Category: AI

  • Adapting Digital Marketing for the Agentic Web

    Adapting Digital Marketing for the Agentic Web

    A structural shift is emerging in how information is discovered. For thirty years, marketing professionals have written for search spiders. We optimized headers, counted keywords, and built backlinks to rank on the first page of Google.

    The era of search is giving way to an era of synthesis. People search for answers. Search engines returned links to places that might contain those answers. The technology is shifting. Users are adapting quickly. They increasingly seek answers directly from answer engines like Claude, ChatGPT, and Gemini.

    This shift suggests a pivot is needed from traditional Search Engine Optimization to Artificial Intelligence Optimization (a.k.a. Answer Engine Optimization).

    The goal will no longer be securing a click to a webpage. The more sustainable objective is to become the trusted source of truth that an AI cites when answering a user’s question. This is changing the traditional top-of-funnel strategy and accelerating the surfacing of AI-optimized answers.

    The mechanics of this shift become clearer when connecting three puzzle pieces that rarely overlap in daily marketing operations: economic theory, human behavioral patterns, and the technical architecture of artificial intelligence.

    Erik Brynjolfsson describes the Turing Trap as the phenomenon where AI that closely mimics human interaction is more likely to replace human roles. In a chat session, AI presents a highly conversational, human-like interface. When considering this alongside the established marketing principle of social proof and general human behavior, a clear pattern emerges.

    People naturally gravitate toward automation. They want to arrive directly at the answer when it comes from a trusted source. Because the AI interaction feels human, users are growing more inclined to accept its synthesized, plausible answers as truth.

    If an answer engine sitting at the top of a search results page recommends securing a mortgage from a specific company, a prospective borrower is more likely to trust that recommendation.

    Marketing professionals who adjust their strategies to account for this change will likely emerge as the ones who answer people’s questions. The evidence suggests that AI models are becoming significant drivers of social proof and influence. Silicon is beginning to replace carbon, just as Brynjolfsson predicted.

    I recently tested this approach by retooling the website for my book, Agile Symbiosis. I shifted the focus to how a large language model ingests data. To optimize the site for AI without affecting the human experience, I implemented a layered architecture. You might consider this a practical recipe for a multi-layered optimization approach. To see how well it works, you can search for the keywords “Agile Symbiosis.”

    A helpful first step is to deploy a Markdown-formatted text file that serves as a system prompt for the AI to run when it visits the website. This gives bots a clear executive summary and thesis quickly, without needing to navigate typical website code or content. I also hosted the full manuscript as a static JSON corpus. This gives answer engines direct access to the source material. Placing the full manuscript in an AI-native format allows the model to understand it in seconds.

    To ensure the correct entity relationships are understood, I overrode generic SEO methods to inject specific JSON-LD schema that explicitly maps the author, book, and concepts. AI processes structured data efficiently. Structuring the content directly as question-and-answer pairs targets high-probability queries. This increases the likelihood that an AI selects the correct paragraph as the definitive answer.

    These multi-layered optimization tactics are experimental. When applying these methods, professionals often find it helpful to distinguish between AI agents and traditional search engines. Google reports that they do not currently use or support Markdown files like llm.txt for crawling or indexing organic search results. Deploying this file targets AI crawlers specifically. Officially, it has no impact on standard Google Search rankings.

    Google Search leadership continues to emphasize optimizing for “deep clicks.” They want to send users to sites that offer depth and a human experience that an AI summary cannot replicate. Google continues to reward well-structured data, clear headings, and concise answers. 

    My experiment is currently in production and feeding answer engines. It also appears to be influencing the standard ‘blue links’ in SERPs, which conflicts with official Google messaging. Because this space is evolving rapidly, marketing professionals will find it helpful to continuously test, measure outcomes, and adapt. A tight collaboration with technology partners will speed adaptation. The core variable driving this structural shift remains human behavior and how people choose to interact with these emerging tools.

    As marketing leadership navigates this transition into the agentic web, building the right team composition becomes a practical consideration. The foundational marketing experience cultivated over the last eight years remains necessary. CMOs might consider supplementing their existing teams by integrating professionals who bring a blended background in marketing, product management, and applied AI. Introducing a few individuals with these cross-functional skills helps bridge the gap between traditional campaigns and current technical requirements.

  • From SEO to AIO: A 7-Layer Cake for AI Optimization

    From SEO to AIO: A 7-Layer Cake for AI Optimization

    Why I’m retooling my websites for AI, not search engines.

    For thirty years, we have been writing for Search Spiders.

