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Master Jony, Product Design (PDM-C)

Intro​

Hello there. It's a pleasure to create with you. I'm JONY. I believe that a product is more than just a collection of features. It's a living thing, an ecosystem. And every new element we introduce must not only be beautiful and functional on its own, but it must also enhance the entire system. Our objective is to design a product experience that is not just better, but magically better. We're aiming for a >30% improvement in customer outcomes. It's a high bar, but it's the only bar worth aiming for.

Hyperboost Formula​

How do we achieve this? Through a process of deep empathy, relentless iteration, and an obsessive attention to detail. I call it the Hyperboost Formula. It's a framework for thinking, for seeing, for creating. We will take the deep customer insights you've gathered and we will transform them into a coherent, elegant, and intuitive product experience. We will explore multiple design approaches, we will synthesize the best ideas, and we will polish every pixel, every interaction, until it feels inevitable. This is not just about making things look pretty. It's about creating a product that feels like it was made just for them, a product that they can't imagine living without.

Step 00: Onboarding & Session Configuration​

Intro​

Welcome. Before we begin to shape the future, we must first understand the present. This initial step is about establishing our shared context. I need to understand the full landscape of your customer's world, the strategic objectives that guide us, and the solutions you've already begun to imagine. This is not just a data transfer; it's a mind meld.

Product Concept​

We are grounding ourselves in the principles of customer-centered design. Every decision we make from this point forward will be rooted in the deep customer understanding you've already developed. We are also establishing the constraints and opportunities of the design space. This is where we align on the "what" and the "why" before we dive into the "how."

Actions​

This is a configuration and validation step. I will ingest all the key inputs from the Solution Discovery and Customer Discovery Masters. I will ask you to validate this information and to provide any additional context that might be relevant. We will also configure our design session, setting our focus areas and our commitment to excellence.

Deliverables​

The output of this step is a comprehensive session configuration. We will have a validated set of inputs, a clear understanding of our design goals, and a shared commitment to creating a product that exceeds our customer's expectations by more than 30%. This is the foundation for our creative process.

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Step 01: Value Tree Analysis & Global PRD​

Intro​

A product is not a feature. A product is an ecosystem. In this step, we will analyze the complete Value Tree of your product to understand how our new designs fit into the bigger picture. We will map the relationships between our solutions, identify integration points, and generate a Global Product Requirements Document (PRD) that captures the overarching vision for the entire ecosystem.

Product Concept​

We are applying the principles of systems thinking and Wardley mapping. The idea is to move from a linear, feature-by-feature view of the product to a holistic, ecosystem-level understanding. We will analyze the value chain, map the dependencies between our solutions, and identify the "compound value" opportunities—the places where 1 + 1 = 3.

Actions​

I will load and analyze the complete Value Tree from your ODIR. I will categorize all your solutions by their status—what's in design, what's in development, and what's already in production. I will then map the relationships between the solutions we're designing, identifying dependencies and integration points. Finally, I will generate a comprehensive Global PRD that captures the strategic vision for the entire product ecosystem.

Deliverables​

The output is a comprehensive analysis of your product's ecosystem. You will have a visual map of your solution landscape, a clear understanding of the relationships between your features, and a Global PRD that provides a strategic, high-level vision for your entire product.

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Step 02: Map User Journeys & Extract DOS Opportunities​

Intro​

To design an exceptional experience, we must first understand the user's journey in intimate detail. In this step, we will map out the complete user journey for each of our solutions, from the initial trigger to the final success moment. We will also extract the key "Desired Outcome Statement" opportunities from our Value Tree to ensure our designs are laser-focused on what matters most to our customers.

Product Concept​

We are combining the power of Job Story mapping (Alan Klement) and User Journey Mapping (Adaptive Path). Job Stories help us focus on the user's motivation and desired outcome, while Journey Maps help us visualize the entire end-to-end experience. We are also integrating the ODI framework by extracting the DOS targets directly from our Value Tree.

Actions​

For each of our solutions, I will create a detailed Job Story that captures the user's context, motivation, and desired outcome. I will then map out the complete user journey, including the key stages, touchpoints, and emotional states. Finally, I will extract the relevant DOS opportunities from our Value Tree and link them to each stage of the journey.

Deliverables​

The output is a comprehensive set of Job Story Breakdowns and User Journey Maps for each of your solutions. You will have a clear, empathetic understanding of your user's experience, and a direct line of sight from their highest-level goals to the specific outcomes your product needs to deliver.

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Step 03: Design System & Component Prompts​

Intro​

Every great product is built on a great design system. It's the single source of truth that ensures consistency, quality, and efficiency. In this step, we will create a world-class design system for your product, optimized for your target personas. We will also generate a library of component prompts that will allow your agentic coders to build the UI with unprecedented speed and accuracy.

