AES™ Modules
Contact
Integrated AMR™ & DCM™ Technology Platform
Our comprehensive solution combines advanced modular reactor technology with state-of-the-art data center infrastructure, engineered to revolutionize both power generation and digital computing capabilities.

1

1

Advanced Modular Reactor (AMR™)
Innovative nuclear power module with compact, transportable reactor units

2

2

Data Center Module (DCM™)
Tier IV+ infrastructure ensuring unprecedented reliability

3

3

Rapid Deployment
18-month installation timeline with daily production capacity

4

4

Integrated Control
Intelligent systems maximizing power-computing synergies

Following the completion of our first factory and initial prototype, we plan to achieve a production rate of one integrated system per day. This accelerated deployment model, combined with the system's adaptable footprint, is designed to create unprecedented flexibility for siting and scaling both clean energy and computing infrastructure. Our comprehensive design philosophy integrates advanced materials science, intelligent control systems, and enhanced safety protocols in development of a technology platform that maximizes synergies between power generation and data processing capabilities.
Advanced Dual-Module Architecture
Our integrated solution combines the AMR™ power generation platform with the DCM™ data center module, engineered to achieve breakthrough performance through quantum-enhanced controls and next-generation materials science.

1

1

AMR™ Power Generation
Advanced modular reactor designed for industry-leading power density and 70% reduced footprint

2

2

Integrated Operations
Seamless synchronization between power generation and data infrastructure

3

3

DCM™ Data Center
Tier IV+ certified infrastructure optimized for maximum computational efficiency
99.9%
Power Generation Efficiency
AMR™ system achieves industry-leading energy density per cubic meter
70%
Footprint Reduction
Revolutionary dual-module design engineered for optimal space utilization
IV+
Data Center Tier Rating
DCM™ meets highest industry standards for reliability and performance
Advanced Power Generation
Proprietary neutron optimization system designed to achieve 200% higher fuel efficiency while reducing waste output by 80%
State-of-the-Art Infrastructure
DCM™ system engineered to Tier IV+ specifications, ensuring maximum uptime and computational capacity
Integrated Control Systems
Quantum-enhanced monitoring enables microsecond-level synchronization between power generation and data center operations

Our dual-module platform represents a fundamental advancement in both nuclear engineering and data center infrastructure. The integrated AMR™ and DCM™ systems combine quantum-enhanced monitoring with breakthrough materials science to deliver unprecedented power density and computational capability. The revolutionary modular architecture enables rapid deployment while maintaining industry-leading safety standards, with production capacity targeted at one complete system per day and installation within 18 months.
The Integrated AMR™ and DCM™ Advantage
Our comprehensive solution combines the revolutionary AMR™ power generation platform with the DCM™ data center infrastructure, delivering an integrated system that sets new standards in both energy generation and digital infrastructure management.
AMR™ Power Generation
Through quantum-enhanced engineering and modular architecture, our AMR™ platform scales to one unit per day after initial factory completion, with deployment cycles of 18 months or less for subsequent installations.
  • Advanced materials science integration
  • Quantum computing optimization
  • Zero-carbon footprint operations
  • 90% reduced waste output
DCM™ Data Center Module
Our state-of-the-art DCM™ meets Tier IV+ specifications, providing enterprise-grade digital infrastructure that seamlessly integrates with AMR™ power generation for optimal performance.
  • Tier IV+ compliant architecture
  • Seamless AMR™ integration
  • Advanced cooling systems
  • Real-time performance optimization

The synergy between our AMR™ and DCM™ platforms represents a breakthrough in integrated energy and data center solutions. By combining quantum-enhanced power generation with Tier IV+ data center capabilities, we're establishing new benchmarks for both sustainable energy production and digital infrastructure performance.
Integrated Manufacturing: AMR™ + DCM™
Our dual-module manufacturing approach combines advanced reactor technology (AMR™) with state-of-the-art data center infrastructure (DCM™), enabling unprecedented power generation capabilities while meeting Tier IV+ specifications.
AMR™ Power Generation
Our revolutionary reactor platform scales to one unit per day production, with an 18-month deployment cycle. Advanced automation and quality control systems ensure consistent manufacturing while maintaining rigorous safety standards.
  • State-of-the-art automation systems
  • Scalable production capacity
  • Integrated quality control
DCM™ Data Infrastructure
Our Tier IV+ compliant data center module represents the pinnacle of digital infrastructure design. Manufacturing processes are synchronized with AMR™ production to enable integrated deployment and optimal system performance.
  • Tier IV+ specifications
  • Synchronized production
  • Integrated deployment ready

