Case Study Overview
A European AI company built a vision based platform to detect workplace health risks using their cameras and real time posture analysis. As deployments scaled, they needed reliable and affordable connectivity for streaming video from each site without using client WiFi or on site IT.
challenges
The company faced major roadblocks scaling its camera based AI system due to unreliable and expensive connectivity. SIM cards came with high data costs, upload delays, manual setup, and inconsistent signal across industrial zones for high data usage. These issues disrupted real time analytics, delayed deployments, and made growth unprofitable.
How Noxi Solved the Problem
We ran a pilot using Local Plan Noxi SIMs built for static high data IoT devices. Each SIM delivered seamless multi network access with strong indoor signal and unlimited data for a fixed monthly rate. Instant activation removed setup delays, and intelligent network switching ensured smooth real time video transmission. The pilot improved connectivity, reduced cost variability, and removed technical friction. The team could now scale confidently without relying on client networks or managing unpredictable data plans.
Results and Impact
The case study demonstrated significant operational improvements and cost savings. IT Configuration time was drastically reduced from 20 to 35 minutes per device to under 3 minutes through over-the-air updates. Video stream disruptions, which were frequent during peak usage before, were completely eliminated. Monthly data costs per device dropped from $90 with a 10GB cap to a flat rate of $39.99 with unlimited data. Profit per device improved by $50 each month thanks to lower data overhead. AI analysis latency decreased significantly from 40 to 50 seconds down to under 10 seconds, and setup consistency moved from manual and unreliable processes to a fully automated rollout.
Projected across 1,000 devices, these improvements could lead to an annual operating profit increase of $600,000 purely from reduced connectivity costs and improved efficiency.