About
I’m a Principal Data & AI/ML Platform Engineer and Cloud Architect with 9+ years of experience designing large-scale, AI-driven data ecosystems across fintech, retail analytics, and global cloud platforms. My work focuses on building AI-ready, cloud-native infrastructures that process 100M+ real-time events per day, enabling predictive intelligence, automated decisioning, and enterprise-wide data governance. I’ve led transformations that generated $2.5M+ in annual revenue uplift, reduced cloud spend by 25%, and accelerated model deployment cycles from weeks to hours.
Chandrakanth Lekkala
Published content

expert panel
For decades, the technology industry's infrastructure strategy has been remarkably straightforward: Build bigger data centers, add more fiber and deploy more compute capacity closer to users. But what if the next major leap in AI infrastructure happens above the planet rather than on it?That question is gaining attention as SpaceX continues expanding its Starlink satellite network and explores ways its orbital infrastructure could support AI-related computing and global data movement. While the concept of space-based AI infrastructure remains in its early stages, it represents a potentially significant shift in how organizations think about compute, connectivity and data distribution. Instead of relying exclusively on terrestrial networks, future AI systems could leverage orbital infrastructure to extend services into remote regions, improve resilience and create entirely new competitive dynamics.The idea is gaining traction at a time when demand for AI infrastructure is accelerating rapidly. According to a Goldman Sachs analysis, AI-related data center power demand is expected to increase dramatically through the end of the decade as organizations race to secure the compute capacity needed to support next-generation AI applications. As those investments accelerate, executives are increasingly asking whether future infrastructure strategies will be limited to Earth—or whether space will become a critical extension of the global AI stack.To better understand the opportunities and risks, members of the Senior Executive AI Think Tank shared their perspectives on how space-based AI infrastructure could reshape cloud providers, telecommunications companies and AI platform vendors over the next decade. Their insights reveal both extraordinary possibilities and significant challenges, from global connectivity and distributed computing to governance, economics and the growing concentration of infrastructure power.

expert panel
As organizations race to develop generative engine optimization (GEO) strategies, many are approaching AI visibility the same way they approached search engine optimization over the last two decades: Publish more content, optimize keywords and try to improve rankings. Yet the rise of generative AI is changing how information is discovered, evaluated and surfaced.Members of the Senior Executive AI Think Tank—a curated group of executives, technologists, AI practitioners and digital transformation leaders—argue that many organizations are operating under flawed assumptions about how generative systems work. Their collective message is strikingly consistent: AI visibility is less about gaming algorithms and more about establishing trust, authority and credibility across the digital ecosystem.According to a 2024 Gartner forecast on generative AI and search, traditional search traffic is expected to decline significantly as users increasingly rely on AI assistants and conversational interfaces to find information. As AI-generated responses become a primary gateway to information, organizations must rethink how they establish authority online.The experts below explain why many GEO assumptions are misguided and where leaders should focus their efforts instead.

expert panel
The notion of a “steady state” has quietly disappeared from modern enterprise leadership. In its place is a reality defined by continuous disruption, where artificial intelligence is not just accelerating change but compounding it. Organizations are no longer transforming in phases—they are operating in a constant state of reinvention. For executives, this requires a shift from managing change as an event to leading within change as an environment. Members of the Senior Executive AI Think Tank—a curated group of experts in machine learning, generative AI and enterprise AI applications—bring a front-line perspective to this challenge. Their work across healthcare, cloud architecture, enterprise platforms and AI governance show that the organizations that succeed are not those with the most advanced tools, but those with the most adaptive operating models and leadership mindsets. According to McKinsey’s 2025 report on the state of AI, companies are rapidly scaling AI adoption, yet many struggle to translate that investment into sustained business value—often because their structures, decision-making processes and cultures are not designed for continuous change. To help their fellow leaders better cope with these evolving demands, Think Tank members outline the capabilities executives can no longer treat as optional. Through real-world insights and expert perspectives, they explore how leaders are redesigning operating models, reshaping team expectations and building organizations that don’t just withstand disruption, but continuously learn and perform within it.

expert panel
The race to dominate artificial intelligence has long been framed as a contest of scale—whoever spends the most on compute, talent and data should win. But Meta’s reported delay of its “Avocado” model, alongside discussions of licensing Google’s Gemini 3 technology, signals a turning point. According to members of the Senior Executive AI Think Tank, the frontier of AI is becoming harder to sustain even for the most well-funded organizations. A recent analysis of Big Tech’s AI spending highlights how companies are pouring tens of billions into infrastructure while facing diminishing returns in performance gains—proving that capital alone is no longer enough to secure leadership. This moment raises urgent questions for executives: If even hyperscalers struggle to keep up, what does competitive advantage in AI actually look like? And where does that leave smaller companies entering the race? Below, Think Tank members attempt to answer these questions while looking toward what’s next. Together, their perspectives outline a new playbook for AI competition—one that begins with a surprising change at the very top.

expert panel
Across industries, executives are investing aggressively in artificial intelligence. Yet despite billions spent on experimentation, relatively few organizations have turned AI pilots into scalable platforms that generate repeatable value. According to PwC’s Global CEO Survey, 56% of CEOs report they’ve seen neither revenue nor cost benefits from investments in AI—a signal that experimentation alone is not enough to create enterprise impact. Members of the Senior Executive AI Think Tank—a curated group of leaders specializing in enterprise AI, machine learning and digital transformation—say the problem is rarely technical. Instead, organizations struggle with leadership alignment, operating models, governance and cultural change. Below, their insights reveal a consistent theme: Scaling AI requires redesigning how companies operate—not simply deploying more technology.

expert panel
AI tools are proliferating across enterprises at unprecedented speed. Yet implementation does not guarantee adoption. According to a McKinsey report on generative AI adoption, while organizations are investing heavily, many struggle to translate experimentation into sustained value. The gap is rarely technical—it is behavioral. Members of the Senior Executive AI Think Tank, a curated group of experts in enterprise AI, generative AI and machine learning strategy, agree: whether AI becomes a trusted decision-support system—or a tool employees quietly resist—depends largely on the signals sent by the C-suite. Executives shape consequence structures, model risk tolerance, determine measurement standards and define what success looks like. In short, employees learn how to treat AI by watching how leaders treat it. Below, Think Tank members share what C-suite leaders most often get wrong—and what they must do differently to ensure their organizations gain real, measurable value from AI.
Company details
Narwal.ai
Company bio
Narwal is a specialized technology services company focused on AI, Data, and Quality Engineering. We help enterprises modernize their digital ecosystems by building intelligent, cloud-native platforms that accelerate innovation, reduce operational complexity, and unlock business value from data. With a global team of engineers, architects, and AI practitioners, Narwal partners with Fortune 500 organizations across fintech, retail, healthcare, and manufacturing. Our expertise spans data modernization, MLOps, automation, cloud migration, and enterprise AI adoption—delivered through a customer-first, outcomes-driven model.