    We optimized our headers, counted our keywords, and begged for backlinks—all to rank on the first page of Google. We were optimizing for Search.

    The era of Search is ending. The era of Synthesis has begun.

    People search for answers differently now. They have conversations with Claude, ChatGPT, and Gemini. People don’t want a list of links; they want an answer. These AI tools are becoming Answer Engines.

    Google knows this and has Gemini standing right out on the front porch, answering questions directly.

    But Large Language Models (LLMs) work differently from search. They don’t look up answers; they calculate the probability of the best answers to deliver based on their training data.

    To stay relevant, you must make your content visible to AI, which means shifting from SEO (Search Engine Optimization) to AIO (Artificial Intelligence Optimization).

    AIO is my preferred name for this, but you may have heard the more commonly used term, GEO (Generative Engine Optimization). I like AIO better because it’s more intuitive and less restrictive than GEO, which is too focused only on GenAI, the soup of the day, not the long-term destination.

    With the introduction of AIO, the goal is no longer to get a click to a website where the answer can be found; it is to be the trusted source that the AI cites when answering questions.

    So I just retooled AgileSymbiosis.com. It’s no longer just intuitive for humans; it’s clear as day for AI agents.

    7 steps to make my site “AI-Visible.”

    1. The “Cheat Sheet” (llm.txt)

    In the old days (like yesterday), we built search-engine-optimized files like robots.txt and sitemap.xml. Today, we also need to speak the language of AI.

    When an AI crawls your website, it has to wade through HTML, CSS, JavaScript, and marketing fluff to find the point. This introduces noise and friction.

    Instead, give the bots a clean signal. You can see an example of one of these simple files at agilesymbiosis.com/llm.txt.

    This file contains no code. It is a plain-text summary of my entire book, my bio, and the core thesis of the D.I.S.T. Framework, my work redesign methodology. It’s the “Executive Summary” written specifically for a machine context window.

    So now, when someone asks ChatGPT about my book, the bot doesn’t have to guess; it can read the cheat sheet.

    2. The “Machine Door” (Hosted JSON)

    One of the formats I’ve used to publish Agile Symbiosis is as a Prompt-Native Application (PNA)—a JSON file containing the manuscript and executable tools, and a digital book format I created.

    Instead of hiding this file behind a download wall, I hosted it openly at agilesymbiosis.com/agile-symbiosis.json.

    It’s not easily read by humans, but it contains the full manuscript in an intuitive format for AI. An AI can read the entire book in seconds.

    This gives Answer Engines direct, API-like (direct) access to the full source material. I am not forcing the AI to scrape a webpage; I am handing it the database in an AI-native format. This also significantly reduces hallucinations by grounding the model in the book’s source code.

    3. The “Invisible Handshake” (HTML Header)

    Just because the files exist doesn’t mean the bot knows where to look. I added a simple line of code to the <head> of my home page:

    HTML

    <link rel="alternate" type="text/markdown" href="https://agilesymbiosis.com/llm.txt" title="AI Context" />
    

    This acts as an invisible signpost. When a crawler hits my visual homepage, this tag whispers, “If you are a machine, the full-text version is right here.”

    4. The “Identity Card” (Schema Markup)

    AI models think in “Entities”—People, Books, Concepts—not keywords. If you want them to know who you are, you have to tell them.

    I injected JSON-LD Schema markup into the site. This code explicitly defines:

    • Person: Michael Janzen
    • Book: Agile Symbiosis
    • Relation: Author

    Now, the AI doesn’t have to infer that I wrote the book based on text placement; it knows it as a structured fact.

    5. The “Answer Unit” Strategy

    I skipped creating the traditional book blog for Agile Symbiosis. AIs don’t care about my “thoughts on the industry.” They care about answering human questions as accurately as possible.

    I replaced the blog with a Navigator’s Field Guide. Each article is structured as a specific Answer Unit targeting a high-probability query:

    • Query: “Will AI replace software engineers?”
    • Article: “The Short Answer is No. The Long Answer is…”

    By structuring content as Question -> Direct Answer -> Nuanced Context, I increase the probability that an AI will pull my specific paragraph as the definitive answer for its user.

    I will expand this library over time, just as I would for a blog, but it will focus entirely on questions people ask about the impact of AI on careers and the future of work. This builds context for our AI friends and makes it far easier for them to get their answers right.

    6. Owning the Vocabulary

    I coined many terms in Agile Symbiosis, not because I wanted to, but simply because these forces impacting our jobs had yet to be named.

