Practical dispatches from the edge of industrial cellular — coverage planning, spectrum policy, SLA engineering, and deployment learnings from the field.
A forklift charger bank. A plasma cutter running 50-foot arcs. An overhead crane with brushed motors. Industrial environments are interference hostile. Understanding the RF interference landscape inside a factory or distribution center is the first step to designing a private cellular network that actually holds its SLA.
Read articleYour CFO wants payback in 24 months. Your IT director wants a total cost of ownership comparison against the existing Wi-Fi contract. Your operations VP wants guaranteed uptime numbers. This article walks through how to structure the ROI argument for private cellular.
Read articleAn automated guided vehicle loses its network connection for 200 milliseconds. At walking speed, that gap is invisible. At 3 m/s with a 500 kg payload in a live aisle, it is a safety incident. QoS policy for AGV control traffic is not a performance optimization — it is a safety requirement.
Read articleThe most expensive mistake in private 5G deployment is placing antennas before you model coverage. A predictive RF heat map — built from your facility floor plan, ceiling height, and material attenuation profiles — tells you where you have gaps before you have gaps.
Read articleCBRS is the reason you can deploy a private cellular network without becoming a licensed carrier. Here is a plain-language breakdown of how the spectrum sharing system works, who sits in the priority tiers, and what your operations team needs to understand before filing for a PAL.
Read articlePlant managers keep asking us the same question: 'We already have Wi-Fi everywhere — why do we need private 5G?' The answer depends entirely on what your automation layer actually needs from the radio network.
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