AES™ Data Center Module (DCM™)
A 30,000 Square Feet Standardized Digital Infrastructure Solution, Compatible with Multiple Energy Systems Including AMR™.
Adaptive Modules: AMR™ and DCM™
The AES™ solution combines two core modules: the AMR™ for power generation and the DCM™ for data center infrastructure, designed to work both independently and as an integrated system for optimal performance.
Adaptive Modular Reactor (AMR™)
The power generation component of the AES™ solution, designed for seamless integration with the DCM™. The Adaptive SMR (Small Modular Reactor) features Active/Passive Power Filter technology, ensuring optimal power quality and electromagnetic integrity.
Data Center Module (DCM™)
A state-of-the-art 30,000 square foot digital infrastructure component that meets Tier IV+ specifications. At its heart is a proprietary power optimization system and advanced thermal management technology, ensuring maximum efficiency and reliability.
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Harmonious Integration
Our integrated solution ensures both components work harmoniously.
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Independent Operation
The DCM™ stands ready to operate independently or seamlessly integrate into any energy grid.
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Enhanced Capabilities
Enhancing the fusion of power generation and cutting-edge digital infrastructure capabilities.
The AES™ solution is designed to optimize power quality and maintain electromagnetic integrity with Active/Passive Power Filter technology. Integrated into the DCM™ is a proprietary power optimization system and advanced thermal management technology, maximizing efficiency and reliability in the digital infrastructure. Together, these components enhance the fusion of power generation and cutting-edge digital infrastructure capabilities, ready to operate either independently or seamlessly integrated into any energy grid.
Architectural Design and Layout
The DCM™ combines a 30,000 sq ft modular facility with redundant power systems and hyperconverged infrastructure, supported by AI-powered monitoring for optimal performance and reliability.
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Physical Infrastructure
The DCM™ boasts a 30,000 square feet modular facility with multi-tiered server halls, state-of-the-art cooling systems (liquid and air), secure access zones, and advanced fire suppression systems. These components create the foundation for optimal performance and reliability.
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Power Distribution
Building on the physical infrastructure, the DCM™ implements dual power feeds from independent substations, UPS systems, and backup diesel generators. This 2N and 2N+1 redundancy guarantees continuous power supply, with fine-tuned power quality to each server rack minimizing harmonic distortion and maximizing equipment longevity.
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Integrated Systems
At the highest level, DCM™ leverages Dynavisor fabric overlays unify compute, storage, and networking into a seamless operational framework, optimizing resource utilization and streamlining management through hyperconverged infrastructure.
DCM™ Core Technologies
DCM™ leverages three key technologies: virtualized I/O for enhanced data flow, AI-powered software for resource management, and advanced storage systems for data integrity.
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I/O Virtualization
Dynavisor's technology enhances data flow by up to 22X, optimizing performance across cloud, on-premise, and edge computing environments. This acceleration is crucial for real-time data processing and analytics.
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Software Defined Data Accelerator (SDDA)™
AI-optimized software manages large-scale data processing, reducing latency, and ensuring efficient resource allocation. Software Defined Data Accelerator (SDDA)™ is the brain behind the DCM™ system and its operational efficiency.
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Storage Systems
Redundant NVMe SSD arrays, object storage for large datasets, and automated backup solutions provide secure and scalable storage infrastructure. This ensures data integrity and availability at all times.
Software Defined Data Accelerator (SDDA) technology is comprised of a patent portfolio spanning virtualization, I/O management, storage systems, and cloud security, with citations from major tech companies across America, Asia, and Europe.
I/O Virtualization Technology: The Core of DCM™ Solutions
Our innovative I/O Virtualization technology serves as the foundation for all DCM™ solutions, delivering unparalleled performance optimization and resource efficiency.
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Enhanced Performance
I/O Virtualization technology accelerates data flow by dynamically optimizing I/O operations across computing environments, delivering up to 22X performance improvement for mission-critical applications without hardware modifications.