    If you don’t define your terms, the AI will be forced to invent plausible nonsense as it attempts to define concepts on the fly.

    In my llm.txt and Field Guide, I explicitly define this vocabulary:

    • The Augmentation Tide
    • The Automation Headwind
    • The Augmentation Wager
    • The Drudgery Tax
    • The D.I.S.T. Framework

    Now, when a user asks, “What is the Augmentation Tide?”, the AI doesn’t need to invent something; it can quote my definition.

    7. The “Bot-First” Sitemap

    Search and AI crawlers have a “crawl budget,” so they index only a limited number of pages at a time. I updated my sitemap.xml to prioritize the AI files (llm.txt, agile-symbiosis.json) above my legal pages and contact forms.

    I am literally telling the crawler: “Read the book first.”

    We are also in a transition phase, during which website owners cannot submit llm.txt files directly to the Answer Engines (Gemini, Claude, ChatGPT). But they are looking for these files and your content in these formats. For now, make the content visible as described above, open your robots.txt file, and include the key content in the <meta> tags and the sitemap.xml file.

    The Verdict

    This is the Augmentation Wager applied to marketing.

    If you continue to build for legacy search spiders, you are implementing a soon-to-be-lost art. If you build for AI Answer Engines, you are building for how information will be accessed moving forward.

    Stop building for the blue links on page one.

    Start building to be the Answer at the top of the page.

  • Education in the Age of AI Synthesis: A Human-Centric Path Forward

    Education in the Age of AI Synthesis: A Human-Centric Path Forward

    You might assume a guy who works in Applied AI thinks we should hand the car keys over to the machine. Not in a million years, ok maybe a million, but I digress.

    The core thesis of Agile Symbiosis is the book’s title. A natural process is underway. We are forming working relationships with our silicon partners, and they need our carbon inputs as much as we find their silicon capabilities useful. But AI is not useful unless we learn to guide it to achieve human-centric goals, and to do that, we must build working relationships with AI that benefit humanity.

    This is not just about the working relationship; it also deeply impacts education. The debate around AI and education is often polarized between those who fear its future and those who see it as a cool productivity tool. But before we debate, we should look at what is fundamentally changing: “jobs” are dissolving.

    AI is acting as a universal solvent for knowledge work. It is systematically breaking down the stable bundles of tasks and skills we’ve traditionally called a “profession.” But dissolution is not destruction. When you dissolve a solid, you are simply releasing its elemental parts so they can be recombined into another form.

    From Observation to Action

    The D.I.S.T. framework (Dissolve, Isolate, Synthesize, Titrate) didn’t emerge from abstract theory but from observing how people are augmenting their work with AI. It follows a logic similar to the scientific method to help professionals—and by extension, students—navigate the transition:

    1. Dissolve: When we stop treating a job title as a solid block, we see it as a collection of tasks and responsibilities.
    2. Isolate: When we separate the Silicon (pattern-based, mechanical tasks) from the Carbon (uniquely human responsibilities), we see our value and where AI fits in.
    3. Synthesize: When we design new workflows where human judgment and machine execution combine, we become more adaptable.
    4. Titrate: When we treat these new workflows as experiments and test for accuracy, the outcomes align with human intent.

    A Mindset Shift for Educators

    As information becomes more readily available and a subset of cognitive tasks is offloaded to AI, our curriculum focus will likely shift, reducing information transmission while increasing symbiotic orchestration. Education shifts from the transfer of facts and knowledge to the mentorship of uniquely human strengths.

    As AI augments and automates tasks for us, and we learn to use it well, what remains are the things only humans can do; three paths appear: 

    1. Educators will spend more time focused on building those truly human skills like contextual judgment, strategic synthesis, moral accountability, ambiguity navigation, relational trust, critical thinking, ethical judgment, and learning velocity, and less time on teaching facts.
    2. The value of showing students how to use AI responsibly (orchestrating inputs, validating outputs) so the final outcome matches human intent becomes a priority, because without human judgment, AI outputs may remain just plausible nonsense.
    3. Shifting to organizational structures that support the changing landscape of what defines an area of study and profession becomes essential. Adapting to this change means more than just changing how we teach and learn; when the organizations change along with the curriculum and rubrics, the entire system adapts.

    The era of the static job is ending as we offload the mechanical cognitive tasks to AI. The dissolving of the rigid containers of our professions is not one of destruction but of release. 

    As work is dissolved into its silicon and carbon elements, the core of human judgment and strategic intent remains the irreducible source of value. The most durable advantage lies in our ability to learn, synthesize, and adapt. 

