In the rapidly evolving world of the Industrial Internet of Things (IIoT), the method you choose to connect your sensors and actuators to the internet is the single most important architectural decision you will make. Whether you are monitoring oil pipelines in the middle of a desert, managing a smart Read more
When designing custom electronic control systems—especially for agricultural or industrial environments—engineers often fall into the trap of choosing the path of least resistance. Because Wi-Fi is ubiquitous, cheap, and familiar, it is frequently the “go-to” protocol for IoT projects. However, as many have discovered the hard way, Wi-Fi is designed Read more
(Based on a 10-sensor deployment in West Texas) Cost Factor 4-20mA Wired LoRa Wireless Savings Hardware (per sensor) $500 (transmitter + cable) $700 (LoRa transmitter) similar Installation Labor $2,000 (trenching/terminations) $200 (mounting + pairing) 90% cheaper Maintenance (annual) $1,000 (wire repairs) $50 (battery check) 95% cheaper SCADA Integration $3,000 (I/O Read more
Introduction In industrial settings—especially oilfields, water treatment plants, and manufacturing facilities—4-20mA current loopshave long been the standard for transmitting sensor data (pressure, temperature, flow). However, trenching and running wires for these loops is expensive, time-consuming, and inflexible. Point-to-point LoRa wireless technology offers a cost-effective, reliable, and scalable alternative to wired 4-20mA loops. Unlike proprietary Read more
Introduction In industrial settings like oilfields, reliable communication is non-negotiable. Traditional wireless technologies such as 2.4GHz WiFi and non-LoRa 900MHz radios often fall short in harsh environments where interference, range, and power constraints are critical factors. LoRa (Long Range) radio technology stands out as the superior choice for industrial applications—especially for monitoring Read more