Architecting infrastructure to optimize Day 2 tokenomics

The gap between simply running AI models and running them profitably is widening fast. Early production architectures can buckle under the relentless demands of multi-agent autonomous workloads and real-time fine-tuning. Moving forward requires a fundamental shift toward a unified AI factory infrastructure engineered to optimize token-per-watt efficiency. As organizations scale up multi-turn agentic workflows and…

Scalable AI infrastructure: Lessons from Los Alamos National Laboratory

CIOs across industries face a common bottleneck: data pipelines and compute architectures designed for traditional analytics cannot scale to handle large-scale artificial intelligence. As organizations accelerate their deployment of large-scale models across core corporate divisions, many data centers are straining under massive power requirements and complex multi-node orchestration. To overcome these constraints, leaders can look at the…

How the University of Utah built a sovereign AI factory to accelerate breakthroughs and slash cloud costs

The scaling of artificial intelligence has forced IT leaders to re-evaluate infrastructure. While public clouds offer rapid deployment for general applications, they introduce steep trade-offs for highly regulated, data-intensive workloads. Issues like high latency, unpredictable operational costs, and diminished data control complicate the development of proprietary intellectual property. To bypass these limitations, leading institutions are…