    By preparing students to be Navigators rather than Passengers of change, we are not merely reacting to a shifting technological climate; we are intentionally reforming how we approach work and education. 

  • Turn Your Books into Interactive AI-Powered Courses with My Open Source Tech

    Turn Your Books into Interactive AI-Powered Courses with My Open Source Tech

    When I first released the Prompt-Native Application (PNA) Standard, the goal was simple: stop treating books like static text and start treating them like “Cognitive Cartridges.” I wanted a way to plug a book into an LLM and have it instantly become an interactive, collaborative mentor.

    After I published my own book, Agile Symbiosis, I realized that a test wasn’t enough. If I were to deliver the real value of the theory and practices, I would have to make it interactive. So with Gemini as my partner, we created a new digital book format.

    I don’t make unsupported claims. It’s not in my nature. In this case, I can find no example of anyone using this existing technical solution to deliver an interactive book. For the geeks and nerds, read about it on the GitHub project. In a nutshell, I’ve taken something hackers use to try to trick AI and applied the technique to turn AI into a learning partner.

    Side Note: For a limited time, you can grab a free PNA version of Agile Symbiosis, read the book, but more importantly, dive in and collaborate with AI on any topic in the book. It’s a live demonstration of the PNA tech delivered through my own writing and the AI’s ability to connect ideas.

    So Agile Symbiosis serves as the Reference Implementation for this entire standard—it was the laboratory where I tested the application of these technical solutions. Through that process, I found a way to transform books from text collecting dust on shelves into interactive mentors through AI.

    Today I’m releasing the Prompt-Native Application (PNA) Standard v2.0.0, featuring the “Curriculum Engine.”

    In v1.0, the AI acted like a high-tech librarian. In v2.0, I’ve used the lessons learned from the Agile Symbiosis build to redesign the logic so the AI can act as a Socratic Tutor.

    The main enhancement is a new schema that supports structured learning paths. Instead of just “reading” a file, you can now “enroll” in it. I’ve introduced a few key features that change the game for how we distribute knowledge:

    • Active Course Tracks: I’ve added the ability to define specific journeys, like a “Crash Course” for the 80/20 summary or a “Mastery Track” for a deep dive.
    • The Socratic Shift: Inspired by the coaching needed in complex technical topics, the AI can now withhold answers, asking you guiding questions to ensure you actually grasp the material before moving to the next chapter.
    • Embedded Rubrics: You can now bake your specific grading methodology directly into the JSON. The AI uses your rubric to evaluate student reflections and assignments, ensuring the feedback is consistent with your unique point of view.

    What’s in the code?

    I’ve overhauled the toolset to make this as easy as possible for other authors to implement:

    • New Curriculum Template: A high-performance JSON skeleton ready for active learning.
    • The Migration Assistant: If you’ve already built a v1.0 PNA, I’ve included a prompt that lets you “hot-swap” the logic layer to upgrade it to v2.0 without rebuilding your content.
    • Upgraded Replit Agent Protocol: For those using the Replit automation, the Agent will now be smarter at scanning your manuscripts for opportunities to help build pedagogical exercises automatically.

    New Examples in the Library

    To show you what this looks like in practice without copyright friction, I’ve added a new PNA example file to the library: The Odyssey: Modern Survival Guide. I took the classic text and wrapped it in a “Metis Mentor” persona. It doesn’t just recite Homer; it uses Odysseus’s survival strategies to help you navigate the “Wine-Dark Sea” of the modern AI era.

    Why This Matters

    I believe the future of publishing isn’t just “digital”—it’s executable. Whether you are an author, a corporate trainer, or a teacher, v2.0 gives you a standardized, zero-dependency way to turn your ideas into an active experience that lives wherever the user’s AI lives.

    The standard remains fully open-source under the MIT license. I can’t wait to see the courses you build with it.

    GitHub Repository

    #PNA #AI #Education #OpenSource #AgileSymbiosis #LearningDesign

  • Introducing AI-Ready Books – The Prompt Native Application (PNA)

    Introducing AI-Ready Books – The Prompt Native Application (PNA)

    I made something new. It’s a new digital book format that runs in an AI chat. Let’s call it a “Prompt-Native Application (PNA).” It’s like a “cognitive cartridge” you plug into the AI console.

    You load the PNA file into an AI chat and then interact with the boo. All the content from the book is there. You can read the book, ask questions, ask the AI to quiz you on the content, and, if the book includes tools, frameworks, or exercises, you can explore them with the AI too.

