top of page

Mastering AI Product Strategy: Unlocking Innovation with Blue Ocean Thinking

Sep 29

5 min read

1

3

0

A well-crafted product strategy is the foundation that guides every decision related to a product’s development, positioning, and promotion, ensuring that it not only meets customer needs but also stands out in the market. As Dan Olsen highlights in "The Lean Product Playbook," product strategy sits at the core of the product-market fit pyramid. It is essential for aligning a product with its target market, helping companies articulate a clear path to achieving their business goals. By focusing on who the product is for, what problem it solves, and how it will compete, a strong product strategy turns ideas into actionable plans that lead to success.



In shaping an effective product strategy, Blue Ocean Strategy—a framework developed by W. Chan Kim and Renée Mauborgne in 2005—plays a crucial role. Unlike traditional strategies that focus on competing within existing markets (the "red oceans"), Blue Ocean Strategy is about redefining market boundaries to create value in ways that render the competition irrelevant. It emphasizes innovation not just in technology, but in the very value that the product delivers, often leading to both differentiation and cost reduction. This approach is valuable for both new entrants and established companies, as success lies in making strategic moves that lead to significant market shifts rather than mere incremental improvements.


At the heart of Blue Ocean Strategy is the concept of Value Innovation. This principle focuses on creating new value for both customers and the company simultaneously. It involves delivering innovative products, services, or business models that offer significant value at a lower cost, while breaking free from the competitive constraints of existing market offerings. To effectively implement value innovation, companies can use the Value Curve—a strategic tool within the Blue Ocean Strategy framework. The value curve visually maps a company’s performance across key factors that the industry competes on, allowing businesses to see how their offering stands relative to competitors.


 

Value Curve in AI Products


Over the past few years, we’ve witnessed extraordinary advancements in the AI industry, with the sector attracting over $52.1 billion in venture capital funding in 2022 alone, much of it directed toward new and early-stage companies. The competition among companies is fierce, particularly in established areas such as natural language processing, image recognition, and predictive analytics. Yet, within this highly competitive landscape, there are significant opportunities for value innovation—opportunities to create new market spaces and redefine what’s possible with AI.


If we were to map OpenAI, Google DeepMind, Microsoft on a value curve across key features such as Model Performance, Ease of Use, Integration Capabilities, Cost, and Ethical Considerations, we would see distinct strategic profiles that highlight each company's unique strengths and approach.


OpenAI stands out for its cutting-edge model performance and ease of use, making advanced AI accessible across a wide range of applications. Before OpenAI’s emergence, the AI industry was primarily centered around narrow, domain-specific applications like predictive analytics, natural language processing (NLP), computer vision, and robotics. These efforts were largely driven by the need to automate processes, analyze data, and solve specific, well-defined problems, often within controlled environments such as factories, data centers, and specialized business applications.


Rather than competing directly with existing AI solutions, which were often limited to narrow and highly specialized tasks, OpenAI develops AI models with broad, generalizable capabilities. This strategy involved creating AI systems that could perform a wide range of tasks, adapt to new contexts, and generate complex, contextually rich content—capabilities that had previously been beyond the reach of AI.


OpenAI's breakthrough models, such as GPT for text generation and DALL-E for image creation, demonstrated the enormous potential of AI to not only understand but also generate creative and sophisticated outputs. OpenAI’s work has effectively transformed the trajectory of the AI industry, expanding its potential applications from specialized domains into areas such as creative industries, advanced automation, and personalized experiences. By doing so, OpenAI not only created new markets but also redefined what AI could achieve, positioning itself as a leader in the next generation of AI technologies.


Google DeepMind excels in ethical considerations and groundbreaking innovations, particularly in scientific research. While many AI companies focused on consumer tech applications or business intelligence, DeepMind ventured into the unexplored and highly complex territory of AI for scientific research and healthcare. One of its most significant achievements, the AlphaFold project, revolutionized the field of biotechnology by accurately predicting protein folding structures—a problem that had perplexed scientists for decades. This breakthrough has had profound implications for drug discovery and medical research, opening up new markets and applications that were previously inaccessible to AI. DeepMind's focus on solving fundamental scientific challenges has not only advanced the frontiers of AI but also created significant value in fields that have a direct impact on human health and well-being.


Microsoft, on the other hand, leads in integration capabilities and community support, offering robust AI solutions that are deeply embedded within its enterprise ecosystem. Leveraging its extensive Azure cloud platform, Microsoft has made AI tools easily accessible and highly integrable with existing enterprise software solutions like Office