Inside AsembleAI: DeepTech, AI & Science

Shadow AI is costing organizations $10.3 million a year—more than malicious insider threats combined. Employees are using AI tools nobody approved, on data nobody's tracking, and most leadership teams have no idea it's happening at this scale. Banning AI doesn't work. You can't solve this with another policy PDF nobody reads. You need real behavioral change. In this episode, hosts Sam Dey and Mac Goswami sit down with Kate Marshall-founder of TheGrai and author of AI at Work—to expose why most enterprise AI rollouts fail at the most critical layer: getting people to actually adopt and stick with new tools and processes. What You'll Learn: 🔹 The $10.3M Shadow AI Problem — What that number actually represents and why banning AI just drives it underground 🔹 The Maturity Model Trap — Why organizations get stuck between Level 1 (Awareness) and Level 2 (Shadow AI), with leadership presenting vendor demos while employees silently use unapproved tools 🔹 Why Generic Training Fails — The fatal flaw of all-hands lunch-and-learn sessions and what role-specific, sticky AI training actually looks like in practice 🔹 The Habit Layer™ Framework — Kate's proprietary methodology for turning one-time training into lasting behavior change 🔹 Data Hygiene as the Foundation — Why cleaning up your downloads folder, emails, and redundant files is where AI transformation actually begins 🔹 The Book: AI at Work — Why Kate wrote a 3-chapter workbook for non-technical professionals instead of another theory-heavy guide Kate's Closing Insight: "Adoption is not a training day. It's a habit. You have to give employees not just access to tools, but time, space, and role-specific guidance to actually learn how to use them." Key Takeaway: The gap between knowing about AI and actually using it effectively is the difference between organizations that transform and those that waste millions on failed pilots. Connect with Kate Marshall: Website: katemarshall.ai LinkedIn: https://www.linkedin.com/in/kate-b-marshall/ Book: AI at Work Subscribe: Spotify | Apple Podcasts | Amazon Music | iHeart Radio | YouTube #ShadowAI #AIAdoption #HabitLayer #AIatWork #ChangeManagement #EnterpriseAI #AsembleAI

97% false positives. Millions of alerts daily. Security tools that can't keep up. The threat landscape has outpaced traditional security operations—and Agentic AI is the answer. In this episode, hosts Mac Goswami and Sam Dey sit down with Ramya Ganesh, Top 50 Women Cybersecurity Leads in the US and AI leader at Cisco, to break down how autonomous AI agents are transforming cybersecurity from detection to response. Key Insights: Multi-Agent Systems Beat Single Models — Like a hospital with specialists, multiple focused agents outperform one generalist AI. Modular, scalable, explainable, resilient. The Future SOC — Not humans vs. AI, but humans supervising teams of AI agents handling continuous telemetry while analysts focus on strategic decisions. Agentic AI vs. AI-Assisted Tools — Speed, autonomy, and cross-system correlation distinguish today's agentic platforms from yesterday's alert dashboards. POC to Production — Most AI initiatives fail because they start with technology, not business problems. Success requires measurable metrics and governance discipline before deployment. For Women in Tech — Stay curious, experiment, share what you build publicly. Imposter syndrome is real but community and visibility accelerate growth. Ramya's takeaway: "The companies seeing the greatest AI success aren't those with the most advanced models—they're the ones with the strongest discipline around AI adoption." Connect with Ramya: https://www.linkedin.com/in/ramya-ganesh-082bb231/ Subscribe: Spotify | Apple Podcasts | Amazon Music | iHeart Radio | YouTube | Substack #AgenticAI #Cybersecurity #WomenInTech #SOC #AsembleAI

