"Executing Orders on Alpaca Trading Platform" matching MCP servers:

Enables AI agents to remotely operate visual design tools via MCP protocol, with composable architecture for image processing, file operations, and workflow automation.

Enables MCP clients to control ZWCAD on Windows, providing 26 automation tools for 2D/3D drawing, annotation, entity editing, document management, and more.

Lets any MCP-compatible AI assistant read and edit Autodesk Civil 3D drawings through tools for alignments, surfaces, corridors, pipe networks, quantity takeoff, and cut/fill, using a local bridge plugin and named pipes.

Connects MCP clients to a local Blender + Bonsai (BlenderBIM) session for scene inspection, IFC project querying, viewport screenshots, and executing Python code in Blender.

Enables AI agents to connect to Adobe After Effects locally, inspecting projects, comps, and layers, discovering and executing a catalog of operations, rendering frames, and saving projects, with on-demand skill-based guidance.

Enables to control FreeCAD from Claude Desktop through MCP, allowing CAD operations like creating and editing objects, taking screenshots, and executing Python code.

Enables automated CAD operations via natural language, supporting both AutoCAD LT on Windows and headless DXF generation on any platform.

Enables Claude Desktop to control FreeCAD for 3D CAD modeling, including creating, editing, and deleting objects, executing Python code, and running FEM analyses.

Enables AI assistants to drive a live Blender session over MCP by creating and transforming primitives, building and assigning materials, inspecting scenes and objects, capturing viewport screenshots, and executing arbitrary bpy Python. Commands are relayed over a local TCP bridge to a Blender add-on and executed on Blender's main thread, supporting multiple simultaneous AI clients.

Enables typed Gaea terrain builds and output verification for DCC-MCP, including inspecting templates, planning CLI arguments, executing bounded builds, and verifying exported height/weight images with dimensions and SHA-256 receipts.

Enables executing any Figma Plugin API code via a single tool, providing full access to Figma node manipulation through natural language.

Enables MCP-compatible AI clients to read and modify the user's currently open Figma file by executing JavaScript in Figma's sandbox, all through a local bridge with status monitoring, node jumping, and automatic rollback on errors.

Revit integration via Autodesk Platform Services — Extract elements, parameters, run schedules, detect clashes, export IFC.

Enables AI agents to directly control SideFX Houdini, including creating nodes, setting parameters, executing Python, capturing viewports, and rendering frames, via 57 MCP tools.

Enables an agent to open a tldraw.com board in a controlled Chrome tab and draw on it by executing JavaScript against the page's own editor, so edits sync to the shared board. It also captures PNG exports of the view, page, selection, or specific shapes.

Enables AI agents to create, read, validate and edit CAD drawings through a single typed contract, driving either a live AutoCAD seat over COM on Windows or a headless ezdxf engine on any platform. It covers mechanical parts and ISO-compliant sheets, architectural floor plans with measured room areas, P&ID drafting and graph reading, takeoff workbooks, plus dimension, tolerance and GD&T validation with screenshots and critique reports.

Enables AI agents to draft, edit, read, and validate CAD drawings either by driving a live AutoCAD session over COM or headlessly through ezdxf on any platform, spanning mechanical parts, architectural plans, P&IDs, ISO-compliant dimensioning and GD&T, and quantity takeoffs into spreadsheets.

Enables AI agents to create, edit, and interrogate CAD drawings through one typed contract, driving either a live AutoCAD session over COM or a headless ezdxf engine on any platform. It covers ISO-standard drafting, mechanical and architectural parts, P&ID schematics, dimension-tolerance and GD&T validation, plus reading existing drawings and generating takeoff workbooks.

Enables AI agents to drive CAD automation through a large typed tool surface, either against a live desktop CAD seat over COM on Windows or a headless ezdxf engine on any platform. It covers drafting and symbol libraries, ISO/ANSI dimension, GD&T and tolerance validation, mechanical, architectural and P&ID sheets, drawing understanding and critique, and takeoff workbooks.

Enables AI agents to draft, read, and validate CAD drawings through a single typed contract, driving either a live AutoCAD session over COM on Windows or a headless ezdxf engine on any platform. It covers mechanical parts with ISO GD&T and dimension tolerances, architectural floor plans, P&ID symbols and takeoffs, standards-compliant sheets, and one-call understanding of drawings made elsewhere.

Enables AI agents to create, inspect, and validate production-grade CAD drawings through one typed contract, driving either a live AutoCAD session over COM or a headless DXF engine on any platform. Covers ISO-compliant mechanical, architectural, and P&ID drafting with dimension-tolerance and GD&T validation, drawing critique, rendering, and quantity takeoffs.

Enables AI agents to automate CAD drafting either live through COM on Windows or headlessly via ezdxf on any platform, with one typed contract across both engines. It covers ISO-compliant mechanical, architectural and P&ID drawing generation, dimension and tolerance validation, and reading back, critiquing and taking off from existing drawings.

Enables AI agents to author, edit, read back, and validate AutoCAD drawings — including ISO-compliant mechanical sheets, architectural floor plans, and P&ID diagrams with dimensions, GD&T, and takeoffs — either live through COM on Windows or headlessly through ezdxf on any platform. It also exposes tool packs, discovery search, and drawing-critique checks so agents can work without paying the full catalog's idle token cost.

Enables AI agents to drive production-grade CAD automation either live through COM on Windows or headlessly via ezdxf on any platform, using one typed contract across both engines. It covers drawing creation, P&ID, mechanical and architectural drafting, ISO GD&T and dimension-tolerance validation, takeoffs, and drawing understanding.

Enables AI agents to draft, edit and inspect CAD drawings through a single typed tool contract, driving a live AutoCAD session over COM on Windows or working headlessly with ezdxf on any platform. It covers ISO-compliant dimensioning and GD&T, P&ID, mechanical and architectural sheets, drawing critique and understanding, and quantity takeoffs exported to workbooks.

Enables AI agents to author, inspect, and validate CAD drawings either by driving a live AutoCAD session over COM on Windows or headlessly through ezdxf on any platform. It covers mechanical, architectural, and P&ID work — including ISO-compliant dimensioning, tolerances, symbols, schedules, and takeoff workbooks — with tool packs and discovery modes to control context cost.

Enables AI agents to draft, read back, validate and take off real CAD drawings — mechanical parts and sheets, architectural plans with measured room areas, and P&IDs — through a typed tool contract covering ISO GD&T, dimension tolerances, ISO/ANSI standards and schedules. It drives either a live desktop drafting seat over COM on Windows or a headless DXF engine on any platform, with tool packs and discovery mode to keep the advertised surface cheap.

Enables AI agents to automate AutoCAD drafting, drawing understanding, and quantity takeoffs either through a live COM connection on Windows or headlessly via ezdxf on any platform. It covers P&ID, mechanical, and architectural workflows with ISO/ANSI standards — symbols, dimensions, layers, frames, title blocks, parts lists, schedules, and validation of drawings made by others.

Enables AI agents to draw, edit, inspect, and validate production CAD drawings through 247 tools, driving either a live AutoCAD session over COM on Windows or a headless ezdxf engine on any platform from one typed contract. It covers ISO-standard layers, dimensions and tolerances, mechanical parts, architecture, P&ID drafting and reading, plus drawing critique, diffing, and quantity takeoffs into workbooks.

Enables AI assistants to control Houdini by executing Python code, querying scene information, and creating nodes via the Model Context Protocol.