Divya Parekh's avatarPerson

Divya Parekh

FounderTHE DP GROUP, LLC

Raleigh, NC

Skills

Artificial Intelligence
Growth Strategy and Execution
Executive Leadership

About

Divya Parekh, a Thinkers50-recognized leadership coach and AI adoption advisor, is a strategic founder and executive partner who helps leaders and organizations build future-ready performance in an AI-accelerated world. She blends executive coaching, leadership development, and practical AI integration to increase decision velocity, strengthen execution, and create cultures built on clarity and accountability. Her work bridges strategy and psychology with real-world systems leaders can actually use, turning complexity into focused action and measurable results.

Published content

How AI Transparency Builds Trust in Data Privacy and Security

expert panel

For many customers, the first question they have about an AI-powered product is no longer “What can it do?” It’s “What happens to my data when I use it?”That question is becoming harder for organizations to answer as AI moves deeper into everyday business processes. A customer using an AI assistant, a patient interacting with a healthcare platform or an employee relying on an AI-powered workflow may not know what systems are operating behind the scenes—but they increasingly want to understand how their information is being handled.Where is the data processed? Who has access to it? Is it being used to improve a model? What control does the customer have if they want to change their preferences? These questions are forcing executives to rethink what transparency means in the AI era. A privacy policy alone is no longer enough. Customers want clear explanations, practical choices and confidence that organizations are applying the same principles internally that they communicate externally.Members of the Senior Executive AI Think Tank—a curated group of experts specializing in machine learning, generative AI and enterprise AI applications—say trust will depend on more than meeting regulatory requirements. From stronger governance processes to clearer communication about data use, these leaders share how organizations can build trust while continuing to innovate.

The Hidden Risks of AI Data Architecture—and How to Avoid Them

expert panel

For executives leading AI transformation, one of the most important decisions is also one of the most difficult: deciding where sensitive data should be processed, stored and governed as artificial intelligence becomes part of the enterprise operating model. The architecture choices organizations make today will shape not only their ability to innovate, but also their ability to protect critical information, meet regulatory expectations and maintain trust.The challenge is that there is no single blueprint for secure AI adoption. Leaders must weigh competing priorities, including the speed and scalability of cloud platforms against the control and data sovereignty of private or hybrid environments, the need for strong governance against the risk of slowing innovation and the benefits of advanced AI capabilities against the responsibility to maintain visibility over how data is used. As AI systems create new layers of information through prompts, outputs, embeddings and logs, organizations must consider not only where data resides, but where it flows and whether they can control its entire lifecycle.Members of the Senior Executive AI Think Tank, a curated group of experts specializing in machine learning, generative AI and enterprise AI applications, examine the most important trade-offs leaders should consider when designing AI architectures for sensitive or regulated data. They also identify common mistakes organizations are making, from focusing only on storage location to overlooking data derivatives, governance gaps and the operational capabilities required to manage AI responsibly. Because architecture decisions are no longer just technical choices—they are business decisions tied to risk, resilience and long-term value.

How Better Data Engineering Unlocks Enterprise AI

expert panel

Artificial intelligence may be transforming the enterprise, but behind every successful AI initiative is something far less glamorous: disciplined data engineering.As organizations race to deploy generative AI, agentic systems and increasingly sophisticated analytics, many are pouring resources into new models, cloud platforms and AI applications. Yet time and again, ambitious projects fail to deliver meaningful business value—not because the technology falls short, but because the underlying data is inconsistent, poorly governed or difficult to trust.According to McKinsey's latest State of AI research, organizations seeing the strongest returns from AI distinguish themselves not by the models they choose, but by the maturity of the data, governance and operating foundations supporting those models. In other words, AI success begins long before a prompt is entered or an algorithm is deployed.Members of the Senior Executive AI Think Tank, a curated community of executives specializing in machine learning, generative AI and enterprise AI applications, have witnessed this firsthand across industries ranging from healthcare and financial services to manufacturing, retail and cloud computing. Below, they outline the foundational data engineering capabilities they believe consistently deliver the greatest business value and why leaders should take more notice.