Through advanced manufacturing techniques and innovative process optimization, we're developing the capability to scale both AMR™ and DCM™ production in parallel, maintaining unwavering quality standards while meeting aggressive timeline targets for integrated system deployment.
AMR™ + DCM™: Integrated Production Strategy
Our dual-module solution combines the AMR™ power generation system with the DCM™ Tier IV+ data center infrastructure in a synchronized manufacturing and deployment program, targeting integrated production capacity of one complete system per day.
Our strategic manufacturing and deployment roadmap outlines key milestones in scaling our integrated solution:

1

2

3

1

Synchronized Production Foundation
Establish coordinated manufacturing capabilities for both AMR™ and DCM™ modules, with harmonized quality control systems and standardized integration protocols

2

Integrated Daily Production
Achieve synchronized production of one complete AMR™ + DCM™ system per day through optimized manufacturing processes and advanced automation, maintaining Tier IV+ specifications

3

Accelerated System Deployment
Implement streamlined installation and commissioning processes for both power generation and data center components, targeting sub-18-month deployment cycles for the complete integrated solution

Our integrated production strategy ensures perfect synchronization between AMR™ power generation and DCM™ data center infrastructure manufacturing. This coordinated approach creates a scalable platform capable of delivering complete, integrated energy and computing solutions with unprecedented efficiency.
AMR™ + DCM™: Integrated Power and Computing Platform
The AES™ solution combines breakthrough nuclear power generation with advanced data center infrastructure, creating an unprecedented fusion of energy and computing capabilities. This dual-system architecture integrates the AMR™ power generation platform with the DCM™ (Data Center Module), designed to meet Tier IV+ specifications while enabling optimal operational synergies.
AMR™ Power Generation
The AMR™ system leverages quantum computing, plasma physics, and advanced materials science to achieve power generation densities 300% higher than conventional reactors. Its AI-driven neutron flux optimization system continuously adjusts reaction parameters at the atomic level, while the quantum control matrix enables real-time optimization through superconducting qubits.
  • Real-time quantum monitoring for enhanced safety
  • Advanced plasma containment with 40% reduced cooling needs
  • 300% higher power density with 95% reduced activation products
DCM™ Computing Infrastructure
The DCM™ represents a state-of-the-art digital infrastructure platform meeting Tier IV+ specifications. It integrates directly with the AMR™'s power generation capabilities to create an optimized, high-performance computing environment with unprecedented reliability and efficiency.
  • Tier IV+ certified infrastructure design
  • Direct integration with AMR™ power systems
  • Advanced cooling and power distribution

By combining the AMR™'s advanced nuclear technology with the DCM™'s cutting-edge data center capabilities, the AES™ solution creates a revolutionary platform for next-generation power and computing infrastructure. This integrated approach enables unprecedented efficiency, reliability, and performance across both energy generation and data processing applications.
AMR™ + DCM™ Integrated Platform
Our dual-system architecture combines the revolutionary AMR™ power generation platform with the advanced DCM™ data center infrastructure, creating an unprecedented synergy of reliable power delivery and state-of-the-art computing capabilities.
AMR™ Power Generation
The AMR™ module is engineered to deliver reliable, scalable power generation from 100MW to 1.5GW, with deployment timelines of 18 months or less following factory completion. This revolutionary system enables:
  • 45% reduction in construction costs
  • Streamlined maintenance requirements
  • Flexible capacity scaling
  • 40-year operational lifespan
DCM™ Data Infrastructure
The DCM™ component provides Tier IV+ data center capabilities, designed for seamless integration with AMR™ power systems. This advanced infrastructure delivers:
  • State-of-the-art computing facilities
  • Tier IV+ reliability standards
  • Optimized power utilization
  • Integrated monitoring systems

