In today's rapidly evolving digital landscape, self-service analytics is undergoing a transformative shift. The rise of Generative AI (GenAI) presents an unparalleled opportunity for enterprises to accelerate value creation, improve decision-making, and democratize data usage across the organization. Yet, many companies struggle to realize the full potential of GenAI when embedded in self-service analytics due to a lack of strategic vision, technical readiness, and process integration. Drawing from industry trends, strategic frameworks, and my own experience leading AI and digital transformation programs, I propose a path forward. The Reality Check: Why GenAI-Enabled Self-Service Often Fails Despite the hype, three major issues frequently derail these initiatives: Lack of Strategic Alignment : Too often, GenAI is pursued as a technology goal instead of a tool to fulfill broader business strategies. Many companies lack a coherent AI vision or a roadmap that links GenAI to customer value, product innovation, or operational efficiency. Immature Data and Analytics Foundation : Off-the-shelf GenAI models are rarely domain-specific. To fine-tune these models and deliver reliable insights, companies need a robust data governance framework, scalable infrastructure, and digitized business processes. However, only 4% of IT leaders say their data is AI-ready. Disconnected Analytics Suites : Successful self-service analytics must go beyond dashboards. Integrating GenAI with diagnostic, predictive, and prescriptive analytics requires seamless orchestration between technology platforms and functional business units. Framework for Success: People, Process, Technology To make GenAI-enabled self-service analytics work, organizations must simultaneously invest in: People : Engage stakeholders beyond the C-suite. Strategic planning should start with middle managers, technical teams, and business process owners. Building trust, ownership, and fluency among users is key to reducing resistance and accelerating adoption. Process : Reimagine business processes through discovery-driven planning. Map the customer journey and value streams before embedding GenAI. This ensures that transformation is purposeful and aligned with business outcomes. Technology : Upgrade analytics stacks and data platforms to support GenAI workflows. Ensure the environment is ready for vector databases, unstructured data processing, and retrieval-augmented generation (RAG) pipelines. Three Strategic Recommendations Reverse Planning with GenAI Radar Instead of top-down mandates, adopt a discovery-driven planning model. Use frameworks like Gartner's GenAI Impact Radar to identify high-impact areas across front office, back office, products, and core capabilities. Align those opportunities with specific KPIs, and begin with agile pilots. Future-Proof Data Strategy and Governance Build a scalable, ethical, and business-aligned data strategy. Ensure your platform supports unstructured data, traceable business processes, and vectorized storage. Adopt enterprise architecture models like TOGAF or ISA-95 for full visibility from raw data to business outcome. Integrate Analytics Suite with Domain-Specific GenAI Close the last mile by integrating your analytics applications (descriptive, predictive, and prescriptive) directly into GenAI workflows. Use approaches like fine-tuning, prompt engineering, or training custom LLMs to inject your business context. Ensure appropriate QA and governance layers. Conclusion: A Catalyst, Not a Shortcut GenAI is not a plug-and-play solution. To unlock its true potential within self-service analytics, companies must orchestrate a synergy between people, process, and technology. When done right, GenAI can act as a catalyst—driving productivity, insight velocity, and strategic differentiation. As someone who has helped enterprise leaders design and scale AI platforms across banking, manufacturing, insurance, and eCommerce, I’ve seen firsthand that the future belongs to companies that treat GenAI not as a side project, but as an integrated force multiplier.  About Author: Towhidul Hoque is an executive leader in AI, data platforms, and digital transformation with 20 years of experience helping organizations build scalable, production-grade intelligent systems.