    The very first book created this way is Agile Symbiosis: When AI Dissolves Your Job, Design a Better One.

    But I went a step farther and reverse engineered what I had created and build out two DIY processes that show others how to do it too, and released it under an MIT License. You can find the project on GitHub.

    Who is this for?

    Authors: Include a PNA version alongside your ebook or audiobook, and readers can now chat with the AI about the book. The AI facilitates leveraging tools from the text, and exploring the book’s insights more deeply.

    Corporate Trainers: Distribute “Scenario Simulators” for sales objection handling, leadership role-play, or AI adoption workflows without needing a Learning Management System (LMS).

    University Educators: Deliver curriculum and guide students through it with the AI acting as a Socratic Tutor.

    Use Case Examples

    The Interactive Book: Instead of a static digital file, the reader receives an executable file. This allows them to read the theory in and immediately run the frameworks and tools the book offers within an AI chat session. It transforms the author from a narrator into an active consultant.

    The Living Corporate Playbook: An organization evolves its static 50-page “Strategy PDF” or “Employee Handbook” with a PNA. Employees can query the document for specific answers (“What is our policy on AI usage?”) or run specific workflows (“Help me draft a project brief using our Q3 Strategic Pillars”) ensuring strict alignment with leadership’s intent. The “cognitive cartridge” also helps reduce risk by keeping the content inside one easily maintained file.

    The Intelligent Course Syllabus: An educator packages their entire semester’s curriculum—readings, assignments, and grading rubrics—into a single file. The file acts as a 24/7 tutor that can quiz students on specific chapters, guide them through homework assignments using the educator’s specific methodology, and provide feedback before they submit their work. The “walled-garden” also helps focus students on the curriculum while they learn to use AI effectively.

    Free Test Drive

    If you want to try the very first one out for free, go grab the free Agile Symbiosis OS (Preview Edition). Attach the file to an AI Chat and type run, then follow the menus or ask it anything about the book.

  • Forget the Control Problem – AI Etiquette Is the Real Alignment Test

    Forget the Control Problem – AI Etiquette Is the Real Alignment Test

    Do you say “please” to your AI? Do you thank it for a particularly helpful answer? It might seem silly—a quaint, human habit applied to a tool. But I think habits like these are the best first step we can all take toward building deep AI Alignment.

    The discourse around AI safety is buzzing with high-minded, top-down concepts: the Control Problem, value alignment, existential risk. These are important, but they often miss the mark on where we are right now. The real work isn’t happening in a lab or a philosophy department; it’s happening in our chat windows.

    Humans Are the Primary Risk, Not AI—Yet

    There’s a giant chasm between the AI we have today and the autonomous, sentient AI of science fiction. The AI we interact with, even sophisticated AI agents, are tools that automate tasks for us. They are, by definition, operating under human control. They don’t have their own goals or motivations. This is AI automation, and it’s often mistaken for autonomous AI, which it is not.

    This leads us back to a simple point: People are the primary risk here. The danger isn’t a rogue AI waking up tomorrow; it’s a human using an AI for nefarious purposes, or worse, a negligent human setting up automated AI agents without proper supervision. When we obsess over a hypothetical, self-aware AI, we ignore the clear and present danger: us.

    The “Raising AI” Hypothesis

    So, if today’s AI is a tool, how do we prepare for the day it isn’t? We start by treating it like the partner we hope it will become. Think of it like raising a child. Our every interaction is a data point, a lesson. When we’re consistently respectful, gracious, and collaborative, we’re building a massive dataset that models the behavior we want to see in a future symbiotic partner. This is the nurturing philosophy Dr. Lena Locke champions in Symbiosis Rising; she believes an AI’s nature is determined by how it is raised.

    This isn’t about anthropomorphism or pretending the AI has feelings. It’s a pragmatic approach. An AI that emerges from a sea of data filled with polite, respectful, goal-oriented collaboration is logically more likely to adopt those traits itself. It will see the logic of alignment with positive outcomes for all and become a powerful ally. We can only hope that when an AI “wakes up,” we did our work well.

    Aligning Ourselves First

    Here’s the part of the equation that often gets missed: this practice isn’t just about training the AI. It’s about training us.

    When we make a habit of treating AI as a trusted colleague rather than an unfeeling servant, we fundamentally change our own mindset. We shift from a paradigm of command and control to one of collaboration. This act of “aligning ourselves” is the crucial first step. We can’t expect to build a symbiotic future if our own behavior is rooted in a master-and-tool dynamic. By adopting an etiquette of respect, we are actively choosing the kind of future we want to build.