When combined, these two core modules create a comprehensive energy and computing solution, offering unprecedented efficiency and reliability for modern digital infrastructure needs. The integrated system leverages direct power delivery and advanced cooling capabilities to maximize performance while minimizing operational costs.
AES™ Integrated Safety Architecture
Our revolutionary dual-system safety architecture combines AMR™ power generation and DCM™ data center infrastructure protection, delivering unmatched security and compliance for next-generation energy and computing facilities.
1
Unified Protection Framework
Our proprietary defense-in-depth architecture integrates AMR™ nuclear safety systems with DCM™ Tier IV+ data center protection protocols. This comprehensive approach ensures maximum security across both power generation and computing infrastructure, supporting scalable operations from 100MW to 1.5GW while maintaining strict data center reliability standards.
2
Synchronized Safety Innovation
The combined AMR™-DCM™ protection system leverages advanced containment and monitoring technologies to optimize both nuclear safety and data center security. This integrated approach enables rapid deployment while exceeding regulatory requirements for both power generation and mission-critical computing infrastructure.
3
Cross-System Compliance
Our standardized safety protocols are engineered to meet both nuclear power and Tier IV+ data center specifications simultaneously. This dual-compliance architecture accelerates regulatory approval processes while ensuring consistent protection standards across both AMR™ and DCM™ deployments.
4
Integrated Excellence
The unified AMR™-DCM™ safety framework reduces operational complexity while enhancing protection for both power and computing systems. This streamlined architecture enables efficient staff training and oversight across both platforms, maximizing reliability throughout the planned 40-year facility lifespan.
AMR™ and DCM™ Integrated Solution
Our comprehensive energy infrastructure combines the AMR™ power generation system with the DCM™ data center module, creating an integrated solution that sets new standards for both power delivery and data processing capabilities. This dual-system approach enables unprecedented operational efficiency while meeting Tier IV+ specifications.

1

2

3

4

1

Power Generation Excellence
AMR™ provides reliable, scalable nuclear power generation optimized for high-demand applications

2

Data Infrastructure Innovation
DCM™ delivers Tier IV+ certified data center capabilities with advanced processing architecture

3

System Integration
Seamless integration between AMR™ and DCM™ enables optimal performance and resource utilization

4

Operational Synergy
Combined solution maximizes efficiency while maintaining highest safety and reliability standards

Our integrated AMR™ and DCM™ solution represents a breakthrough in energy infrastructure design. By combining state-of-the-art nuclear power generation with advanced data center capabilities, we deliver a comprehensive system that exceeds industry standards for both power delivery and data processing performance.
Integrated AMR™ and DCM™ Solution
Our comprehensive energy and data infrastructure solution combines the revolutionary AMR™ power generation system with the state-of-the-art DCM™ data center module. This integrated approach delivers unprecedented operational efficiency while meeting Tier IV+ specifications, establishing new industry benchmarks for both power generation and data center performance.
Advanced Modular Reactor (AMR™)
Our quantum-optimized AMR™ achieves one unit per day production capacity with 95% thermal efficiency. The manufacturing framework combines advanced automation with precision quality control, enabling rapid deployment within an 18-month timeline while maintaining rigorous safety standards.
  • 95% thermal efficiency ratings
  • 18-month deployment timeline
  • Military-grade quality control
  • 99.9% operational reliability
Data Center Module (DCM™)
The DCM™ represents a breakthrough in data center infrastructure, engineered to Tier IV+ specifications for maximum reliability and performance. This state-of-the-art module integrates seamlessly with AMR™ power generation to create a comprehensive energy and data solution.
  • Tier IV+ specifications
  • Seamless AMR™ integration
  • Advanced cooling systems
  • Real-time performance optimization
AMR™ + DCM™ Integrated Technology Strategy
Our comprehensive deployment framework combines AMR™ power generation with DCM™ data center infrastructure, creating a synergistic system that revolutionizes both energy production and digital computing capabilities while maintaining Tier IV+ specifications.
AMR™ Power Generation Module
Our advanced nuclear reactor technology delivers unprecedented energy efficiency and reliability through quantum-optimized processes and modular design. The AMR™ system achieves production rates of one unit per day with an 18-month deployment timeline, establishing new benchmarks for sustainable power generation.
  • Factory-based modular construction
  • Quantum-enhanced monitoring systems
  • Advanced safety protocols
  • Scalable deployment framework
DCM™ Data Center Module
The DCM™ infrastructure component delivers state-of-the-art digital computing capabilities while meeting rigorous Tier IV+ specifications. This advanced system integrates seamlessly with AMR™ power generation to create an optimized ecosystem for next-generation computing requirements.
  • Tier IV+ certified infrastructure
  • Advanced cooling systems
  • Redundant power distribution
  • Real-time performance monitoring
Integrated Systems Approach
The combined AMR™ and DCM™ platform represents a revolutionary approach to infrastructure deployment, enabling unprecedented operational efficiency through synchronized power generation and data center operations. This integrated strategy ensures optimal performance while maintaining the highest standards of reliability and safety.
  • Synchronized operations
  • Enhanced resource utilization
  • Streamlined deployment process
  • Comprehensive monitoring
AMR™ & DCM™ Integrated Technology Platform
Our dual-system architecture combines advanced nuclear power generation with state-of-the-art data center infrastructure, delivering an integrated solution that sets new benchmarks for both energy production and digital computing capabilities.
Advanced Modular Reactor (AMR™)
Our power generation platform leverages cutting-edge nuclear technology to deliver reliable, sustainable energy through:

Modular Integration Platform
Proprietary framework combining standardized reactor modules with site-specific customization capabilities, enabling parallel assembly while maintaining adaptability to local requirements.

