
AI Infrastructure. Anywhere. Instantly.
pitch_v1_importFormal sovereign AI infrastructure proposal submitted to the Government of Armenia following engagement initiated by the Armenian Ambassador to the U.S.
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This allows us to start talking with private and public companies to start building.
Positioning Concrete Engine as infrastructure partner for national AI compute buildout across research and public sector institutions.\r\nOpening channels to work with local companies to create join venture (energy, network, healthcare and mining).\r\n
We signed a large contract with AgRPA and seeking investments to fullfill the contracts.
We designed and architected our first orchestration software demo
Modular, ruggedized AI Datacenters deployed directly to the point of need. From trailer- mountable Nano-Nodes for mobile drone units to high-density Command Pods, we bring high-performance computing (HPC) to the tactical edge, enabling real-time intelligence, sensor fusion, and autonomous decision-making in contested environments. Our solution combines: Distributed, Containerized Compute Units – Modular datacenters that scale on-demand and can be deployed globally. GPU-Direct Storage – Data stays close to compute with bus-speed interconnects, eliminating costly and insecure data movement. Transparent Orchestration – Your workloads are automatically scheduled and run on exactly the resources you need, when you need them. Deploy Anywhere – Edge, on-premises, or cloud-connected — no hyperscaler dependency required. We focus on verticals that demand massive compute with strict data control — defense, pharma, agriculture, and AI/ML research — enabling them to run secure, low-latency workloads at a fraction of hyperscaler cost. Our vision is to create the “Mac of data centers” — a simple, powerful, and sustainable way to deploy compute anywhere in the world.
High-performance computing (HPC) is becoming a critical bottleneck for AI, scientific research, defense, pharma, and agriculture. Hyperscaler clouds are expensive, slow to provision, and often fail to meet strict data sovereignty, latency, and cost requirements. Cost: GPU prices on major clouds can be 5–10× higher than optimized infrastructure. Latency & Bandwidth: Moving massive datasets (genomics, drone imagery, sensor data) to centralized clouds wastes time and money. Sovereignty & Security: Enterprises and governments often need compute physically located on-site or in-country, outside public cloud control. The Market The global AI infrastructure market is projected to exceed $100B by 2030, with edge AI and on-premise compute being the fastest-growing segments. We target industries that cannot rely solely on hyperscalers: Defense & Aerospace: Sovereign AI and secure, air-gapped compute. Pharma & Healthcare: On-premises compute for patient data and drug discovery. Agriculture: Real-time drone and sensor analytics at the edge. Industrial AI: Factories and utilities requiring low-latency inference. Concrete Engine meets this need with distributed, containerized, GPU-dense micro-datacenters that can be deployed anywhere — reducing cost, improving speed, and keeping data where it belongs.
Concrete Engine has validated demand across both institutional and sovereign markets. •Raised from Chisos Capital, Remedy Capital, Evolve Holdings, Capital Factory, and strategic investors • Signed sovereign infrastructure MOU with the National Investment Agency under the President of the Kyrgyz Republic • Active sovereign engagements across Central Asia and Iceland • Deployment proposals submitted to Purdue University and UT Rio Grande Valley • Hardware and infrastructure partnerships with AMD, Supermicro, Vultr, and Evolve We are currently converting institutional entry points into multi-site sovereign deployments.
Meltem Ballan, PhD
founder
Reis McMillian
founder