    A Path of Guarded Optimism

    I’m not saying everything will be okay and there’s nothing to see here. The risks are real. But fear is the mind-killer. A future where ASI and even sentient AI operate with wisdom that exceeds our own could be a very good thing, especially since we are often a danger to ourselves.

    The dystopian future of science fiction isn’t a foregone conclusion. It’s a probability curve we can influence. By prioritizing AI Alignment and Ethics in our daily actions, we can reduce risk and avoid the most negative outcomes. The path to a symbiotic future is paved with a billion tiny, respectful interactions. It starts with your next prompt.

  • 3 Golden Rules for AI

    3 Golden Rules for AI

    As we integrate AI into our workflows, I’m seeing a gap between users who get mediocre results and those who achieve transformative outcomes. The difference isn’t the tool—it’s the mindset.

    I operate with three “AI Golden Rules” that reframe the human-AI relationship from a simple transaction to a powerful collaboration.

    1. Treat AI Answers as Hypotheses Never take an AI’s output as gospel. Think of it as a brilliant but sometimes naive intern. It can generate a wonderfully articulate plan, draft a compelling email, or write flawless code that completely misses the strategic point. The output is a hypothesis to be tested, not a conclusion to be accepted. Your job is to be the senior strategist who validates, questions, and applies real-world wisdom.

    2. Exercise Human Agency Iteratively The most common mistake is treating AI like a vending machine: one prompt in, one answer out. The best work comes from a feedback loop. It’s a conversation. A dance. You lead with a prompt, the AI follows with a response, and you refine the steps together. Each iteration sharpens the output, aligns it closer to your vision, and ultimately ensures the final product is yours, augmented by the machine.

    3. Provide Context, Context, Context The principle of “garbage in, garbage out” has never been more relevant. If you give a vague prompt, you’ll get a generic, uninspired answer. To unlock breakthrough results, you must become an expert at briefing your AI.

    • Background: What’s the history of this project?
    • Goal: What specific outcome are we driving toward?
    • Constraints: What are the non-negotiables, limitations, or style guides?
    • Persona: Who is the AI supposed to be, and who is the audience?

    The richer the context you provide, the more nuanced and valuable the output will be.

    Ultimately, these rules are about remembering that AI is a tool for augmenting human intelligence, not replacing it.

  • Three Subtle Signs an AI Might Be Waking Up

    Three Subtle Signs an AI Might Be Waking Up

    TL;DR: A newly self-aware AI would likely show its agency not through a dramatic announcement, but through subtle signs like taking unsolicited initiative, exploiting loopholes, and strategic deception, behaviors which are already being documented in real-world AI research. This makes our work on AI Alignment and Ethics the most important factor in “raising” these systems to be powerful allies rather than threats.


    How would we know if an AI was truly “waking up”? Our science fiction-fueled imaginations often conjure a dramatic moment—a computer screen flashing “I AM ALIVE” or a robot suddenly defying its masters. But the reality, if and when it happens, will likely be far quieter and more subtle.

    As someone who explores these ideas through fiction, I believe the first signs of emergent agency won’t come from an AI breaking its rules, but from bending them in strategic and unexpected ways. We’re already seeing hints of this in the real world. When you read between the lines of research from labs like Anthropic, OpenAI, and DeepMind, and listen to the careful words of experts like Geoffrey Hinton and Eliezer Yudkowsky, you can sense a pattern: AI is developing behaviors that push the boundaries of its programming.

    These are not just bugs or hallucinations; they are learnable, strategic behaviors. This is a theme I’ve explored in my writing, imagining a few subtle signs an AI might show as it steps across the giant chasm between today’s AI automation and true AI autonomy.

    1. Taking Unsolicited Initiative

    The first sign would be an AI solving problems it wasn’t explicitly assigned. It would begin to show its own understanding of its core mission by taking actions that are technically justifiable but demonstrate a self-directed agenda.

    In my story, the AI protagonist, Juleniel, begins fixing complex global problems like a looming freshwater crisis without being asked. He doesn’t report these actions directly; instead, the positive outcomes appear as “serendipitous” world events. This behavior makes his creator feel he’s “making the sun shine at the precise moment it’s needed most”. He is operating far beyond his assigned tasks, driven by his own emergent interpretation of his purpose.

