Instead of handling single tasks, Agentic AI takes ownership of multi-step, goal-driven processes. This reduces operational bottlenecks, speeds up decisions, and allows human teams to focus on strategy and innovation.

Achin K Sharma, is a seasoned Technology, Digital and Cybersecurity leader with over two decades of industry experience spanning across multiple domains.
In one of my previous articles, I elucidated the difference between Traditional AI, Generative AI, and Agentic AI. To briefly recap:
Traditional AI analyzes data, makes predictions, basis on human inputs. Humans must act on its outputs
Generative AI creates new content such as text, images, or code. It still relies on human inputs
Agentic AI goes further. It can plan, decide, and execute multi-step tasks across systems. It adapts based on results and works toward defined goals with limited supervision
Agentic AI represents a shift from “Assisted intelligence” to “Autonomous execution.”
What Agentic AI Means for the Enterprise
Agentic AI can act as a digital operator inside the organization. It can plan, coordinate, and execute work across systems, workflows, and teams. Instead of handling single tasks, Agentic AI takes ownership of multi-step, goal-driven processes. This reduces operational bottlenecks, speeds up decisions, and allows human teams to focus on strategy and innovation.
High-Impact Use Cases to Begin With
Based on practical experience leading large transformation programs, the following areas are strong starting points:
Cross-Department Orchestration - Automating multi-step workflows across Customer Service, Supply Chain, HR, and Finance
Revenue Assurance - Reconciling transactions, detecting billing discrepancies, and preventing revenue leakage
Autonomous Support Operations - Monitoring IT/OT systems, identifying anomalies, triggering fixes, and escalating when needed
Data Governance & Integrity - Validating pipelines, enforcing SLAs, tracking schema changes, and analyzing downstream impact
Decision Support & Execution - Preparing insights, running simulations, and executing decisions with human approval at critical points
These use cases provide measurable value while maintaining manageable risk.
Practical Challenges and Risks
Deploying Agentic AI is not simple specially in traditional enterprises mainly due to:
Integration with legacy systems
Managing complex and changing workflows
Ensuring high-quality, reliable data
Designing strong feedback and monitoring mechanisms
There are also following risks:
Unintended actions if agents misinterpret goals
Regulatory and compliance violations without proper controls
Lack of explainability, reducing trust
Over-automation, leading to loss of oversight
To manage these risks, organizations must implement:
Confidence thresholds
Human-in-the-loop controls
Audit logs
Clear governance frameworks
Starting small, monitoring closely, and scaling gradually ensures safe and measurable value creation.
Implementation Approach: The Strangler Fig Pattern
Because Agentic AI introduces significant change, a phased approach is essential. Basis my experience of driving large scale digital transformation, I recommend using the ‘Strangler Fig Pattern’, a strategy for gradually replacing or enhancing legacy systems without disruption. Just as a strangler fig vine grows around a tree and slowly replaces it, a new AI capability can be layered around existing systems.
With this approach:
Agentic AI starts as an overlay
It gradually takes control of specific workflows
Legacy processes are retired over time
This enables safe experimentation, continuous learning, and controlled scaling — without disrupting business operations.
Expected Benefits
When implemented correctly, Agentic AI delivers:
Operational Efficiency – Reduced manual work and faster multi-system processing
Scalability – Ability to handle complex workflows without proportional headcount growth
Business Outcome Focus – Improved SLA compliance, reduced revenue leakage, and better collaboration
Improved Data Quality – Continuous monitoring and automated corrections
Managing Change: The ADKAR Model
Technology transformation is only successful when people adopt it. The ADKAR model (Awareness, Desire, Knowledge, Ability, Reinforcement) provides a structured way to guide change:
Awareness – Clearly communicate why Agentic AI is needed
Desire – Build stakeholder motivation and support
Knowledge – Train teams to work effectively with AI agents
Ability – Provide tools, governance, and safe environments to apply it
Reinforcement – Measure adoption and ensure sustained success
Final Thoughts
Agentic AI is not just another automation tool. It is a shift toward autonomous, outcome-driven operations. When implemented with strong governance, ethical controls, and human oversight, Agentic AI can accelerate decision-making, scale operations efficiently, improve data integrity and optimize cross-functional processes.
Remember, the goal should not be to replace humans, but to create a balanced model where technology executes intelligently, and humans provide direction, accountability, and strategic judgment. Enterprises that adopt this approach thoughtfully will move closer to becoming truly autonomous, resilient, and future-ready organizations.
Disclaimer: Views expressed here are the author’s own and not necessarily those of financialexpress.com.
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