Dmitry Kaminskiy Presents at AIM Congress 2025 in Abu Dhabi on the Next Frontier of Architecture at the Intersection of Longevity, AI and the Internet of Everything (IoE)

On April 7 2025 Deep Knowledge Group General Partner Dmitry Kaminskiy gave a talk on the near-future of architecture, AI and IoT-driven design, urban innovation and Longevity Real Estate at the AIM Congress 2025 at ADNEC, Abu Dhabi, UAE, hosted by AIM Global Foundation with the support of the UAE Ministry of Investment, Ministry of Economy and Ministry of Industry and Advanced Technology.

AIM Congress has established itself as a leading investment platform in the Middle East, which aspires to ignite positive transformation by creating investment opportunities, upholding solidarity and developing economic relations among nations, as well as addressing the global ordeals that made a profound impact on economic growth.

Kaminskiy’s talk, titled ‘The Rise of Visionary Architects: Transforming Urban Landscapes for Sustainable Investment’, focused on Longevity and Wellness as the Foundation of Smart Homes and Smart Cities 2.0, Biomarkers and Biosensors as the Next Technological Frontier in Architecture, and Defining Trends for the Next 5-10 Years that will Establish the New Paradigm for Smart Homes and Cities 2.0 at the intersection of Longevity, the Sensors Revolution and the Internet of Everything (IoE).

Below is a brief summary of major key points and conclusions from his talk:

The Evolution of Architecture and Urban Design

Urban design has evolved significantly over the past century. In the early 1900s, the focus was on meeting the basic needs of shelter, transportation, and utilities. The goal was functionality, with limited attention to health, wellness, or environmental impact. As cities grew and technology advanced, the 1980s saw the introduction of green design and sustainability in response to environmental concerns, though health was still not a primary focus.

By the 2010s, the rise of Smart Homes and Smart Cities ushered in a new era of urban design. Embedded technologies such as IoT and AI began to transform buildings and infrastructure, creating environments that could adapt to the needs of their residents in real-time. Health and wellness started to be considered, but still as secondary factors in city design.

Today, we're entering the next stage—Smart Homes and Cities 2.0—where health and longevity take center stage. These cities will be designed not just for efficiency but to actively promote and optimize human well-being, using technologies like biomarkers, biosensors, and AI-driven systems. The goal is to create environments that continuously support physical, mental, and emotional health, setting the foundation for longevity cities of the future.

Human Longevity as a Primary Design Criterion

As we move toward the future, longevity will become a central focus of urban design, especially in Smart Homes and Cities 2.0. In this new era, the built environment will no longer just provide shelter or convenience; it will actively enhance health and support the healthspan—the period of life lived free from chronic disease. The future of urban living will see longevity embedded in every aspect of the design process, transforming how homes and cities are conceived.

In longevity cities, biomarkers, biosensors, and AI will be integral to urban planning. These technologies will allow cities to monitor and optimize both the individual health of residents and the overall health of the urban environment. For instance, smart homes will adjust to the real-time health data of their residents, from controlling air quality to tailoring sleep settings or exercise recommendations.

The focus will shift from luxury real estate, traditionally defined by aesthetics and exclusivity, to environments that are optimized for health and well-being. These cities will cater to those who seek to maximize their lifespan and improve their quality of life, ensuring that longevity is no longer a luxury but a central pillar of urban life.

Health-Centric Design: Pillars of Longevity Homes

Longevity homes will be built on four key pillars that focus on promoting health, well-being, and longevity. These homes will evolve from traditional living spaces into dynamic, health-optimized environments. The integration of AI, biosensors, and other technologies will enable homes to continuously monitor, adjust, and enhance the health of their residents.

Neutralizing Environmental Hazards: Homes will be designed to actively protect against internal and external environmental hazards, such as electromagnetic fields, toxins, and pollution. Advanced sensors will monitor air quality, water purity, and other environmental factors, triggering automatic adjustments to ensure a healthy living environment.
Health and Longevity Equipment: Homes will be equipped with technologies that support physical health, mental wellness, and cognitive function. This includes fitness trackers, nutritional sensors, and sleep monitors. These devices will work together to provide personalized wellness recommendations and adjustments to optimize health.
Personalized Blueprints and Protocols: Each room in the home will have a unique blueprint tailored to support the specific health needs of the resident. AI copilots will adjust the environment in real-time based on data collected from wearables, biosensors, and personal diagnostics, ensuring optimal conditions for health, rest, and productivity.
AI Copilots: The backbone of a longevity home will be its AI system, which will analyze real-time health data and make immediate adjustments to the environment. These AI copilots will not only optimize the living space but will also provide personalized health guidance, helping residents stay on track with their health goals.

These pillars will redefine what it means to live in a home, turning it from a passive space into a dynamic, health-optimized environment where every element—from air quality to lighting to fitness—is designed to maximize longevity and well-being.

Biomarkers and AI: The Core of Smart Homes and Cities

At the heart of Smart Homes and Cities 2.0 lies the integration of biomarkers and AI-driven technologies, forming the foundation for environments that actively support health and longevity. In the future, homes and cities will be equipped with a network of biosensors that continuously monitor various health metrics—ranging from air quality to heart rate, sleep patterns, and mental well-being.

These biomarkers, embedded in the home or the environment, will provide real-time data about a resident’s health. Wearable devices will seamlessly integrate with the home’s system, allowing the AI to process data and adapt the environment accordingly. For example, if a sensor detects an increase in stress levels, the system might adjust lighting, play calming sounds, or suggest relaxation exercises. If physical activity is low, the system could recommend movement or initiate an exercise routine.

AI will act as the “brain” of the system, analyzing the data from these biomarkers and making instant decisions to improve the living environment. This real-time data analysis will allow homes to adjust to the evolving health needs of their residents, ensuring a personalized experience that promotes well-being. By integrating biosensors and AI, these environments will be able to monitor and optimize health, detect early signs of illness, and suggest preventive measures to improve quality of life.

As biomarkers and AI converge, Smart Homes will evolve into true health hubs, where technology proactively supports longevity and well-being at every stage of life.

The Rise of Longevity Cities: The 2030s and Beyond

By the 2030s, the concept of longevity cities will transition from an ideal into a reality. These cities will be designed with the express goal of promoting health, well-being, and sustainable living, ensuring that residents not only live longer but also enjoy a higher quality of life throughout their lives.

Longevity cities will be built around the integration of AI, biomarkers, biosensors, and smart infrastructure, creating environments that are continuously adaptive to the health and wellness needs of residents. These cities will leverage real-time data to monitor everything from air quality to traffic patterns, ensuring that health is a central consideration in every decision—from urban planning to environmental management.

Key to these cities will be the health-centric design of homes, streets, and public spaces. Urban areas will feature wellness hubs, fitness centers, and medical facilities that provide residents with easy access to health optimization services. Biophilic design—incorporating nature-inspired elements like plants, natural light, and green spaces—will also be prevalent, promoting both physical and mental health.

As we enter the 2030s, longevity cities will be a major attraction for individuals and companies seeking a healthier, more sustainable lifestyle. These cities will not just house people but actively enhance their healthspan, ensuring that every resident has access to a thriving, health-optimized environment.