Welcome to the forefront of conversational AI as we explore the fascinating world of AI chatbots in our dedicated blog series. Discover the latest advancements, applications, and strategies that propel the evolution of chatbot technology. From enhancing customer interactions to streamlining business processes, these articles delve into the innovative ways artificial intelligence is shaping the landscape of automated conversational agents. Whether you’re a business owner, developer, or simply intrigued by the future of interactive technology, join us on this journey to unravel the transformative power and endless possibilities of AI chatbots.
On September 29, 2026, Open AI, during its annual DevDay event launched AI Dots in San Francisco. This new agentic ai model helps the users to work even when they are not available, in a much smarter way.
Now the answers would not be confined to only the prompted question but more comprehensive. Read below to know more.
During lockdown we all had classes, work meetings and casual calls and for all of them held virtually for both unofficial reasons. Somewhere or the other we always wondered what if I had an AI agent that could be present here instead of me. Did you know that this can happen now?
Imagine finishing your classes, shutting your laptop and going to sleep. Only to wake up and find out that your AI agent has continued working on the project you assigned it. That is the idea behind DotsOpenAI’s always‑on AI agents announced on September 29. Unlike a chatbot that waits for every prompt, Dots are designed to take a goal to work through multiple steps on its own and return with a completed task.
OpenAI says Dots are powered by GPT‑6 Astra and operate through their cloud computer and browser.
So what is the difference between Dots and a regular AI chatbot? Let us undertsand. A student could give Dot a task rather than asking one question at a time or in other words, it can work across applications, continue projects in the background and communicate with users through ChatGPT, Slack and Teams. They can also remember context and learn from feedback allowing them to understand a user's preferences and working style over time, rather than just giving AI based prompted answers, or tasks.
For example, instead of saying "help me with my Maths assignment " the idea is closer to saying "here is my Maths project and what I want to achieve. Keep working on it and come back when something needs my attention." Therefore, Dot’s main idea is persistence powered by the GPT-6 Astra model .
For students the possibilities are interesting and helpful. A Dot could help organize research, keep track of information related to a project draft work, analyze content and manage several tasks at once.
OpenAI has already been working on tools designed for education. These tools help college students build study plans, make quizzes, create flashcards and generate explanations using their course materials without having the need to give the prompt. So, in other words, it's smart and ready enough for the next steps already.
This could change how students see and use AI. By just being a search box AI could become a digital study partner that keeps working even when the student is not actively using it.
Yes. That is what basically OpenAIs ", on" design is meant to allow. Dots can keep working on the projects that are assigned to them even when the student is not online and does not need to guide every step. However, if any user has doubts with the technology they can look at their Dots computer, and watch the work that is happening through Activity View.
Also, the phrase "working while you sleep" does not mean that Dots are given control.
Dots have permissions and rules that decide what they can do on their own. Some sensitive actions, for example changing a password, still stay under the user’s control.
There is a catch. OpenAI itself says Dots can make mistakes and advises users to review the work. That matters more for students because an AI-generated explanation, research findings can still be wrong even when it appears convincing.
OpenAI has also tested Dots against prompt-injections and other attacks which are designed to make agents disclose information.
Its published safety evaluation reported no scored attack successes, in one simulated test and also acknowledged that these security measures are continuing to be improved.
The arrival of such technology with Dots shows a drastic change in the education technology. For years now the students have mainly used AI to ask questions and get homework done. Now, this Agentic AI has changed how an AI can work or be used by anyone.
This could help students save time on tasks that repeat over and over. It will also make human judgment more strong rather than just being confined to the prompted answers. However, the student who lets AI do everything might not learn much. The student who uses an AI agent to do research, prepare for tests, and deal with work while still being responsible for understanding and checking the final result could use the technology in a very different way and do wonders.
Dots are for now being offered to its Pro and Business Premium users while the Enterprise and Edu users can try a version when their workspace administrator turns it on. The interesting question therefore, is no longer if AI can answer a student's question. It is as if students will soon be able to give AI a task at night and wake up the next morning to find the work is already done.