CIRAS-HYVEN: The Strategic Development Program for Global Regenerative Research Cities

How interdisciplinary science, energy-active surfaces, intelligent mobility, circular construction and industrial development operate as one urban system.

Lead consulting & implementation · Porsche Consulting

The next generation of cities is defined not only by architecture, infrastructure or digital connectivity. It is defined by the ability to generate knowledge, produce energy, develop technology, create skilled employment and continuously improve the quality of human life.

The CIRAS-HYVEN Strategic Development Program establishes this new model.

The program unites the scientific and institutional architecture of the Council for Interdisciplinary Research and Applied Science (CIRAS) with HYVEN’s integrated platforms for energy, mobility and construction.

CIRAS provides interdisciplinary research, scientific governance, education, international cooperation and the Global CIRAS Research Cities network. HYVEN provides the technological and industrial systems that turn buildings, vehicles, public spaces and infrastructure into active components of a regenerative habitat.

Porsche Consulting serves as lead consulting and implementation partner, directing strategic program development, industrial planning, plant design, production ramp-up, process quality and operational excellence.

Together, CIRAS, HYVEN and Porsche Consulting create an integrated development system in which scientific research becomes urban infrastructure, urban infrastructure generates scientific evidence and validated innovation enters industrial production and international markets.

From smart cities to holistic habitats

A CIRAS Research City is not a conventional property development, university campus or technology park. It is a complete scientific, economic and social environment.

Research laboratories, universities, healthcare centers, housing, intelligent mobility, energy infrastructure, manufacturing, startup development, culture and governance operate as one connected system.

HYVEN describes this approach as “Holistic Habitats · Energy First.” Its central mission is to turn surfaces into infrastructure. Roofs, façades, vehicle bodies and industrial structures no longer remain passive. They generate energy, store power, regulate temperature, provide light and support embedded intelligence.

According to HYVEN’s official platform, its ecosystem is built around three integrated pillars:

• HYVEN Energy
• HYVEN Mobility
• HYVEN Construction

The strength of the model lies in the integration of all three. Energy systems are embedded into buildings and vehicles. Mobility connects research, healthcare, education and industry. Construction combines local materials, digital production, water systems, food production and distributed energy.

CIRAS supplies the scientific framework that measures how these systems perform together. Porsche Consulting supplies the implementation discipline that takes them from research and demonstration to industrial operation.

CIRAS: the scientific operating system

CIRAS organizes its research-city model across twelve connected domains:

• Science
• Health
• Environment
• Infrastructure
• Economics
• Governance
• Justice
• Education
• Cognitive science
• Arts
• Media
• International relations

The value lies in the interaction between these fields.

Energy research informs architecture. Environmental monitoring influences public health. Mobility data shapes urban planning. Cognitive science strengthens education and governance. Economics connects scientific results with investment and commercialization. Media communicates evidence and strengthens public trust.

The city becomes a living research platform in which knowledge and application remain permanently connected.

The CIRAS development cycle follows a continuous process:

Knowledge generation → concept validation → urban demonstration → venture creation → industrial scaling → international deployment → feedback into research

This structure accelerates the transition from discovery to implementation while maintaining scientific governance and public accountability.

HYVEN Energy: turning surfaces into power

HYVEN Energy industrializes the principle that every suitable smooth surface forms part of the energy system.

Using German-engineered nano-powder coating and 3D silk-screen printing, HYVEN combines generation, storage, climate control, illumination and adaptive shading within one printable technology family. The company presents the platform as serial-production ready, with operational reference production and specifications aligned with SGS and TÜV requirements. HYVEN Energy

This technology platform contains five principal functional layers.

Solar Active Skin

Solar Active Skin turns façades, roofs, industrial structures, canopies and vehicles into electricity-generating surfaces.

HYVEN publishes a solar-conversion specification of 24%, with flexible and rigid applications across different geometries. The CIRAS research environment measures real-world energy yield, durability, orientation effects, maintenance requirements and life-cycle performance across multiple climates.

Solid-State Energy Storage

The storage layer integrates energy directly into surfaces and structural elements.

HYVEN describes its solid-state battery platform as rare-earth free, fully recyclable, intrinsically safe, rapidly chargeable and substantially higher in energy density than conventional systems.

Within a CIRAS Research City, distributed storage supports buildings, public spaces, mobility fleets, healthcare facilities, data systems and emergency infrastructure.