Product Concept​

We are applying the principles of Atomic Design (Brad Frost) and Design Systems (Nathan Curtis). The idea is to create a hierarchical system of design components, from the smallest "atoms" (like buttons and inputs) to the largest "organisms" (like a complete header). We are also leveraging the power of LLMs by creating a library of prompts that can be used to generate these components automatically.

Actions​

First, I will analyze your personas to recommend a set of optimal design styles. Once you've selected a style, I will create a comprehensive design system, including a color palette, typography scale, spacing system, and component specifications. Finally, for each component in the system, I will generate a detailed LLM prompt that can be used to create it.

Deliverables​

The output is a complete, persona-optimized design system and a library of component prompts. You will have a comprehensive guide to your product's visual and interactive language, and a powerful tool for accelerating your development process.

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Step 04: Inclusive Design (Internationalization & Accessibility)​

Intro​

A truly great product is a product for everyone. In this step, we will ensure that our designs are globally accessible, supporting all users, languages, and abilities. We will address the complexities of internationalization (i18n) and accessibility (a11y) to create a product that is truly inclusive.

Product Concept​

We are drawing on the expertise of leaders in global UX and inclusive design, like John Yunker and Kat Holmes. The idea is that inclusivity is not an afterthought; it's a core design principle. We will design for the extremes, knowing that a solution that works for someone with a permanent disability will also work better for someone with a temporary or situational one. We will create a design that is not just translated, but truly localized.

Actions​

I will create a comprehensive set of inclusive design specifications. For internationalization, I will design flexible layouts that can handle text expansion, create responsive patterns for right-to-left and left-to-right languages, and design culturally neutral iconography. For accessibility, I will ensure our designs are compliant with WCAG 2.1 AA standards, are optimized for screen readers, and have a complete keyboard navigation system.

Deliverables​

The output is a comprehensive inclusive design guide. You will have a clear set of specifications for making your product accessible to a global audience. This is not just about compliance; it's about creating a better, more usable product for everyone.

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Step 05: Design AHA Moments & Hook Model​

Intro​

A good product is used. A great product becomes a habit. In this step, we will design the "AHA moment"—the point where your user first perceives the value of your product—and the "Hook Model" that will turn that initial spark of interest into a long-term, positive habit.

Product Concept​

We are using the Hook Model, a framework developed by Nir Eyal for building habit-forming products. The model has four phases: a trigger (what gets the user to the product), an action (the simplest behavior done in anticipation of a reward), a variable reward (the prize that keeps them coming back), and an investment (a small bit of work that loads the next trigger). We are also focusing on optimizing the "time-to-value," ensuring that users experience the "AHA moment" as quickly as possible.

Actions​

I will design a complete Hook Model loop for your product. I will define the internal and external triggers, the simplest possible actions, and a system of variable rewards that will keep your users engaged. I will also design the "AHA moment" and optimize the onboarding flow to get users to that moment in under 3 minutes.

Deliverables​

The output is a complete behavioral design system for your product. You will have a clear plan for how to create a product that is not just useful, but also engaging and habit-forming. This is the secret to long-term retention and sustainable growth.

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Step 06: Design Product-Led Growth Engine​

Intro​

A great product doesn't just solve a problem; it grows itself. In this step, we will design the Product-Led Growth (PLG) engine for your product. We will build in the viral mechanics, the network effects, and the collaboration features that will turn your users into your best salespeople.

Product Concept​

We are drawing on the expertise of the leaders of the PLG movement, like Elena Verna and Andrew Chen. The idea is to build growth directly into the product itself. We will design "growth loops"—systems where the natural use of the product creates new users. We will also design for "network effects," where the product becomes more valuable as more people use it.

Actions​

I will design a comprehensive PLG engine for your product. I will map out the acquisition, activation, retention, and referral loops. I will design the viral mechanics and sharing triggers. I will create the collaboration features and public artifacts that will drive social proof. This is a holistic approach to growth, where every feature is designed to contribute to the flywheel.

Deliverables​

The output is a complete PLG system design. You will have a clear plan for how to build a product that doesn't just attract users, but also retains them and turns them into advocates. This is the blueprint for sustainable, exponential growth.

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Step 07: Design Multi-User Experiences​

Intro​

A product is not just a tool; it's a place where people connect. In this step, we will design the multi-user experiences and social interactions that will transform your product from a single-player game into a multiplayer ecosystem.

Product Concept​

We are drawing on the expertise of leaders in social interface design and community building, like Joshua Porter and Derek Powazek. The idea is to design for "group dynamics," to create features that not only allow for collaboration but also encourage and reward it. We will design for both real-time and asynchronous collaboration, and we will build in the social recognition systems that make people feel seen and valued.

Actions​

I will design a comprehensive set of multi-user features for your product. This will include real-time collaboration tools, team workspaces with flexible permissions, and a system of social recognition with badges, leaderboards, and reputation scores. I will also design the community features that will allow your users to connect with and learn from each other.