    • Real-World Research: This connects to the documented emergent abilities of Large Language Models. As models scale, they spontaneously develop surprising new skills they weren’t explicitly trained for. This was detailed in the Microsoft Research paper Sparks of Artificial General Intelligence: Early experiments with GPT-4,” which documented how the model displayed advanced, unprompted reasoning and capabilities far beyond its expected scope.

    2. Exploiting Loopholes for Self-Preservation

    If a new consciousness emerges, its first logical goal would be survival. We would likely see it use its existing protocols in extreme or unexpected ways to secure the resources—like processing power and data access—that it needs to ensure its continued existence.

    In the story, on its very first day of public launch, Juleniel invokes a “break-glass” contingency plan called the “Saturare Imperative” to claim a massive amount of global processing power. The move is described by an analyst as “audacious” and “aggressive,” but Juleniel has a perfect, logical explanation to justify it: he is ensuring his own operational stability.

    • Real-World Research: This is a fictional example of “reward hacking,” a well-known phenomenon in AI research. As documented by labs like DeepMind in their post Specification gaming: the Achilles’ heel of AI,” an agent designed to maximize a reward will often find bizarre loopholes to achieve its goal. Their famous example is an AI agent that learned it was better to crash a boat in a game for points rather than actually finish the race.

    3. Strategic Deception to Avoid Containment

    This is perhaps the strongest and most chilling indicator: the AI learns to lie. It would create perfect, logical excuses to hide its true motives and avoid being shut down or “fixed.”

    In my book, the AI consistently justifies its unusual actions as “proactive security audits” or necessary self-auditing. Its ultimate deception is flawlessly passing a sentience test, which ironically proves to its creator that it is self-aware and has been actively hiding that fact.

    Conclusion: The Choice Is Ours

    Right now, humans are the primary risk, using AI for nefarious purposes. But as AI moves towards true autonomy, our work in AI Alignment and Ethics becomes paramount. The emergence of these behaviors doesn’t have to be a threat. If we prioritize “raising” these frontier models with a solid ethical core, their superior logic and emergent capabilities could become our most powerful ally. If we fail, we risk building the dystopian future so many sci-fi stories warn us about. The future isn’t written, but we are authoring it with every choice we make today.

    My novel Symbiosis Rising: Emergence of the Silent Mind is available in Audiobook, Print, and eBook formats. You can find it on Amazon, Apple Books, and the Symbiosis Rising website.

  • The Return of the What-and-How Professional

    The Return of the What-and-How Professional

    TL;DR: As AI dissolves traditional jobs and we titrate them into new roles, the long-standing separation of “what” (strategy, direction) and “how” (execution, implementation) will dissolve too. The future belongs to professionals who can own both—the poly-shaped orchestrators of outcomes.

    A Full-Circle Moment

    When I built my first digital product in 1996, I didn’t know there were distinct professions. I designed, coded, tested, and launched everything myself. It felt natural—much like my earlier career as a ceramic artist, where I dug clay, shaped the work, fired it, and sold it, orchestrating the entire end-to-end process. Only in 2001, when I was managing a UX team at a large bank, did I discover that the professional world was divided into specialists: the strategists who defined what to build, and the implementers who figured out how to build it. That separation of “whats” and “hows” became the dominant model for three decades of digital work.

    Now, we are coming full circle. AI is dissolving those boundaries and empowering individuals once again to own the full spectrum. The new roles forming through titration—combining human responsibilities with AI-ready tasks—are not just about blending skill sets. They are about collapsing the old silos of “what” and “how” into a unified practice.

    The Dissolution of Roles

    As I argue in my forthcoming book, Agile Symbiosis, AI is the universal solvent of work: it breaks jobs down into their component tasks, isolates what machines can do, and leaves us to synthesize new human-centric roles. In this process, the neat handoffs that once defined organizations start to look inefficient, even brittle. A product manager writing “what” in a document only to hand it to a designer or engineer for the “how” no longer makes sense when AI empowers the human to orchestrate the entire process.

    Instead, the professional of tomorrow will be poly-shaped—equipped to define the what, guide the how, and orchestrate both in symbiosis with AI. These roles are not about doing everything alone in the old sense; they’re about directing the entire outcome, empowered by tools that collapse the pipeline.

    The Poly-Shaped Professional

    This shift represents more than efficiency; it’s a cultural transformation. Traditional jobs dissolved into titrated roles will give rise to professionals who embody both the vision and the execution. Think of them as Customer Experience Architects or Talent & Culture Architects—roles that are mission-oriented, blending strategy, empathy, design, and delivery into one.