68.5 billion euros in EPL betting annually. 1.4 million data points per match. Soccer sits at the absolute center of the AI revolution, and it's transforming the world's most popular sport from officiating to tactical analysis. In Episode 2 of our "AI in Sports Analytics" series, hosts Sam Dave and Mac Goswami explore how AI fundamentally changed soccer from 2020-2025. Revolutionary Technology: Semi-Automated Offside Detection (EPL 2024-25): Calibrated cameras + AI algorithms measure player positions with centimeter-level precision. Pioneered at 2022 Qatar World Cup, now standard across elite leagues. Processes data faster than humans, eliminating decades of controversial calls. Player Tracking: Optical systems track each player 25x/second, detecting invisible tactical patterns. Game-changer: Standard TV footage now generates tracking data previously requiring expensive dedicated cameras. Smaller-budget teams access insights once reserved for Barcelona, Manchester City, Bayern Munich. Match Prediction: 69-78% accuracy with ensemble models. Challenge: Soccer is harder to predict than basketball/baseball due to lower scoring and higher randomness. One lucky deflection can decide a match despite dominating possession. Real-World Impact: Tactical Analysis (March 2025 study): Real-time computer vision tracks all players, ball, formations simultaneously. Coaches see which tactical adjustments opponents made in the 67th minute three weeks ago and how they affected passing networks. Large Events Model (2024): Deep learning framework simulates games from any state. Test tactical approaches against AI-simulated opponents before stepping onto the pitch. Economic Impact: Sports analytics market: $1.03B (2024) → $2.61B (2030). AI-powered betting analytics provide sophisticated predictions. The Reality: AI reveals tactical sophistication fans never saw. That perfect through ball required reading three defenders' positioning, understanding striker's running profile, executing with millimeter precision. AI helps us see genius, not replace it. Subscribe: Spotify | Apple Podcasts | Amazon Music | iHeart Radio | YouTube Next: Baseball AI revolution #SoccerAnalytics #AIFootball #EPL #SportsAnalytics #AsembleAI

143% growth for AI Engineers. 136% for Prompt Engineers. 135% for AI Content Creators. These aren't niches—they're fundamental new careers that couldn't exist before AI. In this final "Who Survives the AI Shift" episode, Sam Dey and Mac Goswami reveal 16 brand-new job titles from 2025: Knowledge Architect, Orchestration Engineer, Conversation Designer, Human-AI Collaboration Leader. Top Emerging Roles: Prompt Engineer ($123K avg, top $200K+) - Building systematic AI outputs at scale. 40% fewer hallucinations, 60% better brand alignment. AI Model Trainer - Fine-tune algorithms. Requires technical skills + deep industry knowledge. AI Ethics Officer & Safety Analyst - Critical for governance in regulated industries. Assess biases, develop risk protocols. Data Curator - Most accessible entry point. Domain expertise matters more than degrees. Conversation Designer/NLP Engineer - Build chatbots, virtual assistants, translation systems. AI Product Manager - Bridge technology and business with deep AI understanding. AI Program/Project Manager - Handle AI implementation, operations, budgets. Huge growth projected. Where Jobs Are: Big Tech (Google, Microsoft, Amazon), AI-Native (OpenAI, Anthropic), Traditional Enterprises (JPMorgan, hospitals, retail) The Reality: New collar jobs exist at AI capability + human necessity intersection. Better AI needs MORE human oversight, not less. Consulting and freelancing booming—work that took days now takes hours. The future belongs to those treating AI as collaborative tool, not competitive threat. Subscribe: Spotify | Apple Podcasts | Amazon Music | iHeart Radio | YouTube | Podbean #AIJobs #PromptEngineer #FutureOfWork #AsembleAI

Can AI amplify filmmaking creativity without killing the craft? Season 4 guest Sam Joos—20-year filmmaker, founder of AI Ad Studio and AI Film Society - shows how generative AI is transforming commercial production from $500K budgets to bedroom studios. Key Insights: The Breakthrough Moment: "Once I started prompting AI like I'd talk to a crew member on set, the cheat code unlocked." Sam went from AI skeptic to teaching 50+ filmmakers how to adapt. The Economics Shift: Traditional commercials: $30K-$500K, 2-6 month turnarounds AI-powered: Shoot "London scenes" from home, deliver in 1-2 weeks Reality check: "It's not an easy button—taste and expertise still determine quality" Quality vs. "AI Slop": What separates great AI work? Traditional filmmaking fundamentals-lighting, framing, camera movement, lens choice. "Hand a cinema camera to someone untrained—it'll look horrible. Same with AI tools." Democratizing Film: Breaking Hollywood's gatekeeping: Midwest creators can now visualize ideas without industry connections, red carpets, or million-dollar budgets. Your First Steps: Study films/commercials you love—analyze what moves you Learn cinematic vocabulary: shallow depth of field, steadicam, dolly shots Research lighting, camera work, color grading techniques Apply filmmaking knowledge to AI tools (MidJourney, Runway, Pika) Build taste before prompts Connect with Sam Joos: 🎬 AI Ad Studio 🎥 AI Film Society - Free resources, job boards, global community 📸 Instagram: @samjoosai The Verdict: AI doesn't replace filmmakers, it creates AI-enhanced creators who blend craft with technology. Subscribe: Spotify | Apple Podcasts | Amazon Music | iHeart Radio | YouTube