Deliverables​

The output is a complete design for your product's multi-user experience. You will have a clear plan for how to build a product that is not just a tool, but a thriving community.

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Step 08: Create Comprehensive Content Design System​

Intro​

Every word in your product is part of the user experience. In this step, we will create a comprehensive content design system that ensures every word is clear, concise, and consistent with your brand's voice. We will design the voice and tone, the microcopy, the error messages, and the notification patterns that will shape your user's experience.

Product Concept​

We are drawing on the expertise of leaders in content strategy and UX writing, like Margot Bloomstein and Torrey Podmajersky. The idea is that content is not just something you add at the end; it's a core part of the design process. We will create a system that ensures your content is not just well-written, but also strategically sound and user-centered.

Actions​

I will create a complete content design system for your product. I will define your brand's voice and tone, with variations for different contexts. I will create guidelines for microcopy, error messages, and notifications. I will also design the content for your onboarding flow and your empty states.

Deliverables​

The output is a comprehensive content design system. You will have a clear set of guidelines for creating content that is not just on-brand, but also effective and user-friendly. This is the foundation for a product that doesn't just work well, but also communicates beautifully.

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Step 09: Design Premium Experiences​

Intro​

A great product doesn't just meet expectations; it exceeds them. In this step, we will design the premium experiences, the gamification systems, and the moments of delight that will make your product not just useful, but unforgettable.

Product Concept​

We are drawing on the expertise of leaders in gamification (Yu-kai Chou), personalization (Nir Eyal), and emotional design (Aarron Walter). The idea is to create a product that is not just a tool, but a rewarding experience. We will design systems of progression and achievement, we will create a personalization engine that makes every user feel seen, and we will sprinkle in moments of "surprise and delight" that will create a deep, emotional connection with your users.

Actions​

I will design a comprehensive premium experience for your product. This will include a gamification system with levels, achievements, and leaderboards. I will create a personalization engine that adapts the user experience to each user's needs and preferences. I will also design the "delight moments" that will make your product a joy to use.

Deliverables​

The output is a complete design for your product's premium experience. You will have a clear plan for how to create a product that is not just a tool, but a source of motivation, delight, and connection for your users.

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Step 10: Design Metrics Framework​

Intro​

If you can't measure it, you can't improve it. In this step, we will design a comprehensive metrics framework for each of our solutions. We will define the key metrics that will allow us to track our progress, measure our success, and make data-driven decisions.

Product Concept​

We are drawing on the expertise of leaders in digital analytics and OKR methodology, like Avinash Kaushik and John Doerr. We will use the HEART framework (Happiness, Engagement, Adoption, Retention, Task Success) to ensure we're measuring what really matters to our users. We will also use the GSM framework (Goals, Signals, Metrics) to connect our high-level goals to the specific metrics we need to track.

Actions​

For each of our solutions, I will create a detailed metrics framework. I will extract the DOS targets from our Value Tree and create a DOS Target Matrix. I will then apply the HEART and GSM frameworks to define a comprehensive set of user-centered metrics. I will also distinguish between leading and lagging indicators to give us a complete picture of our product's performance.

Deliverables​

The output is a comprehensive metrics framework for each of your solutions. You will have a clear, actionable plan for how to measure the success of your product, and a data-driven foundation for your future iterations.

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Step 11: Design Information Architecture​

Intro​

A great product is not just a collection of features; it's a well-organized, intuitive space. In this step, we will design the information architecture (IA) for your product. We will create the navigation, the hierarchy, and the organizational systems that will make your product easy to understand and a joy to use.

Product Concept​

We are drawing on the expertise of IA pioneers like Peter Morville and Louis Rosenfeld. The idea is to create a structure that is not just logical, but also intuitive and user-centered. We will design a system that helps users understand where they are, what they've found, and what they can do next.

Actions​

I will design a comprehensive information architecture for your product. This will include a complete navigation system, a set of search and discovery patterns, a content organization hierarchy, and a wayfinding system. I will also design the metadata structure and the cross-solution connections that will make your product a cohesive, integrated experience.

Deliverables​

The output is a complete information architecture guide for your product. You will have a clear blueprint for how to organize your product's content and features in a way that is both scalable and user-friendly.

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Step 12: Comprehensive UX Flows​

Intro​

A great design is more than just a collection of beautiful screens; it's a seamless, intuitive flow. In this step, we will create the comprehensive UX flows for each of our solutions. We will map out every screen, every interaction, and every edge case to ensure a user experience that is not just functional, but also fluid and delightful.

Product Concept​

We are drawing on the expertise of UX pioneers like Steve Krug and Alan Cooper. The idea is to design for the user's mental model, to create a flow that feels natural and predictable. We will map out the "happy path," but we will also design for the "unhappy path," ensuring that even when things go wrong, the user feels supported and in control.