Heating and Cooling

HYVEN’s surface-based thermal system operates without conventional tubes and fans. Published specifications describe 97% efficiency, heating up to 600°C and cooling down to 7°C.

The system supports silent interior climate control, industrial applications, vehicle cabins, healthcare environments, vertical agriculture and the thermal requirements of AI and computing infrastructure.

Luminous Structures

The luminous layer turns façades, pathways, transport shelters, vehicle interiors and public structures into active light sources.

HYVEN publishes an illumination efficiency of 98%, a service-life class exceeding 20 years and no requirement for additional cooling.

Dynamic Shadowing

Adaptive shading controls transparency, privacy, daylight and solar gain. It works with generation, lighting and thermal management to improve energy performance and occupant comfort.

Together, these functional layers form a configurable energy skin that combines power generation, storage, heating, cooling, lighting, shading and embedded intelligence on the same surface.

Multifunctional systems for CIRAS Research Cities

The HYVEN platform creates a range of integrated applications directly relevant to CIRAS cities.

Self-powered climate façades

A climate façade combines solar generation, solid-state storage, heating, cooling, dynamic shading and semiconductor thermal management.

The building envelope generates energy, stores it, controls indoor temperature and manages the processors and sensors embedded within the façade.

Vertical farm power and climate walls

Integrated farming walls provide energy generation, local storage, optimized grow lighting and environmental control.

These systems connect energy, food security, water management, health research and local economic development within one urban facility.

Silent district AI computing nodes

Compact computing nodes combine on-site generation, storage and surface-based cooling for high-density processors.

This application aligns directly with CIRAS research in artificial intelligence, digital infrastructure, governance and data-intensive science.

Smart public infrastructure

Benches, canopies, pathways, shelters and civic structures generate and store energy, provide adaptive lighting and shade, and support sensors or edge-computing systems.

Public space becomes part of the city’s energy, mobility and information infrastructure.

Energy-positive roads and pathways

Selected roads and pathways generate energy, store power, illuminate themselves and support connected traffic systems.

Within the CIRAS scientific framework, these surfaces are evaluated for durability, safety, energy yield, maintenance and total life-cycle value.

Habitat Energy Core

The HYVEN Habitat Energy Core combines generation, storage, heating, cooling, lighting, shading and computing support for a home, campus or district.

It acts as the energy heart of a decentralized, self-sufficient urban system.

The Smart Energy Center

The Smart Energy Center forms the scientific and industrial core of the CIRAS-HYVEN energy program.

It integrates:

• materials research;
• surface-energy laboratories;
• battery and storage testing;
• thermal-system development;
• digital simulation;
• prototype production;
• independent validation;
• workforce training;
• supplier development;
• quality management;
• certification support;
• commercial manufacturing.

The center includes the HYVEN GIGA production platform. The first industrial stage begins with GIGA I, designed for annual capacity in the 1 GW solar and 1 GWh storage class.

CIRAS coordinates the scientific agenda, testing protocols, university participation and international research cooperation. HYVEN supplies the technology, functional materials and product architecture.

Porsche Consulting leads the industrial master plan, factory design, logistics, production ramp-up, quality system and operational-excellence framework.

The Smart Energy Center supplies energy systems for the first CIRAS City and develops the manufacturing capacity required for the Global CIRAS Research Cities network.

HYVEN Mobility: solving urban gridlock

HYVEN Mobility extends the energy platform into road, water and air transportation.

Its core urban system is the HYVEN SpaceCab, a compact autonomous vehicle with solar-active exterior surfaces and a narrow-body design.

The CIRAS-HYVEN program specification defines:

• 1.40-meter vehicle width;
• two SpaceCabs within the width of one conventional traffic lane;
• approximately 270-300 kilograms base curb weight;
• maximum speed of up to 140 km/h;
• base range exceeding 400 kilometers with solar-supported operation;
• Level 4-capable vision-based autonomy;
• modular conversion in less than 15 minutes.

The 1:2:1 seating architecture and narrow body increase road capacity without requiring wider transport corridors. Solar-active surfaces connect the vehicle directly with the HYVEN Energy platform.

Corridor Zero: the first HYVEN Lane

The CIRAS City mobility system begins with Corridor Zero, a dedicated intelligent-transport corridor integrated into the city’s principal urban boulevard.

Corridor Zero operates as:

• a public-transport route;
• an autonomous-mobility research facility;
• a logistics corridor;
• an emergency-response network;
• a demonstrator for energy-active vehicles;
• a data source for urban planning.

