Electrical equipment availability increasingly determines data center construction sequencing.
Model, data, compute, tooling, vendors.
We inventory your end-to-end AI stack—models, datasets, feature stores, orchestration, compute, and operational tooling—to reveal dependencies, cost drivers, and vendor lock‑in risks, forming a clear build vs. buy plan.
Topology design, interconnects, bandwidth planning.
We map east/west and north/south traffic, select the right interconnects (InfiniBand or Ethernet), and design fabric topology, QoS, and redundancy aligned to model parallelism and target SLOs.
Systems architecture, model selection, and prototyping.
We translate business objectives into a pragmatic architecture—choosing models, defining serving patterns and data flows, and specifying observability—so teams can move from concept to build with confidence.
Latency/cost analysis, throughput sizing, workload mapping.
We profile workloads and quantify latency–throughput trade‑offs, optimize batching and pagination, and size GPU/CPU footprints to hit cost‑per‑request and quality targets at your expected demand.
Unit economics, pricing mechanisms, runway planning.
We construct bottom‑up unit economics: demand scenarios, usage incentives, pricing curves, emissions/vesting (if applicable), and runway sensitivities—so finance and product share a single source of truth.
Technical, operational, and vendor risk review.
We evaluate codebase quality, security and compliance posture, MLOps maturity, delivery readiness, and vendor contracts, highlighting material risks and a prioritized remediation roadmap.

Deep dive into capex/opex, utilization, and supply constraints across GPU fleets and cloud, with scenarios for procurement and allocation strategies.

Air Is No Longer Sufficient and who will Capture the Infrastructure Transition.

Why the Switch Has No Viable Response to AllReduce Incast