SlideSpeak

Converts natural language descriptions into complete presentation structures by parsing user intent, generating slide content, and organizing it into a logical presentation flow. The MCP server acts as an intermediary between LLM clients and presentation generation logic, allowing Claude or other AI models to orchestrate multi-step presentation creation through structured tool calls that specify slide content, layout, and ordering.

Provides MCP tools that allow LLMs to specify individual slide content (title, body text, bullet points, speaker notes) along with layout templates and styling directives. The server translates these structured specifications into presentation elements, handling text formatting, content organization, and slide-level metadata that maps to PowerPoint or similar formats.

Orchestrates the creation of complete presentations by managing slide sequences, numbering, and cross-references. The MCP server accepts a list of slide specifications and assembles them into a coherent presentation with proper slide ordering, automatic numbering, and structural integrity. This capability handles the composition logic that transforms individual slide definitions into a complete, navigable presentation file.

Implements the Model Context Protocol (MCP) server specification, exposing presentation generation capabilities as standardized tools that Claude and other MCP-compatible clients can discover and invoke. The server defines tool schemas (input parameters, output types) that allow LLMs to understand available operations, their constraints, and expected results, enabling natural language-to-presentation workflows through Claude's native tool-use system.

Converts internal presentation representations into standard PowerPoint (.pptx) files that can be opened in Microsoft Office, Google Slides, or other compatible applications. The export process handles serialization of slide content, layout information, and metadata into the Office Open XML format, ensuring compatibility with standard presentation software and enabling users to further edit generated presentations.

Validates slide content, layout specifications, and presentation structure before export to catch errors early and provide meaningful feedback to the LLM. The validation layer checks for missing required fields, invalid layout types, content length constraints, and structural inconsistencies, returning detailed error messages that allow Claude to correct issues and retry generation without producing malformed presentations.