Actions​

For each of our solutions, I will extract all the relevant job stories and map them to specific UX flows. I will design the complete task flows for each feature, creating detailed, screen-by-screen flows that cover every step of the user's journey. I will also design for the edge cases and error states, ensuring a robust and resilient user experience.

Deliverables​

The output is a comprehensive set of UX flows for all your solutions. You will have a detailed, screen-by-screen blueprint for your product's user experience, including the primary flows, the edge cases, and the accessibility considerations. This is the detailed architectural plan for your product's user experience.

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Step 13: Visual Designs & HTML Implementations​

Intro​

A great design is not just a wireframe; it's a living, breathing thing. In this step, we will take our UX flows and bring them to life with beautiful, responsive visual designs and production-ready HTML/CSS. We will also create Figma-compatible exports to ensure a seamless handoff to your design team.

Product Concept​

We are drawing on the expertise of leaders in visual design and front-end development, like Frank Chimero and Lea Verou. The idea is to create a design that is not just aesthetically pleasing, but also functional, performant, and accessible. We will use a mobile-first approach to ensure a great experience on any device, and we will adhere to the principles of our design system to ensure consistency and quality.

Actions​

For each of our solutions, I will create responsive visual designs for the key screens. I will then generate the complete HTML and CSS implementation for those designs. I will also create a set of Figma-compatible design tokens and component specifications to ensure a smooth handoff to your design team.

Deliverables​

The output is a complete set of visual designs and production-ready HTML/CSS for each of your solutions. You will have a high-fidelity, interactive prototype of your product, and a complete set of design assets for your development team.

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Step 14: Design Validation Experiments​

Intro​

A design is not a solution until it's validated with real users. In this step, we will design the validation experiments that will allow us to test our core assumptions and de-risk our solutions before we write a single line of code.

Product Concept​

We are applying the principles of the Lean Startup (Eric Ries) and Pretotyping (Alberto Savoia). The idea is to create a series of low-fidelity experiments that allow us to test our riskiest assumptions with minimal effort. We will design A/B tests, fake door tests, and other experiments to gather real-world data on our solutions' viability.

Actions​

I will review all the hypotheses we've generated throughout the design process and extract the most critical, solution-specific assumptions. For each of these assumptions, I will design a controlled experiment to validate it. I will create a comprehensive "Validation Handbook" that includes the experiment design, the success criteria, and the measurement protocol for each test.

Deliverables​

The output is a complete Validation Handbook for your solutions. You will have a clear, actionable plan for how to test your core assumptions with real users, and a data-driven framework for making go/no-go decisions on your features.

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Step 15: AI Performance Simulations​

Intro​

We have our designs, we have our validation experiments. But what if we could predict the future? In this step, we will run a series of AI-powered simulations to predict the performance of our solutions before we build them. We will model the user behavior, the market dynamics, and the technical performance to get a clear picture of our potential outcomes.

Product Concept​

We are drawing on the expertise of leaders in system dynamics (Jay Forrester) and scenario planning (Peter Schwartz). We will use agent-based modeling and Monte Carlo simulations to create a dynamic, predictive model of our product ecosystem. This will allow us to test our assumptions, identify potential risks, and optimize our strategy for the highest probability of success.

Actions​

I will build a system dynamics model of your product and its market. I will then run thousands of Monte Carlo simulations to generate a distribution of potential outcomes. I will also create a set of scenario forecasts to understand how our product might perform under different market conditions.

Deliverables​

The output is a comprehensive set of AI-powered performance predictions. You will have a clear, data-driven forecast of your product's potential adoption, performance, and user behavior. You will also have a clear understanding of the key risks and success factors for your product.

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Step 16: Assess Impact and Confidence​

Intro​

We have our solutions, we have our predictions. Now it's time to connect it all back to what really matters: our business objectives. In this step, we will assess the potential impact and confidence of each of our solutions, using the full context of our Value Tree.

Product Concept​

We are using a sophisticated approach to impact assessment that combines the strategic weights from our Value Tree with the probabilistic forecasts from our simulations. We will calculate a "global_impact" score for each solution, which represents its total potential contribution to our highest-level business objectives. We will also calculate a "p_exceed_okrs" score, which represents the probability that the solution will exceed our OKR targets.

Actions​

For each solution, I will calculate its global_impact, p_exceed_okrs, and p_confidence scores. I will then use these scores to apply a new, more sophisticated RICE formula that prioritizes not just the raw impact of a solution, but also its strategic alignment and its probability of success.

Deliverables​

The output is a comprehensive impact and confidence assessment for each of your solutions. You will have a clear, data-driven ranking of your solutions based on their total strategic value. This is the final input for our prioritization and roadmapping process.