Not all jobs are at risk from AI automation. In this episode of Inside AsembleAI, hosts Sam Dey and Mac Goswami reveal the safe zones—careers where AI enhances human work rather than eliminating it-and explain the crucial "why" behind these patterns so you can evaluate your own role's resilience. What You'll Learn: Healthcare: The Clearest Example of AI Augmentation 34 million new healthcare roles emerging by 2030 globally Nurse practitioners projected to grow 52% from 2023-2033 AI healthcare spending rising from $15.1B to $19.8B, but it's augmenting, not replacing clinicians Why patients will always demand human faces for life-altering decisions—the trust factor AI can't overcome AI handles 15% (imaging, scheduling, protocols) while humans retain 85% (emotional support, complex diagnosis, ethical decisions) The Four Traits of Automation-Resistant Careers: Non-routine physical tasks in unstructured environments Real-time sensory perception and 3D motor skills Contextual problem-solving that can't be reduced to data Human judgment under uncertainty and emotional complexity Industries Where Humans Remain Essential: Skilled Trades & Technical Work: Electricians, plumbers, construction workers face minimal AI threat Why troubleshooting a 100-year-old building requires detective work AI can't replicate 95% of skilled trade work demands hands-on human expertise navigating messy real-world constraints Creative Leadership & Strategy: Brand directors, creative directors, strategic planners operating at psychology-culture-business intersection AI can draft content and analyze data (25% augmentation), but humans set vision and cultural direction Risk-taking, ethical accountability, and counter-cultural choices require human judgment Why AI struggles to navigate demographic sensitivities and cultural nuances in creative work Education & Mentorship: Teachers won't be replaced because learning is fundamentally social AI tutors handle 20% (grading, practice, supplemental content) Humans retain 80% (inspiration, mentorship, emotional vs. intellectual struggle recognition) Special needs students, artistic children, and classroom dynamics demand emotional intelligence AI lacks Your Career Action Plan: Sam and Mac provide practical guidance to audit your role: Identify automation risks: routine data processing, predictable patterns, structured environments Identify augmentation opportunities: human judgment, physical work, creative problem-solving, emotional intelligence Position yourself toward augmentation and embrace AI tools for routine tasks The Bottom Line: Safe zones aren't static—they're determined by current AI capabilities and economic feasibility. As technology advances, new tasks requiring uniquely human skills will emerge. The jobs that remain safe provide value that's either technically impossible or economically impractical for AI to replicate. Subscribe for More: Don't miss the next episode covering roles most vulnerable to AI automation. Subscribe on YouTube, Spotify, Apple Podcasts, and join our Substack for in-depth AI analysis.

AI analytics represents a fundamental shift from analyzing what happened to predicting what will happen. Traditional marketing analytics was retrospective-dashboards showing last month's performance, reports explaining why campaigns succeeded or failed. AI analytics is prospective-predictive models forecasting customer behavior, propensity scores indicating conversion likelihood, churn risk signals identifying at-risk customers before they leave. The shift in marketing team composition is significant. Traditional teams were heavy on creative and campaign managers. AI-driven marketing teams need data scientists, analytics engineers, and marketing technologists who understand both strategy and technical implementation. The skillset evolves from "what message resonates" toward "what patterns in customer data predict behavior we can influence." Critical pitfalls include overfitting models on historical data, optimizing for proxies rather than actual business outcomes, and creating feedback loops where AI recommendations reinforce existing biases rather than discovering new opportunities. Privacy regulations like GDPR and CCPA create constraints on what data you can collect and how you can use it for profiling. The ROI is compelling. McKinsey research shows businesses using advanced analytics growing 10-15% faster than competitors, with 20-40% improvement in marketing efficiency through better targeting and resource allocation.

