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The Evolution of Agentic AI: Milestones and Overcoming Limitations
Tracing the Journey from Rule-Based Systems to Autonomous Agents.
Unless you have being living under the rock, you must have heard about the word Agentic AI
Agentic AI seem to be the rave now and the talk of the town…
But What is Agentic AI?
Agentic AI refers to AI systems that can plan, reason, and take autonomous actions to accomplish tasks without requiring constant human intervention. Unlike traditional AI models that passively respond to queries, agentic AI systems can initiate tasks, manage workflows, and dynamically adjust their behavior based on context.
Just like everything in life, there is always a backstory and Agentic AI is no exception.
The Evolution of Agentic AI
The development of Agentic AI is a story of continuous innovation—a journey that began with early theoretical foundations and has evolved into today's quest for truly autonomous, adaptable systems. This evolution can be understood through several key stages:
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1. Early Foundations (1950s–1990s)
Conceptual Beginnings:
The roots of Agentic AI were planted during the mid-20th century with pioneering work in cybernetics and control theory. Researchers explored how systems could interact with and manage their environments using fundamental principles like feedback loops and control mechanisms. These early studies provided the theoretical framework for later advancements.
Rule-Based Systems:
At the same time, the emergence of rule-based systems—including expert systems—represented early attempts to encode human knowledge into machines. Although these systems demonstrated the potential for automated decision-making, they were inherently rigid. Their inability to adapt to unexpected situations or learn from new data underscored a significant limitation, setting the stage for more flexible approaches.
2. The Machine Learning Revolution (1990s–2010s)
From Fixed Rules to Learning Systems:
The shortcomings of rule-based methods led to a paradigm shift with the rise of machine learning. New algorithms, especially those based on statistics and probabilities, allowed systems to learn from data, thereby improving their performance over time. Although, this era marked a move toward more adaptive and intelligent systems, statistical machine learning models often required massive datasets and struggled with issues such as overfitting and lack of transparency.
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