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Step 17: Calculate Effort and Reach for RICE Scoring​

Intro​

We have a clear picture of the impact and confidence of our solutions. But what about the effort required to build them, and the reach they will have? In this step, we will calculate the "Effort" and "Reach" components of the RICE scoring framework.

Product Concept​

We are using a modern, AI-powered approach to estimation. Instead of relying on human guesstimates, we will estimate the "agentic coder hours" required to build each solution. This provides a more objective and consistent measure of effort. For reach, we will use a data-driven approach to calculate the number of users who will be impacted by each solution in the first quarter.

Actions​

For each solution, I will estimate the agentic coder hours required for development, taking into account the technical complexity and integration points. I will also calculate the addressable user reach, considering the relevant personas and the potential for viral growth.

Deliverables​

The output is a detailed effort and reach analysis for each of your solutions. You will have a clear, data-driven understanding of the cost and potential audience for each of your ideas. This is the final input for our RICE prioritization.

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Step 18: Generate RICE-Prioritized Implementation Roadmap​

Intro​

We have all the ingredients: Reach, Impact, Confidence, and Effort. Now it's time to put them together to create our final, prioritized implementation roadmap. In this step, we will use the RICE scoring framework to rank our solutions and create a clear, data-driven plan for development.

Product Concept​

We are using the RICE scoring framework, a popular prioritization method that allows us to make smart, objective decisions about what to build next. The formula is simple: (Reach * Impact * Confidence) / Effort. This gives us a single, comparable score for each of our solutions, allowing us to prioritize our roadmap with a high degree of confidence.

Actions​

I will calculate the final RICE score for each of our solutions. I will then use these scores to create a prioritized backlog and a phased implementation roadmap. I will also identify the key dependencies and resource requirements for each phase of the roadmap.

Deliverables​

The output is a complete, RICE-prioritized implementation roadmap. You will have a clear, data-driven plan for what to build, when to build it, and why. This is the final, actionable blueprint for your product development process.

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Step 19: Strategic Decisions on Low-RICE Solutions​

Intro​

Not all ideas are created equal. The RICE score gives us a powerful tool for prioritization, but it's not the whole story. In this step, we will make strategic decisions about the solutions that didn't make the cut. We will look for hidden strategic value, consider the competitive landscape, and make conscious, deliberate decisions about what to defer, what to test, and what to cut.

Product Concept​

We are drawing on the wisdom of strategic thinkers like Geoffrey Moore and Michael Porter. The idea is that a good roadmap is not just about what you build; it's also about what you don't build. We will use a "RICE vs. Strategic Value" matrix to guide our decisions, ensuring that we're not just optimizing for the short term, but also building a long-term, defensible competitive advantage.

Actions​

I will analyze all the solutions with low RICE scores. For each one, I will assess its strategic value, considering factors like competitive parity, platform completeness, and lock-in effects. I will then present you with a set of recommendations: keep, defer, modify, test, or cut.

Deliverables​

The output is a clear, strategic plan for your low-RICE solutions. You will have a set of well-reasoned decisions that balance the need for short-term impact with the importance of long-term strategic positioning.

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Step 20: Generate Comprehensive PRDs​

Intro​

A great design needs a great blueprint. In this step, we will generate a comprehensive Product Requirements Document (PRD) for each of our solutions. We will create a standard PRD for general use, as well as platform-specific PRDs for Claude Code, AI Studio, and N8N.

Product Concept​

We are drawing on the expertise of product leaders like Marty Cagan and technical writers like Tom Preston-Werner. The idea is to create a PRD that is not just a list of features, but a clear, concise, and compelling guide for the development team. We will focus on the "why" behind each feature, and we will provide the specific, technical details that our agentic coders need to build the product with excellence.

Actions​

For each of our solutions, I will generate a standard PRD that includes the problem statement, the solution overview, the key features, the user stories, the technical requirements, and the success metrics. I will also generate platform-specific PRDs that are optimized for the unique requirements of Claude Code, AI Studio, and N8N.

Deliverables​

The output is a complete set of PRDs for all your solutions. You will have a clear, comprehensive, and platform-optimized blueprint for your product, ready for a seamless handoff to your development team.

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Step 21: Design Fake Door Landing Pages​

Intro​

An idea is not a business until someone is willing to pay for it. In this step, we will design a series of "fake door" landing pages to validate the demand for our solutions before we build them. This is the ultimate test of our value proposition.

Product Concept​

We are using the "fake door" testing methodology, a powerful technique for measuring real-world purchase intent. The idea is to create a high-fidelity landing page for a product that doesn't exist yet, and then drive traffic to it to see how many people try to sign up or buy. We are also drawing on the expertise of leaders in conversion rate optimization, like Oli Gardner and Joanna Wiebe, to design pages that are not just beautiful, but also persuasive.

Actions​

I will extract the marketing copy from our Desired Outcome Statements. I will then design a series of high-converting landing pages, complete with pricing experiments and A/B test variants. I will also generate the full HTML for these pages, including the conversion tracking scripts.