Traditional ad buying involved manual targeting, static audiences, and fixed bids. AI advertising uses machine learning to optimize targeting, bidding, and creative selection in real time across millions of data points. Performance Max and Meta Advantage+ campaigns represent this evolution - algorithms handling what used to require entire teams of media buyers. Smart bidding algorithms adjust bids based on conversion likelihood, time of day, device type, user behavior history, competitor activity, and dozens more variables simultaneously. This dynamic approach consistently outperforms manual bid management, especially for campaigns with large audiences and multiple ad variations. However, human strategy and oversight remain necessary—marketers must set clear goals, supply quality creative assets, and analyze performance to ensure AI automation aligns with business objectives. Critical risks include over-optimization—AI might optimize for metrics that don't actually align with business goals. Optimizing for clicks gets clicks but might not deliver quality traffic. Optimizing for conversions without considering lifetime value might acquire expensive customers who churn quickly. The human role is defining success properly so AI optimizes toward meaningful outcomes. Looking at 2026, programmatic advertising moves toward full automation. For small businesses without media buying expertise, this democratizes access to sophisticated advertising. For agencies and specialists, it forces evolution toward strategic consulting rather than tactical execution.

AI personalization has evolved dramatically from basic segmentation to true individual-level customization. McKinsey's 2025 research shows businesses using advanced personalization techniques are seeing 10-15% revenue increases, with 89% of decision makers saying AI-driven personalization will be critical in the next three years. This isn't optional anymore-it's competitive survival. Consumer expectations have shifted dramatically. 72% of consumers say they only engage with marketing messages tailored to their interests, and 90% are happy to share personal data if the result is a smoother, more personalized experience. However, they want immediate tangible value in exchange—brands can't just collect data and hope customers will be patient. Looking ahead to 2026, generative AI will create not just personalized messages but personalized imagery, video, and even product configurations. Adobe's 2025 Digital Trends Report shows 58% of teams seeing GenAI ROI expect better quality customer interactions in the next 12-24 months. The winners will be brands that see personalization as a system, not just a tactic-building predictive models into planning cycles while maintaining human oversight on privacy and ethics.

AI in credit decisions is genuinely controversial because it could either democratize lending and expand access to underserved populations or take historical discrimination and amplify it at scale. The reality is both are happening simultaneously in different institutions—it all depends on how intentionally the AI is designed and monitored for fairness. Sam and Mac examine how AI is disrupting traditional credit scoring. FICO scores have dominated for decades using limited data: payment history, credit utilization, length of credit history, types of credit, and recent inquiries. This approach systematically excludes millions who don't have traditional credit histories, even if they're perfectly responsible with money and would be excellent borrowers. The technical models include XGBoost as the industry standard and neural networks for processing more data with hidden layers. Traditional logistic regression is often a poor fit for real-world credit behavior. Banks need model governance with clear ownership, regular bias testing, robust explainability, and human oversight for complex cases. AI handles straightforward approvals and denials; humans handle the middle—complex situations requiring judgment and contextual understanding.

Over 50% of fraud now involves AI. FIDZY surveyed 562 fraud professionals globally and found AI-powered fraud has become the norm, not the exception. We're talking about deepfakes, synthetic identities, and AI-powered phishing so sophisticated it's basically indistinguishable from legitimate communications. The counter punch? 90% of banks are now using AI to fight back—fighting fire with fire. Sam and Mac paint the threat landscape: deepfake calls that sound exactly like your bank's fraud department, using your bank's actual spoofed phone number, with perfect voice and professional script asking for your PIN. California bank customers received dozens of these calls and many fell for it because the technology is that convincing. This is an arms race. Fraudsters use AI, banks use AI—there's no final victory. As bank AI gets smarter at detection, fraud AI evolves to evade those systems. It's like computer viruses and antivirus software—never-ending evolution and counter-evolution. The economic stakes are enormous: Deloitte estimates US banking losses from fraud could increase from $12.3 billion in 2023 to $40 billion by 2027, more than tripling in four years due to generative AI sophistication. Human oversight remains essential. 88% of banking professionals say human oversight is non-negotiable. AI identifies potential issues and surfaces them to analysts, but humans make final calls on complex cases. The benefit: 43% of institutions report increased efficiency because AI handles high-volume straightforward cases, freeing human experts for complex nuanced cases requiring judgment.

