressive alignment, QCI quantum-coherence concepts, and ETHIC enforcement while using DuckDB for analytics and SurrealDB for graph relationships. Blender 5.0 and UE5 Remote Control serve as the data-to-visual bridge, enabling headless, procedural, and real-time rendering workflows.

How this skill works

Smart-workflows inspects and orchestrates message flows between agents using the MCP-B layered protocol (routing, binary state vectors, tokenized payloads, and INQC commands). It keeps analytics and SQL-native workflows in DuckDB (including Query.Farm extensions and DuckLake time travel) while modeling networks, agent relationships, and live queries in SurrealDB. Blender (bpy 5.0) streams zero-copy float buffers and SDF geometry for visualization, and UE5 Remote Control or WebGPU delivers rendered views back into the AMUM feedback loop for continuous learning.

When to use it

• Coordinating multi-agent systems with robust agent-to-agent routing and state synchronization (MCP-B).
• Implementing progressive model alignment and feedback loops (AMUM 3→6→9).
• Running analytics-driven workflows and time-travel SQL experiments in DuckDB.
• Modeling agent relationships, topology, and live queries in a graph database (SurrealDB).
• Automating headless Blender 5.0 geometry/volume processing and UE5 scene control for batch visual generation.

Best practices

• Design MCP-B messages with clear header, binary state, payload, and INQC command segments for predictable parsing.
• Keep heavy analytics and vector search in DuckDB; offload relationship and traversal queries to SurrealDB.
• Use zero-copy float32 buffers between DuckDB and bpy to avoid serialization bottlenecks.
• Enforce ETHIC principles at the protocol layer: mark flags in binary state vectors and validate with AMUM checkpoints.
• Prefer SQL-native macros for encoding/decoding MCP-B messages to keep workflow logic auditable and testable.

Example use cases

• A distributed simulation where agents register and discover neighbors via MCP-B NODE messages, analytics run in DuckDB, and visual states render in Blender for human review.
• An ML inference pipeline that stores embeddings and vector indices in DuckDB, uses infera/vss for search, and visualizes top results as SDF volumes in Blender.
• Real-time scene control where SurrealDB tracks agent relationships, MCP-B CONNECT establishes persistent links, and UE5 streams rendered viewpoints for low-latency monitoring.
• Compliance workflows that tag and gate operations using ETHIC flags, with audits encoded in DuckLake time-travel snapshots.