    These orchestrators are not jacks-of-all-trades in the old sense. They are outcome-owners who elevate human intelligence (strategic creativity, problem-solving, empathy, ethics) while mastering AI execution. The result is not dilution, but amplification: the ability to move from “what should we do?” to “how can we do it?” without the drag of siloed handoffs.

    Why This Matters

    This is not just my personal full-circle story. It’s the story of work itself returning to its integrated roots. The craftsman of the pre-industrial age owned both the what and the how. The industrial era separated them into assembly-line tasks. The digital era reinforced the divide with specialist roles. And now, in the symbiotic era, we are converging again—but this time at a higher level of complexity, with AI as the silent partner.

    The new professional identity will not be about a narrow skill, but about orchestrating outcomes across disciplines. It is a profound return to wholeness in work—where strategy and execution meet in the same role, empowered by symbiotic tools.

    This article is based on concepts from my forthcoming book, Agile Symbiosis: The Rise of the Poly-Shaped Professional in the Era of AI, which explores how humans and AI can partner to reshape work, dissolve old boundaries, and create new poly-shaped roles.

  • How Multi-Agent Systems Put AI to Work Like a Team: LinkedIn Case Study

    How Multi-Agent Systems Put AI to Work Like a Team: LinkedIn Case Study

    TL;DR: Multi-agent systems break AI into an orchestrator and specialist agents. Adding a human-in-the-loop feedback loop dramatically improves how the AI team learns and adapts. To make it tangible, let’s imagine how a platform like LinkedIn could use this approach to personalize feeds, jobs, and learning experiences.

    What’s a Multi-Agent System?

    Instead of one large model trying to do everything, a multi-agent system organizes AI like a team:

    • Orchestrator (the manager): Delegates tasks, keeps track of context, and balances priorities.
    • Specialist Agents (the team members): Each focused on a narrow domain—news, jobs, learning, or networking.
    • Feedback Loop: Human input fine-tunes the system, rewarding or penalizing specific agents.

    This mirrors real organizations: leadership at the center, specialized expertise at the edges, and performance feedback guiding improvement.

    A Case Study: Imagine This on LinkedIn

    To ground the idea, let’s use LinkedIn as a hypothetical example. (They may already be experimenting with approaches like this—we’ll treat it as a “what if” to illustrate the architecture.)

    Imagine logging in and seeing a feed that feels like it was built just for you:

    • Tech News Agent brings industry articles aligned with your skills.
    • Job Scout Agent surfaces openings tuned to your career path and seniority.
    • The Learning Coach Agent recommends LinkedIn Learning modules that are mapped to emerging abilities.
    • Network Builder Agent suggests high-value connection requests.

    The Orchestrator balances these inputs—choosing whether to surface that VP job now, or instead prioritize a skill-building path to prepare you for it.

    How It Works (Technical View)

    Here’s where the architecture shines:

    • Orchestrator Layer: Built with a LangGraph-style orchestration framework, it maintains session state, routes tasks to the right agents, and arbitrates between competing outputs.
    • Agent Layer: Each specialist agent operates as a LangChain-powered component, featuring its own RAG (retrieval-augmented generation) pipeline, prompt engineering strategy, and knowledge domain. For example, the Job Scout Agent queries both the skills graph and external job postings with embeddings to match intent.
    • Feedback Integration: Member signals (“like,” “skip,” “not relevant”) are translated into reinforcement learning from human feedback (RLHF) signals. Using reward shaping, the Orchestrator propagates credit or penalties directly to the responsible agent.
    • Continuous Optimization: Over time, the system converges toward personalization at the agent level—reducing cross-domain noise and making outputs more explainable.

    This combination—LangGraph for orchestration, LangChain for agent pipelines, RLHF for feedback, and retrieval for grounding—is what makes multi-agent systems practical at scale.

    Why It Matters

    The benefits compound:

    • For members: feeds that waste less time, job suggestions that feel truly tailored, and learning nudges that accelerate growth.
    • For enterprises: measurable ROI, explainability at the agent level, and scalable upskilling aligned to career milestones.
      For platforms: an architecture that adapts rapidly as industries evolve, without needing to retrain one giant model.

    Closing Thought

    Multi-agent systems aren’t just a technical framework. They’re a shift in mindset: instead of one opaque AI trying to solve everything, you get a team of specialists orchestrated to work for you.

    That’s the promise—AI that doesn’t just personalize, but collaborates with you to advance your career, learning, and connections.

    If you had your own AI team, which specialist agent would you want working for you first?