CIRAS measures safety, traffic flow, accessibility, passenger experience, fleet utilization, energy performance and interaction with pedestrians and conventional transport.

Porsche Consulting coordinates implementation, operational design, performance management and expansion planning.

The results establish the operating standards for HYVEN mobility systems across other CIRAS Research Cities.

One vehicle platform for every civic institution

The SpaceCab chassis supports a family of interchangeable civic-service modules.

MediRush

A medical-transport and emergency-response configuration with stretcher access, patient monitoring and rapid side entry.

EduPod

A mobile education environment for universities, smart schools and community learning, with seating, digital systems and instructional equipment.

CargoHaul

An urban logistics configuration for temperature-controlled cargo, industrial delivery, port services and drone-supported distribution.

EliteShuttle

A premium passenger module for international institutions, hospitality, corporate districts and official visitors.

VitaClinic

A mobile health platform with diagnostics, telemedicine, hygiene services and decentralized clinical support.

ExecFlow

A secure mobile-office configuration for corporate and institutional users.

One platform performs several functions during the same operating cycle. A SpaceCab provides passenger transport during peak periods, logistics during working hours, community healthcare in the evening and emergency support when required.

This increases utilization, reduces the cost of specialized fleets and expands access to essential services.

Beyond the SpaceCab

HYVEN’s wider mobility portfolio expands the research potential of the Global CIRAS network.

The company presents:

• HYVEN Zero, a foldable personal electric-mobility platform;
• HYVEN Trinity One, a five-passenger road, water and air vehicle;
• HYVEN Vectomaran, a stabilized maritime platform;
• HYVEN Jet, a ten-passenger electric business-aircraft concept.

These platforms connect CIRAS research in advanced transport, energy storage, aviation, maritime systems, autonomy, materials and multimodal logistics.

Different CIRAS Research Cities specialize in urban mobility, coastal transportation, aviation systems or extreme-environment operation while sharing data and scientific standards across the network.

HYVEN Construction: circular habitats from the ground up

HYVEN Construction adds the third pillar of the integrated city model.

The objective is not only to make buildings more energy efficient. It is to transform construction into a localized, circular and digitally managed process.

3D-printed organic housing

HYVEN describes a construction system based on approximately 90% locally sourced clay and earth. Collaborative robotic systems print buildings on site, reducing material transport, construction waste and dependence on complex international supply chains.

Energy-active façades

Buildings receive Solar Active Skin, storage, thermal management, natural lighting and adaptive shading as integrated parts of the envelope.

Building and compound storage

Solid-state storage supports homes, research campuses, healthcare facilities and larger compounds through decentralized microgrids.

Closed-loop water systems

Rainwater harvesting, atmospheric water generation, greywater recycling and nutrient recovery form a closed-loop resource architecture.

Vertical indoor farms

Food production is integrated into the built environment through controlled, pesticide-free vertical farming supported by HYVEN lighting, energy and climate systems.

These elements create self-sufficient habitats that generate power, manage water, produce food and reduce dependence on centralized infrastructure.

The complete CIRAS City ecosystem

The integration of CIRAS science with HYVEN Energy, Mobility and Construction creates several operational city models.

Self-sufficient residential districts

Locally printed housing combines energy-active façades, district storage, closed-loop water, vertical farming and shared mobility.

Mixed-use research and business hubs

Laboratories, housing, offices, education, hospitality and public spaces share one energy and mobility system.

Corporate and innovation campuses

Research institutions and companies operate in energy-independent buildings connected by autonomous shared fleets.

Transit-oriented eco-districts

Residential and commercial development centers on multimodal mobility hubs rather than conventional car-dependent planning.

Building-retrofit programs

Existing districts receive Solar Active Skin, compact storage and neighborhood mobility stations without requiring complete demolition and reconstruction.

Tourism and hospitality districts

Energy-active architecture, local food production and quiet electric mobility create premium destinations with a lower infrastructure burden.

Emergency-resilient communities

Rapid construction, distributed energy, mobile clinics and modular transport maintain essential services during natural disasters or infrastructure disruption.

Science, healthcare and education as one system

The CIRAS AI University connects education directly with the operating systems of the city.

Students and researchers work with live energy, mobility, healthcare, environmental and infrastructure data. Engineering programs participate in materials testing, vehicle development, artificial intelligence, digital twins and industrial production.