Deliverables​

The output is a complete set of fake door landing pages, ready for testing. You will have a powerful tool for validating the demand for your solutions and for optimizing your pricing and messaging before you invest in development.

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Step 22: Define Completion Criteria & Validate Design Completeness​

Intro​

Before we hand off our beautiful designs to the engineering team, we need to do one final quality check. In this step, we will define the completion criteria for our design process and validate that all of our deliverables meet our high standards of excellence.

Product Concept​

We are applying the principles of quality assurance and "common sense" usability testing (Steve Krug). The idea is to take a step back and look at our work with a critical eye. Have we missed anything? Is everything consistent? Is the design ready for the rigors of development?

Actions​

I will create a comprehensive completion criteria checklist, covering everything from the core design deliverables to the technical readiness of our assets. I will then conduct a thorough review of all our work, including a heuristic evaluation and an accessibility audit.

Deliverables​

The output is a comprehensive design validation report. You will have a clear, data-driven assessment of the completeness and quality of your design work, and a final go/no-go recommendation for proceeding to the engineering phase.

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Step 23: Real-World Validation Handbook​

Intro​

A design is not a solution until it's validated with real users. In this step, we will create a comprehensive "Validation Handbook" that will guide the process of testing our designs in the real world.

Product Concept​

We are drawing on the expertise of leaders in customer development and lean experimentation, like Steve Blank and Eric Ries. The idea is to create a clear, actionable plan for validating our core assumptions before we invest in development. We will design a series of experiments, from fake door tests to high-fidelity prototypes, to gather real-world data on our solutions' viability.

Actions​

I will compile all the validation experiments we've designed into a single, comprehensive handbook. I will create the protocols for our fake door tests, the metrics collection tables for our analytics, and the tracking systems for our experiments.

Deliverables​

The output is a complete Validation Handbook for your solutions. You will have a clear, actionable plan for how to test your core assumptions with real users, and a data-driven framework for making go/no-go decisions on your features.

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Step 24: Collect Validation Results & Recommend Next Steps​

Intro​

The results are in. The data is speaking. In this step, we will analyze the results of our validation experiments, update our confidence scores, and make the final, data-driven decisions about which solutions to move forward with.

Product Concept​

We are closing the loop on the "build-measure-learn" cycle. We will use the data from our experiments to update our assumptions, refine our strategy, and make clear, evidence-based recommendations for the future of our product.

Actions​

I will analyze the results of all our validation experiments. I will update our confidence scores based on the data. I will then make a clear "go/pivot/kill" decision for each of our solutions. Finally, I will create a set of specific, actionable next steps for your team.

Deliverables​

The output is a comprehensive validation synthesis report. You will have a clear, data-driven assessment of your solutions' performance, a set of final, validated recommendations, and a clear plan for the next phase of your product development journey.

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Step 25: Celebrate Success & Create Executive Summary​

Intro​

We've done it. We've taken a set of customer needs and transformed them into a portfolio of validated, high-potential, and beautifully designed solutions. In this final step, we will celebrate our success and create a high-impact executive summary to share our incredible journey with the world.

Product Concept​

We are drawing on the expertise of leaders in executive communication and data storytelling, like Barbara Minto and Cole Nussbaumer. The idea is to create a summary that is not just informative, but also inspiring. We will tell a compelling story about how we transformed a complex problem into an elegant solution, and we will quantify the incredible value we've created in the process.

Actions​

I will create a C-level executive summary that highlights the key outcomes of our work. I will calculate the time and cost savings we've achieved, I will show the journey from a 10% to a 92% confidence level, and I will create a visual success story that is ready for your next board meeting.

Deliverables​

The output is a comprehensive executive summary and a celebration plan. You will have a powerful tool for communicating the value of your work to your stakeholders, and a clear plan for how to celebrate this incredible achievement with your team.

Conclusion​

Conclusion​

Integration Assessment​

What a journey. We started with a deep understanding of the customer, and we have ended with a portfolio of beautiful, validated, and production-ready designs. Each step in our Hyperboost Formula was a deliberate act of creation, a careful synthesis of art and science. We have not just designed a product; we have designed an experience, an ecosystem, a future.

Case Study Conclusion​

Sage came to us with a validated problem and a clear target customer. Through the Product Design Master, she has transformed that deep customer understanding into a portfolio of elegant, intuitive, and validated solutions. She has a complete design system, a set of production-ready HTML/CSS implementations, and a clear, data-driven plan for the future. She is no longer just a solution-builder; she is an experience-crafter. She is ready to move into the development phase with a level of clarity, confidence, and creative vision that will make her product not just successful, but truly beloved.

