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01. Pulse Ring
In a nutshell
The Pulse Ring is a haptic wearable that vibrates at customizable intervals throughout the day, gently pulling you out of autopilot mode and into present-moment awareness. Unlike stress-tracking smartwatches, it requires zero screen time and tracks nothing - just subtle vibrations that prompt mindful pauses, breathing exercises, or intention-setting.
Differentiator
While the mental health wearables market is projected to grow at 19% annually, most devices overwhelm users with data dashboards and notifications - the very stressors they claim to solve. Smartphone users now receive 427% more notifications than a decade ago, and 44% report anxiety when separated from their devices. Pulse flips the script: it's a privacy-first, screen-free intervention that uses haptic feedback to interrupt compulsive patterns. Research confirms that digital detox interventions positively influence stress, anxiety, and life satisfaction, and haptic devices are emerging as one of six key themes in technology-assisted mindfulness. The ring's app sets vibration schedules for mindfulness mode, focus sessions, or guided meditations - then you put your phone away and let the ring do the work.
Future scenarios
🧘♀️ The Embodied Workplace - By 2030, corporations embed Pulse-style haptic reminders into office furniture and wearables, transforming "productivity" from output metrics to nervous system regulation, with companies competing on employee calm scores rather than burnout rates.
🏞️ Invisible Mindfulness Infrastructure - Cities install haptic cues in public spaces - park benches, transit seats, museum galleries - creating ambient mindfulness networks that guide collective presence without a single screen or app download.
02. Facepay
In a nutshell
South Korea's Toss has launched FacePay, a biometric payment system that lets customers pay at convenience stores, cafes, and retail locations using only facial recognition, no wallet, phone, or cards required. The system achieves 99.99% accuracy in under one second and is already deployed across major chains like 7-Eleven, CU, and GS25
Differentiator
Nearly 4.8 million users adopted FacePay within months of launch, riding South Korea's wave where 99% of all payments are already cashless. While the biometric payment market is projected to surge from USD 14.2 billion in 2025 to USD 48.9 billion by 2035, FacePay's sustainability edge is often overlooked: eliminating plastic payment cards could dramatically reduce e-waste, as 60% of electronic waste ends up in landfills. The system uses liveness detection to prevent photo or video spoofing, encrypts all facial data, and offers full fraud protection, addressing the security fears that plague facial recognition adoption. By making bodies the interface, FacePay sidesteps both the material waste of plastic and the dependency on battery-powered devices.
Future scenarios
🌱 The Post-Plastic Wallet - By 2032, the global phase-out of PVC payment cards eliminates 6 billion pieces of annual plastic waste, replaced by biometric systems that turn human presence into the ultimate renewable payment infrastructure.
👤 Identity as Currency - Your face becomes your universal key: unlocking transit, buildings, healthcare, voting, and commerce in a seamless identity layer, collapsing the distinction between authentication and transaction into a single glance.
03. Panthalassa
In a nutshell
Panthalassa is deploying autonomous ocean-based platforms that harvest wave energy to power AI data centers directly at sea, no transmission lines, no grid dependency. The company just raised $140 million to scale its Ocean-3 pilot nodes in the northern Pacific Ocean, with commercial deployments planned for 2027.
Differentiator
Data center electricity demand surged 17% in 2025 and is projected to more than double to 945 TWh by 2030, equivalent to Japan's entire national consumption. Meanwhile, terrestrial grids are buckling under AI's appetite: in the U.S., data centers could consume 9-12% of national electricity by 2030, enough to power tens of millions of homes. Panthalassa sidesteps this infrastructure bottleneck entirely by co-locating compute and energy generation offshore. The ocean wave energy market, valued at just $91.38 million in 2025, is poised to grow to $318.7 million by 2033, but Panthalassa's innovation isn't just harnessing waves, it's eliminating transmission losses, accelerating deployment timelines (no permitting battles), and unlocking ultra-low-cost renewable power in international waters where 71% of Earth's surface sits unused.
Future scenarios
🌊 The Liquid Grid - By 2035, 40% of global AI compute runs on floating, autonomous ocean platforms that move with seasonal wave patterns, creating the world's first migratory energy infrastructure that follows renewable abundance rather than fighting geography.