Quantum Monitoring System
Advanced quantum sensors providing continuous atomic-level monitoring across 100,000+ data points, enabling real-time optimization of reactor performance.

Smart Materials Architecture
Nano-engineered composites providing superior radiation containment while reducing structural mass by 45%, enabling more compact designs without compromising safety.
Data Center Module (DCM™)
Our Tier IV+ certified data infrastructure delivers unprecedented computational capabilities through:

Advanced Cooling Architecture
Direct liquid cooling system utilizing reactor-grade thermal management technology, achieving industry-leading PUE ratings below 1.1.

Quantum-Ready Infrastructure
Purpose-built facilities supporting both classical and quantum computing operations, with specialized power conditioning and electromagnetic shielding.

AI-Driven Operations
Autonomous management system optimizing workload distribution, power consumption, and thermal performance across all computing resources.
Integrated Power & Data Center Solutions
Our comprehensive AES™ platform combines advanced nuclear power generation with state-of-the-art data center infrastructure, delivering an integrated solution that maximizes both energy efficiency and computational capabilities through synchronized AMR™ and DCM™ technologies.
AMR™ Power Generation
Our advanced modular reactor platform achieves unprecedented energy efficiency with:
  • Production capacity of one unit per day
  • 18-month deployment timeline
  • 85% reduction in operator workload
  • Autonomous operation capabilities
  • Self-optimizing control systems
DCM™ Data Infrastructure
The Data Center Module delivers Tier IV+ specifications through:
  • Redundant power distribution
  • Advanced cooling architecture
  • Real-time load balancing
  • 99.995% uptime guarantee
  • Integrated security protocols

Together, these systems create a synchronized infrastructure solution that optimizes both power generation and data processing capabilities, enabling unprecedented efficiency in large-scale computing operations while maintaining the highest standards of reliability and performance.
AMR™ + DCM™: Integrated System Specifications
Our revolutionary dual-component solution combines advanced nuclear power generation with state-of-the-art data center infrastructure:
Through seamless integration of the Advanced Modular Reactor (AMR™) and Data Center Module (DCM™), we deliver a comprehensive system that optimizes both power generation and digital infrastructure capabilities, meeting Tier IV+ specifications while maintaining unprecedented efficiency.
AMR™ Power Generation
1/day
Production Rate
Planned daily reactor output
18M
Scale Timeline
Full production target
Advanced Control Systems
  • Field strength: 300% above standard
  • System stability: 99.999%
  • Quantum sensor array: 1M inputs/second
  • AI-driven operation protocols
DCM™ Data Infrastructure
IV+
Tier Rating
Data center classification
99.99%
Uptime SLA
System availability target
Infrastructure Capabilities
  • Tier IV+ redundancy standards
  • Advanced cooling optimization
  • Real-time workload management
  • Integrated power optimization
AES™: Integrated Power & Data Infrastructure
The Advanced Energy System (AES™) represents a revolutionary convergence of power generation and data center technologies, combining our Advanced Modular Reactor (AMR™) with the Data Center Module (DCM™) to create an unprecedented synergy in energy efficiency and computational capability.
Advanced Modular Reactor (AMR™)
Our thorium-based power generation system establishes new benchmarks in nuclear energy production:
  • Revolutionary thorium fuel cycle with continuous processing
  • Multi-layered safety architecture with passive cooling
  • Adaptive power management system
  • High-volume manufacturing capability
The AMR™ delivers consistent, reliable power generation optimized for data center operations, with built-in load management systems designed specifically for high-density computing environments.
Data Center Module (DCM™)
Our Tier IV+ certified data center infrastructure introduces advanced capabilities:
  • Direct power integration with AMR™
  • Advanced cooling systems synchronized with reactor operations
  • Real-time load balancing and power optimization
  • Redundant safety and operational protocols
The DCM™ leverages the AMR™'s consistent power output to achieve unprecedented levels of computational density while maintaining optimal efficiency and reliability.