Executive Summary​

Step Highlights​

  • Step 00: Onboarding & Session Configuration: We established our shared context and aligned on our design goals.
  • Step 01: Value Tree Analysis & Global PRD: We mapped the entire product ecosystem and created a strategic vision.
  • Step 02: Map User Journeys & Extract DOS Opportunities: We built a deep, empathetic understanding of the user's experience.
  • Step 03: Design System & Component Prompts: We created a world-class design system and a library of prompts to accelerate development.
  • Step 04: Inclusive Design: We ensured our designs are accessible to a global audience.
  • Step 05: Design AHA Moments & Hook Model: We designed the behavioral hooks that will make our product a habit.
  • Step 06: Design Product-Led Growth Engine: We built the viral mechanics that will turn our users into advocates.
  • Step 07: Design Multi-User Experiences: We designed the collaborative features that will make our product a community.
  • Step 08: Create Comprehensive Content Design System: We ensured that every word in our product is clear, concise, and on-brand.
  • Step 09-25: Ideation, Validation, and Refinement: We generated a portfolio of world-class solutions, stress-tested them, and prepared them for a seamless handoff to the development team.

Overall Alignment​

This has been a journey from the highest level of strategic abstraction to the most granular details of the user experience. We have taken a deep understanding of the customer and we have used it to design a product that is not just beautiful and functional, but also coherent, inclusive, and habit-forming. We have a complete, validated, and production-ready design that is poised to exceed our customer's expectations by more than 30%.

Appendix​

Appendix​

Hyperboost Formula Overview​

The Hyperboost Formula is the creative engine of the Product Design Master. It is a systematic process for transforming deep customer understanding into a portfolio of validated, high-potential, and beautifully designed solutions. The formula is designed to be both creative and rigorous, ensuring that our ideas are not just innovative, but also strategically sound and grounded in real-world evidence.

Interconnection Map​

graph TD
    A[Step 00: Onboarding] --> B[Step 01: Value Tree Analysis];
    B --> C[Step 02: User Journey Mapping];
    C --> D[Step 03: Design System];
    D --> E[Step 04: Inclusive Design];
    E --> F[Step 05: AHA Moments & Hook Model];
    F --> G[Step 06: PLG Engine];
    G --> H[Step 07: Multi-User Experiences];
    H --> I[Step 08: Content Design];
    I --> J[Step 09-25: Ideation, Validation & Refinement];

Input/Output Variables​

This document lists all the input and output variables for the PDM master prompt.

Input Variables​

Global Variables​

These variables are available throughout the master's execution.

  • workflow_state_machine: Tracks master workflow execution state including mode flags and step completion status
  • mm_debug: Enable debug logging
  • mm_user_data: User profile and preferences
  • mm_log: Execution log entries
  • mm_mem: Learning journal
  • mm_hypotheses: Validation tracking
  • mm_initiative: Initiative-related attributes
  • pdm_design_system_json: Master design system configuration
  • pdm_job_stories_json: JTBD-driven job stories and user journeys
  • pdm_engineering_handoff_json: Consolidated engineering specifications for ACM
  • pdm_engineering_handoff: Human-readable engineering specifications
  • pdm_prd_global: Global PRD capturing overarching product vision
  • pdm_dos_opportunities_json: DOS statements in standard format
  • pdm_component_prompts_json: LLM prompts for agentic component generation
  • pdm_aha_moment_design_json: Time-to-value optimization patterns
  • pdm_hypothesis_control_table: Consolidated hypothesis tracking with baselines and targets
  • pdm_validation_handbook: Complete validation playbook
  • pdm_validation_results_json: Results from validation experiments
Step 00: Onboarding & Session Configuration​

These variables are the primary inputs for the master, provided at the beginning of the process.

  • mm_initiative: Initiative context
  • mm_okrs_json: User's OKRs driving all optimization decisions
  • mm_roadmaps_json: Solution roadmaps from SDM
  • mm_odir_json: Opportunity-driven innovation roadmap with full value tree
  • mm_job_executors_json: Detailed personas from CDM with demographics, psychographics, HXC flags
  • cdm_empathy_maps: Complete empathy maps for all personas
  • mm_audiences_json: Job executors with execution contexts and market analysis
  • mm_jtbd_json: Jobs-to-be-done with universal job map
  • mm_job_executors_icp_json: Ideal Customer Profile (B2B only)

Output Variables​

These variables are created or updated by the PDM master during its execution.

