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What is AUTOSAD?
AUTOSAD is an AI-powered platform designed to automate and streamline system architecture and design, systems engineering, and requirements management for enterprise. It leverages generative AI (GenAI) and large language models (LLMs) to reduce manual effort, accelerate development cycles, and improve accuracy in complex system design tasks. Below is a detailed breakdown of its core features and capabilities:
Software Architecture Document
AUTOSAD generates a comprehensive software architecture document that encapsulates all architectural decisions, design patterns, and component interactions in a clear, structured manner. This documentation is dynamically updated as the design evolves, ensuring accuracy and relevance.
Requirements Engineering
AUTOSAD utilizes AI to analyze requirements and provides precise engineering insights. It helps break down high-level requirements into detailed specifications, uncover ambiguities, and validate the feasibility of requirements, streamlining the entire engineering process.
Diagrams as Code
AUTOSAD generates human readable markup for making system diagrams and system models. You can edit or generate markup using our GenAI and generate diagrams with click of a button. It supports, Marmaid, PlantUML, Draw.io and Python Diagrams.
Models for Engineering Teams
Engineering teams can easily build application models, data models, interaction diagrams, and deployment models directly from requirements with just a few clicks or with simple prompts. AUTOSAD offers editable models and diagrams from a single pane of glass, enhancing collaboration and efficiency.
API Endpoints and Swagger
AUTOSAD uses GenAI to analyze your requirements and use cases to automatically generate required API Endpoints for entire system and generates swagger definitions for these endpoints.
Expert Information Modeler
AUTOSAD acts as expert data modeler and generates conceptual, logical and physical data models for your system by analyzing functional and non-functional requirements. Generate Data Models with simple prompts.