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Intelligent Resource Management
Through dynamic virtualization, I/O Virtualization efficiently allocates computing resources where needed most, eliminating bottlenecks and ensuring optimal utilization across diverse workloads.
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Seamless Integration
I/O Virtualization works transparently with existing infrastructure, enabling organizations to modernize applications and systems while preserving their investments in current technologies.
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Scalable Architecture
The technology's flexibility supports everything from edge computing deployments to massive data center operations, scaling effectively to meet evolving business demands.
I/O Virtualization technology is protected by multiple patents and serves as the technical foundation for the Software Defined Data Accelerator (SDDA)'s application modernization solutions across diverse computing environments.
Professional Services: Application Modernization with I/O Virtualization
I/O Virtualization technology powers comprehensive application modernization services across data centers, analytics, edge computing, and autonomous systems, delivering enhanced performance and intelligent resource management.
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Data Center Optimizations
The DCM™ is engineered to enhance the efficiency and performance of data center infrastructure. Through advanced power management and intelligent cooling technologies, the DCM™ ensures peak efficiency, reducing energy consumption and operating costs. Its modular and scalable design accommodates growing computing demands without major modifications.
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Databases and Analytics
The DCM™ is optimized for data-intensive workloads, providing enhanced processing capabilities and intelligent insights. By leveraging the latest advancements in data management and analytics, the DCM™ empowers organizations to extract maximum value from their mission-critical databases and analytics pipelines.
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Edge Computing
The DCM™ enables seamless edge computing deployments, bringing AI and advanced technologies directly to the point of data generation. With robust management capabilities, organizations can unlock new opportunities for real-time decision-making and enhanced user experiences at the edge.
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Robots and Rovers
The DCM™ supports the advanced computing and resource requirements of autonomous systems. With real-time virtualization and optimization capabilities, it ensures seamless integration and control of mission-critical assets like industrial robots and remote rovers, providing the power, connectivity, and reliability needed for optimal performance.
Our comprehensive professional services leverage I/O Virtualization Technology to transform and modernize applications across multiple domains, offering expertise in both traditional and emerging technological areas. Seamless integration and dynamic resource management with Dynamic Translation Cloud API. Gain advanced analytics and machine learning solutions with Business Intelligence AI/ML.
Cost Efficiency and Sustainability
Delivering supercomputer-grade performance at a fraction of traditional costs through hyperconverged data center architecture. Our solution optimizes resources while reducing operational footprint and power consumption.
We avail of the unique capabilities of "Hyperconvergence of the Data Center," whereby, all in all, we have an "unfair competitive advantage."
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Industry Recognition
DoD certified faster than SGI/Cray supercomputers
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Advanced Solutions
FPGA/GPU hybrid architecture for AI
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Resource Optimization
Maximum CPU/GPU efficiency with space-time optimization
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Operational Excellence
Reduced footprint, power, cooling & networking
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Revolutionary Computing
Supercomputer grade at fraction of cost
"Supercomputing for the Masses!"
Our approach delivers superior IOPS/Watts, IOPS/$, and low latency compute for critical algorithms like FFT, all while maintaining exceptional throughput and linear scalability.
Operational Efficiency and Energy Management
DCM™ leverages AI-driven systems to optimize data center operations, combining real-time monitoring with predictive analytics for enhanced energy efficiency and operational performance.
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Power Usage Effectiveness (PUE)
Enhanced through AES™ AI-driven resource management, automated load balancing, and real-time power consumption analytics, minimizing waste and maximizing efficiency.
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AI-Powered Operations
Predictive maintenance, anomaly detection, and performance optimization are managed from the DCM™, ensuring smooth operations and reduced downtime.
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Monitoring Systems
Real-time dashboards, SNMP-based monitoring, and AI-driven incident response systems enable proactive management and rapid issue resolution.
