Agentic
AI is one of the most misunderstood terms in today’s AI discourse.
It is
often confused with:
- Chatbots with workflows
- Smarter automation
- Prompt-chaining tools
But Agentic
AI is not an extension of GenAI — it is a different operating model
altogether.
Defining Agentic AI
Agentic
AI systems are designed to:
- Pursue goals autonomously
- Make context-aware decisions
- Execute multi-step actions
- Adapt based on feedback
Unlike
GenAI, which produces outputs on demand, agentic systems operate continuously
within an environment.
Core Capabilities of Agentic Systems
An
agentic AI system typically combines five capabilities:
- Perception – Understanding state,
context, and signals
- Reasoning – Interpreting situations
and constraints
- Planning – Decomposing goals into
executable steps
- Action – Invoking tools, APIs, or
systems
- Learning – Improving decisions over
time
These
capabilities transform AI from a passive assistant into an autonomous participant
in business workflows.
Generative AI vs Agentic AI (In Simple Terms)
|
Dimension |
Generative AI |
Agentic AI |
|
Nature |
||
|
Trigger |
User
prompt |
Goal or
state change |
|
Role |
Assist |
Decide
& act |
|
Learning |
Static
/ fine-tuned |
|
|
Integration |
Limited |
Deep,
multi-system |
Why This Matters
When AI
begins to:
- Trigger actions
- Modify workflows
- Interact with customers and
systems
- Make financial or
operational decisions
…the
stakes change dramatically.
This is
why Agentic AI is not just a technical upgrade — it is a governance and
leadership challenge.
If you
want a deeper, architecture-level view, I’ve covered real-world frameworks and
use cases in my book:
📘 Beyond GenAI – Rise of Agentic AI-Based
Autonomous Systems
🔗 https://www.amazon.in/dp/9364229363
👉 In Part 3, we look under the hood — the
technologies and frameworks that make Agentic AI possible.
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