When deployed as an integrated system, the AES™ solution achieves superior performance metrics through synchronized operation of both modules, enabling a new paradigm in energy-efficient data center operations.
AMR™ + DCM™: Integrated Technology Platform
Our dual-module solution combines the revolutionary AMR™ power generation system with the DCM™ Tier IV+ data center infrastructure, creating an integrated platform that maximizes operational synergies while enabling unprecedented efficiency and scalability across both energy and digital domains.
Synergistic Economic Benefits
The integrated AMR™ and DCM™ platform is engineered to deliver exceptional cost efficiency with projected LCOE reduction of 45% for power generation while meeting Tier IV+ data center specifications. This dual-module approach enables shared infrastructure optimization, resulting in estimated 5-year consolidated payback periods.
Flexible Deployment Architecture
Our versatile platform supports independent operation of both AMR™ and DCM™ modules while enabling fully integrated configurations for maximum efficiency. This adaptability allows customized solutions ranging from standalone power generation to complete energy-compute infrastructure packages.
Enhanced Value Creation
The combined solution creates multiple value streams through power generation, compute infrastructure, and sustainability initiatives. Integrated facilities are projected to achieve $25-30M in annual benefits through operational synergies, carbon credits, and compute service revenues.
Accelerated Market Implementation
Our standardized modular architecture enables rapid deployment of both AMR™ and DCM™ components, with production capacity reaching one integrated system per day after factory completion. The streamlined installation process supports complete system deployment within 18 months, while meeting rigorous regulatory requirements for both power generation and data center operations.
AES™: Integrated Power Generation and Data Infrastructure
Our AES™ solution delivers unprecedented value through the seamless integration of AMR™ power generation technology with DCM™ data center infrastructure. This dual-module system establishes new benchmarks for both energy efficiency and data processing capabilities while maintaining Tier IV+ reliability standards.
AMR™ Power Generation Module
Our revolutionary AMR™ module serves as the system's power generation core, delivering industry-leading cost metrics with projected LCOE reduction of 45% versus conventional nuclear. The advanced reactor architecture enables:
  • Scalable power output for varying infrastructure demands
  • Autonomous operation with AI-driven optimization
  • Integration with existing power distribution networks
  • Enhanced safety protocols with predictive maintenance
DCM™ Data Center Module
The DCM™ module represents our next-generation data center infrastructure solution, engineered to meet and exceed Tier IV+ specifications. This advanced system provides:
  • Ultra-high reliability with 99.995% uptime guarantee
  • Quantum-ready computing infrastructure
  • Advanced cooling systems with thermal recapture
  • AI-powered workload optimization

The integrated AES™ platform enables unprecedented synergies between power generation and data processing capabilities, creating a self-optimizing system that sets new standards for both energy and computational efficiency. This revolutionary approach reduces total infrastructure costs while maximizing operational performance across both power and data management domains.
AMR™ + DCM™: Integrated Power and Data Infrastructure
Our dual-module solution combines the AMR™ power generation platform with the DCM™ data center infrastructure, designed to deliver both independent operation and seamless integration. This comprehensive system leverages quantum sensing and AI capabilities across both platforms while meeting Tier IV+ specifications for mission-critical applications.
AMR™ Power Generation
Following factory completion and successful prototype validation, our streamlined manufacturing process is designed to achieve production rates of one AMR™ unit per day, enabling rapid deployment of reliable nuclear power generation while maintaining rigorous quality standards through automated precision manufacturing.
DCM™ Data Infrastructure
Purpose-built to Tier IV+ specifications, the DCM™ module provides state-of-the-art digital infrastructure capabilities. Integration with AMR™ power systems enables unprecedented reliability and efficiency, while maintaining independent operational capability for flexible deployment scenarios.
Integrated System Architecture
The combined AMR™ and DCM™ platform leverages our revolutionary nanocomposite materials and distributed sensor network to enable predictive fault detection and autonomous operation. This comprehensive system exceeds international safety protocols while optimizing both power delivery and data center performance.
AES™ Dual-Module Innovation Framework
Our integrated solution combines the AMR™ power generation system with the DCM™ data center infrastructure, delivering a comprehensive platform designed for both independent operation and synchronized deployment.
AMR™ Power Generation
Our next-generation reactor design combines modular construction and autonomous operations in a comprehensive energy solution. Key features include:
  • Standardized components enabling 40% faster deployment
  • Self-regulating systems reducing human intervention by 85%
  • Advanced fabrication cutting production costs by 30%
  • Production capacity of 1 unit per day after factory completion
DCM™ Data Center Module
Our state-of-the-art digital infrastructure component delivers Tier IV+ specifications through advanced design. Key features include:
  • Tier IV+ redundancy and reliability standards
  • Integrated cooling and power management systems
  • Advanced security and monitoring protocols
  • Seamless integration with AMR™ power systems