🏝️ Ocean-as-a-Service - Island nations and coastal communities lease Panthalassa nodes for desalination, hydrogen production, and emergency backup power, transforming ocean energy from niche curiosity into essential utility infrastructure that decentralizes resilience.
04. Celleste
In a nutshell
Celleste Bio is producing chocolate-grade cocoa butter and powder from cell culture, using just one or two cocoa beans to grow cocoa cells in bioreactors with biotech, agtech, and AI. Mondelēz International has already created prototype chocolate bars using Celleste's cell-cultured cocoa butter, marking a milestone for cellular agriculture.
Differentiator
The chocolate industry faces an existential crisis: cocoa prices surged 300% from early 2024 to mid-2025, hovering around $10,000 per metric ton, driven by a 500,000-ton supply shortage, climate-induced crop failures, and deforestation that has destroyed 92-96% of forests in Côte d'Ivoire and Ghana. Global cocoa yields are reduced by 30-40% annually due to pests and disease, losing 1.5-2 million tons each year. Celleste's breakthrough addresses the industry's most critical bottleneck: cocoa butter, which makes up one-third of standard chocolate and is the most resource-intensive ingredient to produce. The cellular agriculture ingredients market is projected to explode from $1.1 billion in 2025 to $11.8 billion by 2034 at a 29.5% CAGR , and Celleste's ability to produce 1 ton of cocoa butter from a single pod, anywhere in the world, year-round, decouples chocolate from rainforest destruction and climate volatility entirely
Future scenarios
🍫 Chocolate Without Geography - By 2033, 60% of premium chocolate is produced in cellular agriculture facilities in Northern Europe and North America, collapsing the colonial supply chains that once tied chocolate to tropical exploitation and making "origin" a design choice, not a geographic constraint.
⚖️ The Equity Paradox - Cellular cocoa triggers fierce debate: does it liberate cocoa farmers from poverty and climate risk, or does it erase their livelihoods entirely? A new model emerges where farmer cooperatives license their heirloom genetics to biotech firms, turning biodiversity into intellectual property.
05. Open Wearables
In a nutshell
Open Wearables has released the first open-source health scoring algorithms for wearable data, sleep scores and resilience scores designed by a neuroscientist from the Max Planck Institute. The MIT-licensed platform connects all major wearable providers through a unified API, making proprietary "black box" health scores like Whoop's recovery or Oura's readiness transparent, auditable, and customizable for the first time.
Differentiator
The wearable technology market is projected to grow from $92.90 billion in 2025 to $229.97 billion by 2033, yet every major player, Whoop, Oura, Garmin, Fitbit, locks users and developers into proprietary scoring formulas that can't be verified, modified, or understood. This creates a systemic transparency crisis: users make health decisions based on algorithms they can't audit, researchers can't validate findings across platforms, and developers building clinical applications have no way to calibrate scores for specific populations. Open Wearables breaks this lock-in entirely. The platform normalizes data across Apple Health, Garmin, Whoop, Oura, Polar, Suunto, Strava, Fitbit, Samsung Health Connect, and more, then computes health scores using peer-reviewed, open-source algorithms that any developer can fork, tune, and deploy. With over 70% of new wearables expected to integrate AI-driven predictive analytics by 2025, the stakes for algorithmic transparency have never been higher. Open Wearables shifts power from platform gatekeepers back to researchers, clinicians, and users.
Future scenarios
🔓 The Great Unbundling - By 2030, proprietary wearable ecosystems collapse as regulators mandate algorithmic transparency for health claims, forcing companies to compete on hardware quality and user experience rather than data lock-in, while open-source scoring becomes the industry standard.
🧮 The Scoring Wars - Competing open-source health algorithms emerge, each optimized for different philosophies of wellness (performance vs. longevity vs. mental health), forcing a cultural reckoning: whose definition of "readiness" or "recovery" should govern our daily decisions?
Loved what you read in our 98th issue? If this issue resonated with you, I’d be more than happy if you could spread the word. In the meantime, stay curious and differentiating. See you next week.
cheers, Timo
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