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Advanced Energy Analytics
Sophisticated energy analytics tools provide granular insights into power consumption patterns: Real-time power quality monitoring, thermal mapping and optimization, dynamic workload distribution, and automated cooling adjustments.
AES™ advanced operational efficiency and energy management systems represent the cutting edge of data center technology, combining AI-driven optimization with sustainable practices to deliver superior performance while minimizing environmental impact.
DCM™ Power Quality and Management by Active/Passive Power Filter
The Active/Passive Power Filter converts electromagnetic interference into usable power, delivering up to 30% more power with zero maintenance while improving efficiency metrics for high-performance computing applications.
Active/Passive Power Filter
The Active/Passive Power Filter is the first electromagnetic interference (EMI) recoverer, installed at the electrical panel to convert electromagnetic losses into usable electrical power. This behind-the-meter energy source can deliver up to 30% more power for AI, Bitcoin Mining & Industrial Loads.
- Up to 30% Power Recovery
- Zero Maintenance Required
- Zero Downtime Installation
- Improved PUE & J/TH Efficiency
Peak Computational Performance
The Active/Passive Power Filter stands out as a groundbreaking solution that can recover up to 30% more power for demanding applications such as AI, Bitcoin Mining, and Industrial Loads. The system ensures zero maintenance is required, offers zero downtime during installation, and significantly improves Power Usage Effectiveness (PUE) and efficiency metrics. With a remarkable 73.18% reduction in transient peaks and 25.22% smoother neutral-to-ground voltage, the system is tailored to enhance peak computational performance for HPC and AI clusters.
Energy Efficiency
20.56% reduction in neutral \[A\] leakage, optimizing Joules/output metrics for AI workloads and PUE. This reduction in neutral leakage significantly optimizes Joules/output metrics for AI workloads and improves overall energy efficiency. The system's capabilities ensure that peak computational performance is enhanced, making it an ideal solution for powering demanding applications and industrial loads. Its innovative design not only recovers up to 30% more power but also addresses key efficiency metrics critical for high-power computing tasks.
Seamless Integration
By integrating seamlessly with existing infrastructures, the system allows for a smooth transition and minimal disruption during implementation. This feature ensures that operations remain uninterrupted and productivity is maintained throughout the integration process. Additionally, the system's adaptability to various setups and configurations makes it a versatile solution for different industries and applications. [25.47% harmonic power loss reduction (20.61A to 15.36A) at 700MW data center, fully compatible with APFs and HMTs.]
Scalability and Future Expansion
DCM™ offers a future-ready infrastructure designed for 300% growth capacity, featuring modular scaling, advanced security, and next-generation network capabilities.
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Modular Design
Supports scaling from localized microgrids to gigawatt-scale energy systems, allowing for flexible adaptation to changing demands.
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Future Technologies
Quantum computing readiness, edge AI integration, blockchain-based data integrity.
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Physical Security
Biometric access controls, 24/7 surveillance, and perimeter defense systems provide robust protection against unauthorized access.
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Network Infrastructure
400G-ready networking backbone with upgradeable fiber optic infrastructure supporting future terabit-scale connectivity.
Our scalability framework ensures that the DCM™ can evolve with emerging technologies while maintaining optimal performance. The infrastructure is designed to accommodate a 300% increase in computing capacity without major structural modifications, supported by a robust upgrade path for power, cooling, and network systems. This future-proof design philosophy extends to all critical subsystems, ensuring long-term viability and return on investment.
Compliance and Security
Our comprehensive security framework combines global compliance standards, multi-layered cybersecurity, robust disaster recovery, and advanced physical security measures to ensure maximum protection and reliability.
The 30,000 square feet AES™ DCM™ serves as the heartbeat of the AMR™ system, providing a scalable, efficient, and standardized digital infrastructure essential for modern energy and data management. Its modular design and advanced technologies ensure adaptability and resilience in a rapidly evolving landscape.