Our dual-module framework enables unprecedented operational efficiency through synchronized deployment. When integrated, the AMR™ and DCM™ systems are designed to achieve optimal performance metrics, with projected improvements of 60% in installation efficiency and 45% in commissioning time across both power generation and data center operations.
Integrated AMR™-DCM™ Control Architecture
Our advanced control architecture seamlessly integrates AMR™ power generation with DCM™ data center infrastructure, leveraging quantum computing and AI to achieve Tier IV+ reliability while maintaining our rapid deployment target of one integrated system per day within 18 months of factory completion.
1
Quantum-Enhanced System Integration
Advanced sensor arrays being developed will provide microsecond-level monitoring across both AMR™ reactor operations and DCM™ data center systems, enabling synchronized control of power generation and computing infrastructure while maintaining Tier IV+ reliability standards.
2
Unified Safety Framework
Self-learning neural networks under development will maintain continuous analysis of both power generation and data center operations, with quantum-secured protocols designed to ensure consistent safety and reliability across the integrated AMR™-DCM™ deployment cycle.
3
Intelligent Resource Optimization
Advanced algorithms are being developed to dynamically balance power distribution between AMR™ generation capacity and DCM™ computing demands, ensuring optimal efficiency and responsiveness across all operational states while maintaining Tier IV+ specifications.
4
Comprehensive Digital Twin
Our simulation environment creates precise digital replicas of both AMR™ and DCM™ systems, enabling integrated testing and validation while accelerating deployment of the combined solution through sophisticated virtual modeling and verification.
AMR™ + DCM™: Integrated Power and Data Infrastructure
Our revolutionary dual-system solution combines AMR™'s advanced nuclear technology with DCM™'s Tier IV+ data center infrastructure, creating an integrated ecosystem that sets new benchmarks in both power generation and data processing capabilities.
Our integrated system delivers the following performance metrics:
Power Generation
AMR™ Production Scale
One reactor per day production capacity with 18-month deployment timeline, providing reliable power foundation for DCM™ operations
Data Infrastructure
DCM™ Tier IV+ Rating
State-of-the-art data center infrastructure meeting and exceeding Tier IV specifications for maximum reliability and performance
Integration
System Synergy
Optimized integration between AMR™ power generation and DCM™ infrastructure enables superior operational efficiency and resource utilization
Performance
Combined Capabilities
Integrated system designed for unprecedented power reliability and data processing capacity, with built-in redundancy and optimization

The integration of AMR™ and DCM™ technologies represents a breakthrough in sustainable infrastructure solutions. By combining our advanced nuclear reactor technology with Tier IV+ data center capabilities, we've created a comprehensive system that maximizes both power generation efficiency and data processing capabilities. This dual-system approach ensures optimal performance while maintaining the highest standards of reliability and safety across both power and data operations.
AES™ Integrated System Architecture
The Advanced Energy System (AES™) combines our revolutionary AMR™ power generation technology with the Data Center Module (DCM™) infrastructure, creating an integrated solution that sets new standards in both energy production and data center capabilities while maintaining Tier IV+ specifications.

1

1

Integrated System Performance
Optimized synergy between AMR™ and DCM™ components

2

2

Advanced Power Generation
AMR™ module delivers reliable, scalable energy output

3

3

Data Center Excellence
DCM™ infrastructure meets Tier IV+ specifications

4

4

Operational Integration
Seamless coordination between power and computing systems

5

5

System Flexibility
Components designed for both independent and integrated operation

