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Writer's pictureAnantaya Pornwichianwong

AI Agentic Workflow: A Cutting-Edge Approach to Smarter AI



Innovations in the AI world are constantly emerging, and each one plays a significant role in driving industries forward. Today, we introduce one of the breakthroughs that will revolutionize the AI landscape, enhancing both efficiency and intelligence—AI Agentic Workflow.


What is AI Agentic Workflow?


AI Agentic Workflow is a concept introduced by Andrew Ng, a renowned AI expert who is currently the CEO of Landing AI and co-founder of Coursera and Google Brain.


AI Agentic Workflow involves transforming AI into an agent capable of managing its sub-tasks at every step. At each stage, AI can analyze, experiment, make decisions, fix errors, and iterate independently to achieve optimal outcomes. The AI operates within defined boundaries and adapts to changing situations rapidly and autonomously.


In short, AI Agentic Workflow breaks down tasks into smaller steps, delegating them to individual AI agents. Each agent does everything necessary to ensure the best results by adjusting to evolving conditions.



Key Features of AI Agentic Workflow


  1. Reflection: AI reviews its own work to identify areas for improvement.

  2. Tool Use: AI uses tools, such as web searches or running code, to achieve its objectives.

  3. Planning: AI plans its tasks step-by-step to ensure successful outcomes.

  4. Multi-Agent Collaboration: AI agents collaborate with one another to share ideas and propose solutions to ensure optimal results.


This workflow mimics human-like processes, enhancing both intelligence and efficiency in AI operations.


Differences Between Traditional Methods and AI Agentic Workflow


  1. Adaptability and Decision-Making

    • Traditional Methods: Operate on predefined rules and cannot adapt to new scenarios without human intervention.

    • AI Agentic Workflow: Flexible, adaptable in real-time, and capable of learning from feedback to enhance performance.


  1. Data Handling

    • Traditional Methods: Efficient with structured data (e.g., tables) but struggles with unstructured data.

    • AI Agentic Workflow: Handles both structured and unstructured data effectively, utilizing NLP and computer vision technologies.


  1. Scalability and Efficiency

    • Traditional Methods: Require manual adjustments to scale, leading to inefficiencies.

    • AI Agentic Workflow: Scales seamlessly, processes more data, and operates faster.


  1. Human Dependency

    • Traditional Methods: Depend heavily on human oversight for adjustments, resulting in micromanagement.

    • AI Agentic Workflow: Operates autonomously, reducing human involvement and increasing flexibility.


Andrew Ng believes AI Agentic Workflow will drive significant advancements in AI models. Experiments with GPT-3.5, for instance, demonstrated that it could outperform GPT-4 in coding tasks when utilizing this workflow, showcasing its potential to unlock greater capabilities even in older models.



Business Applications of AI Agentic Workflow


  1. Software Development: Enhances coding assistants, enabling more accurate and error-free coding.

  2. Customer Service: Empowers customer service AI to adapt autonomously, providing natural, efficient, and customer-focused interactions.

  3. Enterprise Workflows: Automates routine tasks, making processes smarter and more efficient.

  4. Cybersecurity: Swiftly detects and mitigates risks, improving security autonomously.

  5. Business Intelligence: Deepens data analysis and speeds up decision-making with smarter BI tools.


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