Step 3 · Act

The Infrastructure Layer

Visual intelligence systems generate massive data streams and require serious computing power. We design and deploy the infrastructure that runs it.

The Approach

Purpose-Built for Visual AI Workloads

Real-time video analytics can't run on general-purpose IT infrastructure. Restoring video clarity and running 20+ analytics across hundreds of cameras simultaneously requires GPU-accelerated compute, high-performance storage, and architectures validated for this specific workload.

Partners

Infrastructure Partnerships

The foundation was already here. ProHawk AI and Vaidio completed the stack.

Partner One delivers this stack on NVIDIA GPU infrastructure, installed in HPE and Dell server platforms. Both are long-standing reseller relationships spanning nearly 20 years.

Server Platform
HPE

Enterprise servers, storage, and networking for Visual Intelligence workloads at every scale.

Nearly 20 years
Server Platform
Dell

Enterprise servers, storage, and client systems backed by nationwide field support.

Nearly 20 years
Lenovo
Servers and workstations
HP Inc.
Workstations and PCs

One partner. Any layer or full stack. No lock-in.

From selection through deployment, handled by one team. Relationships that outlast the systems we deploy.

Design Principles

How We Build Visual AI Infrastructure

Visual AI isn't a generic IT workload. Sizing it right, scaling it cleanly, and placing it where the data lives all require different thinking than a standard server refresh. These principles guide every deployment.

  • GPU-accelerated compute tuned for video analytics throughput, not generic AI workloads.
  • Scalable architecture that grows with your camera network — no forklift upgrades when you add sites.
  • Efficient GPU utilization — fewer cards required than a generic AI deployment, because the architecture is optimized for this workload.
  • Deployment flexibility — on-premises, edge, cloud, or hybrid, matched to your environment and data sovereignty requirements.
  • Precise sizing based on camera count, analytics mix, and operational workload.