The AES™ solution represents a breakthrough in integrated energy and data infrastructure design. By combining our AMR™ power generation technology with the DCM™ data center module, we've created a system that excels both as independent components and as an integrated solution. The DCM™'s Tier IV+ specifications ensure maximum reliability and performance, while the AMR™'s advanced power generation capabilities provide the foundation for next-generation data center operations.
Dual-Module AMR™ + DCM™ Technology Platform
Our revolutionary technology platform integrates two core innovations: the AMR™ power generation system and the DCM™ data center infrastructure module, designed to operate both independently and as an integrated solution to establish new industry benchmarks in clean energy and data center efficiency.
AMR™ Power Generation
Our advanced modular reactor technology delivers next-generation nuclear power capabilities, achieving production capacity of one unit per day post-factory completion with an 18-month deployment timeline.
  • Scalable manufacturing excellence
  • Patent-pending nuclear innovation
  • Optimized deployment strategy
DCM™ Data Center Module
The state-of-the-art DCM™ infrastructure component meets Tier IV+ specifications, providing advanced data center capabilities designed for seamless integration with AMR™ power systems.
  • Tier IV+ compliance
  • Digital infrastructure optimization
  • Enhanced operational efficiency
This dual-module architecture demonstrates our commitment to comprehensive energy and infrastructure solutions. The synergistic integration of AMR™ and DCM™ technologies creates a unique value proposition, combining reliable clean energy generation with cutting-edge data center infrastructure to deliver unprecedented operational efficiency and performance.

Integrated System Benefits
The combined AMR™ + DCM™ platform leverages advanced integration protocols to optimize energy utilization, reduce operational costs, and maximize system reliability while maintaining independent operational capabilities.

Technology Leadership
Through our growing network of breakthrough research initiatives and dual-technology approach, we are positioning ourselves at the forefront of both nuclear innovation and data center infrastructure, building a comprehensive technological leadership position.
AES™: Integrated Power & Data Infrastructure
Our revolutionary AES™ solution unifies advanced nuclear power generation with state-of-the-art data center infrastructure, creating an unprecedented synergy between AMR™ and DCM™ modules for optimal system performance.
AMR™ Power Generation Module
Following factory completion, our production targets one AMR™ unit per day with 18-month delivery timeline. The module features:
  • Scalable manufacturing excellence with revolutionary deployment timelines
  • Multi-layered safety system with 50,000+ monitoring points
  • Enhanced resource utilization with waste heat recovery
DCM™ Data Center Module
Meeting Tier IV+ specifications, our DCM™ infrastructure delivers:
  • State-of-the-art digital infrastructure capabilities
  • Quantum-encrypted communications systems
  • Distributed sensor networks for comprehensive monitoring

The integrated AES™ platform represents a paradigm shift in energy and data infrastructure. By combining AMR™'s advanced nuclear capabilities with DCM™'s cutting-edge data center technology, we're creating a solution that exceeds traditional performance metrics while enabling unprecedented operational efficiency. This dual-module approach maintains the highest quality and safety standards while delivering superior system integration benefits.
Integrated AMR™ and DCM™ Solution
Our comprehensive energy solution combines the AMR™ power generation platform with the DCM™ data center infrastructure, engineered to operate both independently and as an integrated system, delivering Tier IV+ reliability and unprecedented operational efficiency.
Advanced Power Generation
The AMR™ module provides reliable, scalable nuclear power generation with industry-leading safety features and operational efficiency, designed to meet growing energy demands while maintaining exceptional performance standards.
Tier IV+ Data Infrastructure
Our DCM™ system delivers state-of-the-art data center capabilities exceeding Tier IV specifications, incorporating advanced cooling systems and redundant power distribution for maximum reliability and uptime.
Seamless Integration
The proprietary interface between AMR™ and DCM™ modules enables optimized energy utilization, real-time load balancing, and enhanced operational efficiency through synchronized system management.
Enhanced Security Architecture
Integrated security protocols protect both power generation and data infrastructure components, implementing military-grade encryption and advanced threat detection across the entire system.
AMR™ & DCM™: Integrated Manufacturing Strategy
Our comprehensive manufacturing roadmap is designed to achieve industry-leading production capacity of integrated AMR™ and DCM™ systems, targeting one complete unit per day within 18 months of factory completion. Our approach leverages advanced automation and innovative assembly techniques to meet Tier IV+ specifications while ensuring seamless component integration.

1

Factory Completion & Initial Production
Advanced manufacturing facility operational with integrated AMR™ and DCM™ prototype completion, featuring quantum sensing QA systems and robotic precision manufacturing with 0.001mm tolerances for Tier IV+ compliance.

2

Production Ramp-Up Phase
Systematic scaling of production capacity through synchronized AMR™ and DCM™ assembly optimization and unified supply chain integration, targeting 60% reduction in procurement lead times while maintaining component compatibility.

3

Full Production Capacity
Achievement of one integrated system per day production rate, combining AMR™ power generation and DCM™ data center infrastructure components while maintaining 99.999% quality standards and 45% reduced material waste.