In the era of smart manufacturing, the next frontier in AI evolution is Agentic AI—a paradigm shift from passive, task-specific models to autonomous, goal-oriented agents. For industrial manufacturers navigating increasingly complex supply chains, Agentic AI offers the promise of real-time adaptability, intelligent decision-making, and system-wide optimization. This blog explores what Agentic AI is, how it differs from traditional AI, its applications in industrial supply chains, implementation principles, and the challenges ahead. What Is Agentic AI and How Is It Different from Traditional AI? Agentic AI refers to systems that can perceive, plan, decide, and act autonomously to achieve high-level objectives with minimal human intervention. Unlike traditional AI, which typically responds to inputs with pre-trained predictions (e.g., identifying defects or forecasting demand), Agentic AI can: Formulate its own subgoals to complete complex tasks React to environmental changes in real-time Learn from feedback and adapt over time Collaborate with other agents and systems Whereas traditional AI is often embedded into narrowly scoped tools (e.g., predictive maintenance, quality inspection), Agentic AI acts as a "digital co-pilot" or autonomous worker that drives end-to-end workflows with strategic awareness. McKinsey defines Agentic AI as "AI that can reason, act independently, and dynamically adapt to context" — a core enabler of autonomous operations. Opportunities in Industrial Supply Chains Modern supply chains are highly complex, spanning global networks, fluctuating demand signals, volatile raw material costs, and unpredictable disruptions. According to a recent Deloitte survey, 79% of manufacturing executives say supply chain visibility is their top challenge in digital transformation. Agentic AI introduces several breakthrough opportunities: Autonomous Procurement Agents : Dynamically negotiate contracts, compare supplier risk, and optimize for cost, carbon footprint, and lead time. Smart Inventory Optimization : Automatically adjust inventory buffers and safety stock policies based on real-time demand, supplier behavior, and transportation conditions. Resilient Logistics Planning : Reroute shipments, reallocate resources, and simulate alternative fulfillment paths when disruptions occur. Predictive Maintenance Orchestration : Agents coordinate scheduling, parts ordering, and technician dispatch autonomously, reducing unplanned downtime. Accenture reports that AI-driven supply chain optimization can reduce logistics costs by 15% and inventory levels by up to 35%. How to Use Agentic AI: Implementation Principles To successfully deploy Agentic AI in manufacturing supply chains, companies should follow these best practices: Define High-Impact Use Cases Start with critical pain points like last-mile delivery, supplier reliability, or factory-floor rescheduling. Use scenario planning and business KPIs to guide agent objectives. Establish Digital Twins and Real-Time Data Streams Agentic AI thrives on real-time context. Invest in IoT-enabled assets, cloud data lakes, and digital twin architectures to provide situational awareness. Integrate with Human-in-the-Loop Governance While autonomous, agents should remain transparent and auditable. Enable supervisory control, decision overrides, and model explainability. Leverage Multi-Agent Systems Use fleets of agents that coordinate across functions—from procurement to logistics—to optimize the full value chain. Ensure Interoperability and API-First Design Agentic AI should plug into existing MES, ERP, and SCADA systems using standardized APIs and event-driven architectures. Challenges and Risks Despite its promise, Agentic AI poses real implementation and ethical challenges: Model Robustness : Agents must perform reliably in dynamic, high-stakes environments with sparse or noisy data. Security and Adversarial Threats : Autonomous systems are vulnerable to manipulation and cyberattacks. Change Management : Shifting from human-driven processes to agentic workflows can trigger resistance and skill gaps. Ethical and Regulatory Oversight : Autonomous decision-making must comply with safety, labor, and accountability standards. According to PwC, only 16% of industrial firms report that their AI governance programs are "mature," exposing significant readiness gaps for advanced autonomy. Final Thoughts Agentic AI is not science fiction—it is the next evolution of industrial intelligence. By combining autonomy, context-awareness, and real-time responsiveness, Agentic AI can empower supply chains to become more resilient, efficient, and adaptive. Manufacturers that invest early in this capability will gain not only operational advantages but also strategic differentiation in a competitive global landscape. The key is to approach Agentic AI with a balanced focus on technical innovation, organizational readiness, and ethical design. About Author: Towhidul Hoque is a senior executive in AI and digital transformation, helping manufacturers and industrial leaders harness emerging technologies for supply chain resilience and competitive advantage.