Term explanation
The agent loop is the core operating cycle of an autonomous AI agent. It runs continuously through four phases: Perception (gathering information), Reasoning (planning the next step), Action (executing — such as calling a tool or generating content), and Observation (evaluating the result). The loop repeats until the task is complete or the agent requires human input. This is the mechanism behind Agentic AI systems — it is what allows agents to handle complex, multi-step tasks that a single prompt-and-response model could not.
LIZ AI's core runs on an agent loop: it continuously perceives changes in your connected data systems, plans the appropriate presentation updates, executes them in PowerPoint, and verifies the result — automatically and repeatedly.
Learn more →A .ppt file is a presentation created with Microsoft PowerPoint, containing slides with text, images, animations, and transition effects. The .ppt format is the legacy binary version of PowerPoint's native format, predating the XML-based .pptx format introduced with Office 2007. While .pptx has since become the standard, .ppt files remain widely supported for backwards compatibility across modern presentation software.
Learn moreAn AI agent is a software system that perceives its environment, reasons over context, and autonomously takes actions to achieve a defined goal — without requiring a human to trigger each individual step. Unlike a chatbot that responds to a single prompt, an AI agent plans, executes multi-step tasks, uses tools, and adapts based on the results it observes. AI agents can operate independently or as part of larger multi-agent systems, and are increasingly embedded in enterprise software to automate complex workflows across departments.
Learn morePowerPoint Online is the web version of PowerPoint. You can present and edit your PowerPoint presentation with it, without having PowerPoint installed on your computer. It's only necessary to have a Microsoft - or a Microsoft 365 account.
Learn moreAn e-lecture is a recorded or live-streamed lecture delivered digitally, typically as video content that learners can watch on any device. E-lectures replicate the structure of traditional academic lectures but remove geographic and scheduling constraints. They are common in university distance learning programs, corporate training platforms, and MOOCs. E-lectures are often paired with supplementary materials, quizzes, or discussion forums to maintain engagement and assess comprehension.
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