Infrastructure
Physical hardware, system architecture, and core infrastructure components powering AI research and experimentation.
Hardware Inventory
Hardware specifications are documented in detail
For complete hardware inventory, specifications, and performance profiles, see the Hardware Inventory documentation .
Compute Infrastructure
Storage Architecture
Network Topology
Observability Stack
System Architecture
Infrastructure Layers
Hardware Layer
Physical servers, GPUs, storage arrays, networking equipment
Virtualization Layer
GPU passthrough, resource isolation, containerization (Docker/Podman)
Orchestration Layer
Workload scheduling, resource management, service deployment
Application Layer
Model serving (vLLM, Triton), data pipelines, custom tooling
Key Technologies
Model Serving
Production-grade LLM inference engines
GPU Optimization
CUDA libraries and acceleration frameworks
Data Pipeline
Processing and orchestration tools
Infrastructure as Code
Provisioning and configuration management
Current Infrastructure Projects
GPU Baseline Performance
ActiveEstablishing performance baselines for GPU compute, memory bandwidth, and thermal characteristics under sustained AI workloads.
Storage Tier Strategy
PlanningDesigning hot/warm/cold storage tiers optimized for model weights, training datasets, and long-term archival.
Monitoring Stack
ActiveDeploying comprehensive observability for GPU utilization, power consumption, and inference latency.
Network Optimization
FuturePlanning network topology for multi-node GPU clusters and distributed inference workloads.
Infrastructure Documentation
Detailed specifications, architecture decisions, and operational runbooks are maintained in the GitHub repository.