The healthcare system combines central institutions with MediRush and VitaClinic units. Mobile platforms provide transport, diagnostics, telemedicine and decentralized clinical services.

This creates a continuous human-capital cycle:

Education develops researchers and technicians → research generates innovation → city deployment creates practical experience → industry creates skilled employment → operational evidence generates new research → education evolves

The economic architecture

The CIRAS-HYVEN program functions as an economic-development platform as well as a scientific initiative.

Its principal economic engines are:

1. Research grants and industrial contracts
2. Education and professional training
3. Healthcare and scientific services
4. Intellectual property, licensing and startup creation
5. Manufacturing and international deployment
6. Conferences, media, hospitality and housing
7. Industrial exports and technology partnerships

The commercialization process follows a disciplined sequence:

Scientific priority → engineering specification → urban deployment → performance measurement → independent validation → procurement → production → export → research feedback

This structure connects public benefit with investment and industrial development.

It also addresses a central challenge identified by the OECD: innovation, patents and greenfield investment remain heavily concentrated in a limited number of metropolitan regions. Integrated research cities create the density of talent, infrastructure, capital and production required to attract long-term investment. OECD Regions and Cities at a Glance 2024

Four stages of strategic implementation

I. Corridor Zero

The autonomous mobility corridor begins operation with passenger, healthcare, education and logistics modules.

II. Smart Energy Center

Research laboratories, pilot production and the first GIGA manufacturing line establish the local energy and materials industry.

III. District Energy Skin

Buildings, residential compounds, public spaces and mobility systems receive integrated generation, storage, thermal management, lighting and shading.

IV. Global Research City deployment

Validated systems, trained personnel and industrial products enter the Global CIRAS Research Cities network and international markets.

Porsche Consulting leads consulting and implementation across all four stages, maintaining industrial discipline, measurable milestones, quality management and operational excellence.

Global CIRAS Research Cities

The CIRAS model establishes seven interconnected research-city hubs aligned with different regional strengths.

Their areas of specialization include:

• system integration and governance;
• high-density implementation;
• energy, water and essential services;
• technology and capital;
• ecology and climate;
• infrastructure and energy;
• frontier research and extreme environments.

Each city applies shared scientific standards and common measurement protocols. Researchers, students, data and validated technologies move throughout the network.

A surface system tested under intense heat enters further evaluation under humidity, cold or high-density urban conditions. A mobility system developed in one regulatory environment is adapted to another. A construction method based on local earth is optimized according to regional materials and climate.

This distributed structure produces scientific reliability, economic scalability and strategic resilience.

Governance, evidence and trust

Scientific integrity remains the foundation of the CIRAS-HYVEN program.

The governance system includes:

• independent scientific and ethics councils;
• transparent performance indicators;
• third-party technical testing;
• peer review and publication;
• responsible artificial-intelligence governance;
• cybersecurity and data protection;
• life-cycle environmental assessment;
• transparent procurement;
• stage-gated investment;
• accessibility and affordability measurement;
• community participation.

Technology performance figures remain subject to the formal measurement, certification and application-specific validation processes established within the CIRAS research framework.

This evidence-based structure strengthens public confidence and commercial readiness. Technologies supported by transparent testing are easier to regulate, insure, finance and deploy internationally.

Building today for generations to come

CIRAS provides the scientific architecture and global research network. HYVEN provides the energy, mobility and construction platforms. Porsche Consulting provides lead consulting, industrial implementation and operational excellence.

Together, they establish cities that:

• generate and store their own energy;
• move people and goods through intelligent shared mobility;
• produce housing from local materials;
• manage water through closed-loop systems;
• integrate food production into architecture;
• connect universities directly with industry;
• strengthen healthcare through mobile services;
• create skilled employment and local supply chains;
• convert research into patents, companies and exports;
• share knowledge through a global research-city network.

The result is more than a smart city.

It is a scientific, regenerative and economically productive habitat designed to improve itself continuously.

Every building becomes part of the energy system. Every vehicle becomes part of the civic-service network. Every pilot contributes to scientific knowledge. Every validated innovation enters an industrial pathway. Every CIRAS Research City strengthens the global network.

This is the CIRAS-HYVEN Strategic Development Program: a new architecture for cities in which science shapes infrastructure, infrastructure accelerates science and innovation creates lasting value for society.

CIRAS-HYVEN Strategic Development Program
Lead consulting & implementation · Porsche Consulting