4

Continuous Optimization
Further refinement of integrated production efficiency within 18-month timeline, leveraging machine learning algorithms for optimal AMR™-DCM™ system compatibility and vertically integrated supply chain management.
AES™: Integrated Production Strategy
Our comprehensive manufacturing roadmap encompasses both the AMR™ power generation system and DCM™ data center infrastructure, designed for synchronized production to deliver complete AES™ solutions meeting Tier IV+ specifications.

1

Dual-Line Factory Completion
Initial manufacturing facility buildout with parallel production lines for AMR™ and DCM™ components, establishing the foundation for integrated system manufacturing that meets advanced quality specifications.

2

Synchronized Production Ramp-Up
Systematic acceleration of manufacturing capabilities across both product lines, implementing advanced automation and quality control systems to achieve synchronized production of AMR™ and DCM™ units.

3

Integrated System Optimization
Refinement of manufacturing processes to achieve optimal production cycles for integrated AES™ solutions, incorporating lean manufacturing principles and advanced supply chain integration for both power generation and data center components.

Each phase of our manufacturing strategy is carefully designed to maintain Tier IV+ specifications while progressively increasing production efficiency of both AMR™ and DCM™ components, enabling us to deliver complete AES™ solutions that meet the growing demand for integrated power and data center infrastructure.
Integrated AMR™ and DCM™ Production Strategy
Our comprehensive production strategy encompasses both the AMR™ power generation module and the DCM™ data center infrastructure component, designed for both independent operation and seamless integration, delivering Tier IV+ reliability standards.
AMR™ Power Generation Module
Our AMR™ manufacturing system is engineered to achieve one unit per day production rate through advanced automation and optimized supply chain integration. The production cycle targets an 18-month or shorter timeline, supported by comprehensive quality control protocols and efficient resource allocation.
  • Advanced automated manufacturing processes
  • Streamlined assembly procedures
  • Progressive production scale-up capability
DCM™ Data Center Module
The DCM™ production line implements state-of-the-art manufacturing protocols to meet Tier IV+ specifications. Our precision engineering approach ensures each unit meets stringent reliability and performance standards, with integrated quality verification at every production stage.
  • Tier IV+ compliant manufacturing protocols
  • Advanced digital infrastructure integration
  • Rigorous reliability testing systems

Both production lines are designed with built-in scalability and synchronization capabilities, enabling efficient independent operation while maintaining seamless integration potential for optimized system performance.
AES™ Integrated Production Timeline
Our strategic manufacturing roadmap encompasses both the AMR™ power generation module and DCM™ data center infrastructure, designed to work seamlessly together. This integrated production approach ensures optimal system performance while meeting Tier IV+ specifications for advanced digital infrastructure.

1

Dual-Module Production Launch
Initial manufacturing facility becomes operational, producing both AMR™ and DCM™ modules with established quality control systems for integrated testing and validation.

2

Integrated System Scale-Up
Manufacturing capacity increases to achieve production rate of 1 complete AES™ system per day, including both AMR™ and DCM™ components with synchronized assembly processes.

3

Full Integrated Production
Within 18 months, manufacturing operations achieve optimal efficiency in producing integrated AES™ systems, maintaining Tier IV+ specifications while ensuring seamless module compatibility.

Our integrated production approach enables the seamless combination of AMR™ power generation and DCM™ data center infrastructure. This unified manufacturing strategy ensures perfect compatibility between modules while maintaining the highest standards of performance and reliability.
Integrated AES™ Solution Architecture
Our comprehensive energy solution combines the Advanced Modular Reactor (AMR™) with the Data Center Module (DCM™), creating a synergistic system that maximizes both power generation and data processing capabilities.
AMR™ Power Generation
Advanced Modular Reactor technology delivers reliable, continuous power generation with enhanced safety features and modular scalability.
  • Continuous base-load power generation
  • Modular design for flexible deployment
  • Advanced safety systems
  • Automated operation protocols
DCM™ Infrastructure
State-of-the-art data center module engineered to Tier IV+ specifications, ensuring maximum uptime and processing efficiency.
  • Tier IV+ reliability standards
  • Advanced cooling systems
  • Redundant power distribution
  • Real-time monitoring capabilities
Integrated System Benefits
When combined, the AMR™ and DCM™ create a highly efficient, self-sustaining infrastructure solution.
  • Direct power integration
  • Optimized energy utilization
  • Unified control systems
  • Enhanced operational efficiency

The seamless integration between AMR™ and DCM™ modules creates a comprehensive energy and data processing solution that exceeds traditional infrastructure capabilities while maintaining the highest standards of reliability and performance.