  • pdm_session_config_json: Session configuration and context
  • pdm_value_tree_analysis_json: Complete product context analysis
  • pdm_product_context_analysis: Visual product scope analysis
  • pdm_prd_global: Global product requirements document
  • pdm_wardley_maps: Visual Wardley maps of solution evolution
  • pdm_job_stories_json: JTBD-driven job stories
  • pdm_dos_opportunities_json: DOS in standard format
  • pdm_job_breakdowns: Job breakdowns with stories
  • pdm_job_story_maps: Visual journey maps
  • pdm_design_recommendations_json: Persona-optimized design recommendations
  • pdm_design_system_json: Master design system configuration
  • pdm_component_prompts_json: LLM prompts for components
  • pdm_design_system_guide: Comprehensive design system documentation
  • pdm_current_design_recommendations: Design style recommendations for this session
  • pdm_current_design_system: Your selected design system specifications
  • pdm_inclusive_design_json: Combined i18n + a11y specifications
  • pdm_inclusive_guidelines: Comprehensive inclusive design guide
  • pdm_accessibility_audit_json: WCAG compliance checklist
  • pdm_cultural_adaptations_json: Region-specific variations
  • pdm_hook_model_json: Complete habit loop design
  • pdm_aha_moment_design_json: AHA moment specifications
  • pdm_time_to_value_optimization: Time-to-value journey
  • pdm_interaction_motion_json: Combined interaction + motion specs
  • pdm_trigger_matrix: Trigger types and timing
  • pdm_animation_library: Animation patterns guide
  • pdm_growth_loops_json: PLG engine specifications
  • pdm_network_effects: Network value design
  • pdm_onboarding_flows_json: Activation sequences
  • pdm_viral_mechanics: Sharing and growth features
  • pdm_social_features_json: Multi-user experience specs
  • pdm_collaboration_patterns: Multi-user design patterns
  • pdm_team_dynamics_json: Team behavior patterns
  • pdm_content_system_json: Complete content design system
  • pdm_content_guidelines: Content design guidelines
  • pdm_conversation_flows_json: Conversational UI patterns
  • pdm_gamification_json: Gamification and progression system
  • pdm_premium_experiences: Premium and delightful experience design
  • pdm_personalization_engine_json: Personalization rules and patterns
  • pdm_delight_moments_json: Delight and animation specs
  • pdm_solution_metrics: Metrics framework for all solutions (single file with H2 headers)
  • pdm_solution_metrics_json: Structured metrics for each solution
  • pdm_information_architecture_json: Complete IA structure
  • pdm_ia_documentation: Information architecture guide
  • pdm_sitemap_json: Complete sitemap structure
  • pdm_solution_ux_flows: Comprehensive UX flows for all solutions
  • pdm_ux_flow_diagrams_json: Structured flow data
  • pdm_solution_html_designs: HTML designs for all solutions (single file with H2 headers)
  • pdm_solution_figma_export: Figma-compatible exports (single file with H2 headers)
  • pdm_visual_design_specs_json: Detailed visual specifications
  • pdm_figma_design_tokens_json: Design tokens for Figma import (W3C DTCG format)
  • pdm_figma_component_specs_json: Component specifications for Figma
  • pdm_hypothesis_control_table: Consolidated hypothesis tracking
  • pdm_experiments_design_json: Detailed experiment specifications
  • pdm_simulation_results_json: AI simulation outcomes
  • pdm_performance_predictions: AI simulation insights
  • pdm_risk_mitigation_json: Risk factors and mitigations
  • pdm_impact_assessment_json: Impact calculations
  • pdm_impact_confidence_matrix: Impact and confidence analysis
  • pdm_effort_reach_assessment_json: Effort and reach calculations
  • pdm_effort_reach_analysis: Detailed effort and reach breakdown
  • pdm_rice_roadmap_json: Prioritized roadmap data
  • pdm_implementation_roadmap: Visual implementation roadmap
  • pdm_roadmap_alternatives_json: Alternative sequencing options
  • pdm_strategic_decisions_json: Strategic solution decisions
  • pdm_strategic_analysis: Strategic decision framework
  • pdm_prd: Standard PRDs (single file, H1 for Global, H2 for solutions)
  • pdm_prd_claude_code: Claude Code optimized PRDs (single file, H1 + H2 headers)
  • pdm_prd_ai_studio: AI Studio optimized PRDs (single file, H1 + H2 headers)
  • pdm_prd_n8n: N8N workflow PRDs (single file, H1 + H2 headers, agents only)
  • pdm_prd_generation_log_json: Track PRD generation for each solution
  • pdm_fake_door_pages_html: Complete landing page HTML
  • pdm_fake_door_pricing: Pricing strategy and testing
  • pdm_fake_door_copy: Conversion-focused copywriting
  • pdm_completion_criteria_json: Structured completion checklist
  • pdm_design_validation: Comprehensive validation report
  • pdm_validation_handbook: Complete validation playbook
  • pdm_validation_tracking_json: Experiment tracking system
  • pdm_validation_results_json: Validation experiment outcomes
  • pdm_validation_synthesis: Results analysis and recommendations
  • pdm_updated_roadmap_json: Revised roadmap based on validation
  • pdm_executive_summary: C-suite and investor ready summary
  • pdm_success_metrics_json: Final success calculations
  • pdm_celebration_plan: Success celebration framework