Deepnote AI

Deepnote AI's AI Copilot is a game-changer for data exploration in notebooks. In the rapidly evolving landscape of data analytics, generative AI is bringing about revolutionary changes. The ability to use natural language to work more effectively with analytical code, generate data visualizations from business inquiries, and sift through large datasets in a conversational manner are exciting advancements. While the full integration of AI into regular analytical workflows is yet to be fully realized, the potential is immense. Deepnote believes that data notebooks are set to play a crucial role in this transformation. Unlike simple chat interfaces, notebooks offer a more dynamic and versatile platform for AI-assisted data exploration. They allow for a more seamless integration of AI assistance, keeping users immersed in their workflow. The modular structure and iterative cycle of notebooks provide intuitive touchpoints to engage AI as needed. Moreover, notebooks contain a wealth of context that Large Language Models (LLMs) can leverage to provide more relevant responses. The AI Copilot is designed to meet the needs of power-users, such as data scientists and analysts. It provides lightning-fast code suggestions, understanding the context of the entire notebook. The more text and code written as context, the more relevant the suggestions become. Partnering with Codeium, the AI Copilot offers a combination of speed, model performance, and generous context windows. Customers in the Beta programme reported a significant boost in productivity, comparable to that in classic IDEs using Github Copilot, along with the added benefits of collaborative notebooks. Deepnote AI is just the beginning. The team is working on many more exciting features to enhance productivity for analytics professionals and lower the barrier to entry for impactful data work. Conversational AI features for generating, editing, debugging, and understanding code and SQL are on the horizon, as well as more ambitious projects to leverage the unique attributes of notebooks as a computational medium.