The New AI Stack: Why Orchestration Matters Most

expert panel

In AI, success is no longer determined solely by selecting the largest language model or achieving the highest benchmark score. Increasingly, organizations are deploying AI systems composed of multiple foundation models, retrieval systems, APIs, business applications and autonomous agents working together to complete complex tasks.As these systems become more autonomous, reliability becomes a systems engineering challenge rather than simply a model evaluation problem. According to the National Institute of Standards and Technology's AI Risk Management Framework, trustworthy AI requires organizations to continuously monitor, govern and manage risks throughout the lifecycle—not simply evaluate a model before deployment. Those principles become even more important as organizations adopt agentic AI capable of making decisions and invoking external tools.Members of the Senior Executive AI Think Tank, with expertise in machine learning, generative AI, and enterprise AI applications, believe orchestration is rapidly becoming the operational foundation that makes this possible. Rather than simply routing requests between models, orchestration determines how systems select models, validate outputs, monitor execution, recover from failures and balance competing priorities including latency, quality, security and cost.In the following sections, they explore the critical decisions leaders must make as AI systems become more autonomous—from improving routing and evaluation to strengthening observability, managing complexity and creating safeguards that allow organizations to scale AI with confidence.

The Hidden Costs of Open-Weight AI Every Exec Must Know

expert panel

Open-weight large language models have become one of enterprise AI's hottest topics. Their promise is compelling: greater control, improved privacy, customization and freedom from vendor lock-in. Yet many executives remain focused on one number—the licensing cost—while overlooking the far larger operational commitment required after deployment.Members of the Senior Executive AI Think Tank, a community of executives and practitioners leading AI strategy across industries, agree that organizations should evaluate open-weight models the same way they would any other mission-critical technology platform: through total cost of ownership, long-term operational resilience and measurable business outcomes.McKinsey has emphasized that successful AI adoption depends not only on selecting the right models but also on building the data infrastructure, operating models and organizational capabilities needed to scale them. For enterprises adopting open-weight models, those ongoing investments can quickly become a larger cost factor than the model itself.In this article, AI Think Tank members examine the hidden costs and strategic considerations behind open-weight AI adoption, sharing how executives should think about infrastructure, talent, security, governance, maintenance and the business cases where owning and operating these models can create a meaningful advantage—and when the hidden costs outweigh the benefits.

How AI Control Planes Balance Security, Speed and Flexibility

expert panel

For years, enterprise technology leaders have wrestled with a familiar dilemma: Embrace the speed and innovation of a vendor platform or invest in building enough internal capability to maintain strategic control. Generative AI has made that trade-off far more consequential. As organizations move beyond chatbots to autonomous agents that retrieve information, invoke tools and make decisions across business systems, the focus is increasingly on who controls the pathways connecting models, knowledge, applications and enterprise data.That challenge is driving renewed interest in customer-owned AI control planes—enterprise-managed gateways that sit between AI applications and the rapidly expanding ecosystem of models, Model Context Protocol (MCP) servers, agent hubs and knowledge sources. Rather than relying entirely on vendor-specific ecosystems, these architectures promise centralized governance, stronger security, greater architectural flexibility and the ability to adopt new AI capabilities without redesigning the entire technology stack. Yet they also introduce an important question: Does adding another layer simplify enterprise AI or simply shift complexity from vendors to internal engineering teams?Members of the Senior Executive AI Think Tank, a community of leaders shaping enterprise AI strategy across architecture, governance, cloud computing and digital transformation, largely agree that customer-owned control planes represent an important evolution—but only if organizations approach them with discipline. Below, they discuss why centralized gateways can help organizations reduce vendor lock-in without slowing innovation, what security and architecture teams need to see before they'll trust agentic AI at scale and why governance should be built into every model and tool interaction rather than bolted on later.

Company details

THE DP GROUP, LLC

Company bio

The DP Group is a leadership and management consulting firm that helps executives and organizations build AI-ready performance systems while protecting the human core that drives results. We partner with CEOs and senior leaders to reduce noise, accelerate decision-making, and embed practical AI into everyday execution, from communication and planning to performance management and strategic delivery. The work is both strategic and deeply human: we strengthen clarity, accountability, and culture so leaders can drive outcomes without burning out their people or eroding trust. The result is measurable and felt: faster execution, sharper priorities, stronger leadership presence, and teams that can move with confidence in an AI-accelerated world.

Industry

Management Consulting

Area of focus

Artificial Intelligence
Corporate Training
Business Development

Company size

2 - 10