In 2024, a single cyber attack exposed the medical records of 190 million Americans. As healthcare organizations rush to adopt AI—with 38% now using it regularly—a new crisis is emerging: how do we harness AI's transformative power while protecting the most sensitive data we possess? This episode tackles the critical intersection of AI innovation and healthcare data security, where the stakes couldn't be higher. Sam and Mac reveal alarming statistics that healthcare executives can't afford to ignore: AI privacy incidents surged 56.4% in 2024, with 72% of healthcare organizations citing data privacy as their top AI risk. The average healthcare breach now costs $11.07 million per incident, yet only 17% of organizations have technical controls in place to prevent data leaks. The math is terrifying—and the problem is accelerating. The conversation explores how AI fundamentally changes the threat model in healthcare. Unlike traditional software that processes data according to fixed rules, AI models can unintentionally retain sensitive patient information from training data, creating new vulnerabilities that standard security practices weren't designed to address. Shadow AI—unauthorized AI tools used by employees handling sensitive data—poses massive compliance risks that most organizations haven't even begun to map. But this isn't just a doom-and-gloom episode. Sam and Mac outline emerging solutions that could reshape how healthcare handles AI and data security. Federated learning allows AI models to train across multiple institutions without patient data ever leaving its original location, enabling collaboration without exposure. Synthetic data can mimic real patient populations for AI training without using actual patient information, dramatically reducing privacy risks while maintaining analytical value. Looking forward, the episode emphasizes that stronger regulations and compliance practices aren't obstacles to AI adoption—they're prerequisites for sustainable innovation. Patient trust is healthcare's most valuable asset, and once lost through a major AI-related breach, it may be impossible to recover. The organizations that will thrive in the AI era are those that treat data protection not as a compliance checkbox but as a competitive advantage and moral imperative. Key topics covered: • The 2024 cyber attack exposing 190 million American medical records • Why 72% of healthcare organizations cite data privacy as their top AI risk • The 56.4% surge in AI privacy incidents involving PII (personally identifiable information) • Healthcare breach costs: $11.07 million average per incident • Shadow AI risks: unauthorized tools handling sensitive patient data • Why only 17% of organizations have adequate technical controls • How AI models unintentionally retain sensitive training data • Federated learning: training AI without data leaving institutions • Synthetic data: mimicking real populations without using actual patient information • The regulatory landscape and need for stronger compliance frameworks • Balancing innovation velocity with responsible AI practices • Privacy-preserving techniques: differential privacy and secure multi-party computation • Patient trust as healthcare's most critical asset in the AI era • Practical governance frameworks for healthcare AI implementation This episode is essential listening for healthcare executives navigating AI adoption, data security professionals protecting sensitive information, technology leaders implementing AI systems, and anyone concerned about the privacy implications of AI in medicine. Sam and Mac cut through the hype to deliver actionable insights on one of healthcare's most pressing challenges: how to innovate responsibly in an era where a single breach can expose hundreds of millions of records.

By 2024, synthetic data will comprise 60% of all healthcare AI training data. This episode explores how this shift is solving the industry's massive data problem while protecting patient privacy. Healthcare faces a critical paradox: AI needs vast patient data for accurate diagnoses and personalized treatments, but HIPAA and GDPR restrict access to real records. Synthetic data offers a breakthrough—artificially generated datasets that mimic real patient populations statistically without containing actual patient information. Sam and Mac explain how generative AI techniques like GANs and auto-encoders create synthetic data preserving statistical properties of real healthcare data while eliminating privacy concerns. These datasets train AI to detect diseases, predict outcomes, and recommend treatments without exposing sensitive information. The AI healthcare market is expected to grow from $26.6 billion in 2024 to $187.7 billion by 2030, driven by synthetic data breakthroughs. AI tools trained on synthetic datasets are automating clinical documentation, reducing clinician burnout by handling administrative tasks consuming hours daily. For rare diseases with limited real data, synthetic data enables previously impossible AI training. However, challenges exist. If original data contains demographic biases or reflects healthcare disparities, synthetic data perpetuates those biases. This can lead to AI performing poorly for underrepresented populations, worsening health inequities. Careful validation and bias detection are essential. Regulatory guidance for synthetic data generation and use is still developing. Healthcare organizations must navigate this evolving framework carefully to ensure compliance while leveraging advantages. Early adoption provides competitive advantages. Organizations developing expertise in high-quality synthetic datasets are positioning themselves to lead the AI-driven healthcare transformation. The future of patient care increasingly depends on AI trained on synthetic data protecting privacy while enabling innovation. TAGS: Synthetic Data, Healthcare AI, Patient Privacy, HIPAA, Generative AI, GANs, Rare Disease AI, Clinical Documentation, AI Bias, Patient Outcomes, Healthcare Analytics