Cocosplate AI

Cocosplate AI is a modern, easy-to-use platform that lets users create UML activity diagrams directly in their browser. These diagrams can execute workflows, manage emails, and use AI chatbot endpoints for natural language processing. It's designed to help medium-sized businesses model decisions, manage emails, and perform sentiment analysis on texts. Cocosplate AI also supports custom Python scripts, making it a versatile tool for various business needs.

Benefits

Cocosplate AI offers several key benefits that enhance workflow automation and efficiency. The platform's customizable activity diagrams provide endless possibilities for creating tailored workflows. Users can evaluate and integrate large language model (LLM) prompts immediately into their activity diagrams. Cocosplate supports the OpenAI API (subscription required) and can operate on local or intranet-accessible language models like llama2 with GPT4all, ensuring compliance with the European GDPR. The sentiment detection module is particularly useful for identifying negative customer input, which can trigger a manual review instead of an automated response.

Use Cases

Cocosplate AI can be used in various scenarios to streamline business processes. For example, it can be configured to receive and act on user inputs via email clicks. Users can accept or decline a request sent via email by clicking links in the message. If no response is received within a specified timespan, a timeout event occurs, which may consider the request obsolete or declined. The platform includes a template editor with an intuitive interface for creating and maintaining custom texts for bulk processing. This editor supports quick links to insert available actions and variables derived from the diagram, as well as macros to determine which text snippets to use. All data processed within the workflow can be accessed and inserted into the text.

Cocosplate AI also supports Python scripts that can utilize the data within the workflow. The output generated by these scripts can be used in subsequent steps in the diagram, allowing users to extend workflows to meet their specific needs and determine which exit to take.