✦ The MoSaci Field Notes
Friendly, well-researched guides on positioning technology: how GPS works, how tracking actually helps, and how to pick the right tool for the job.
GPS is getting a major upgrade. New satellites, fresher signals and multi-constellation receivers are pushing accuracy and reliability further than most people realise.
Four tracker types, four different jobs. Here is how hardwired, OBD plug-in, battery-powered and asset GPS trackers compare, and which one fits your vehicle, fleet or equipment.
From the warehouse dock to the last-mile drop, GPS tracking closes the visibility gap that causes late deliveries, lost cargo and costly guesswork. Here is how it works.
Battery life, size, update frequency, coverage and cost all pull in different directions. Here is how to weigh each factor and choose the GPS tracker that actually fits your situation.
What started as a Cold War military program is now the invisible backbone of navigation, logistics, and everyday life. Here is how GPS got from a 1973 Pentagon project to the satellite network billions of people rely on today.
Real-time alerts or stored logs: the choice between active and passive GPS tracking shapes your cost, battery life and response speed. Here is how to match the right mode to your actual job.
GPS has moved from tractors to every corner of the farm. Here is how satellite positioning powers precision farming, protects equipment, and helps growers do more with less land and fewer inputs.
Construction sites are magnets for theft and expensive downtime. GPS tracking gives project managers real-time visibility over every machine and crew member, cutting losses before they compound.
Most people call it triangulation, but GPS actually uses trilateration. Here is why that distinction matters, how satellite distances pin down your exact position, and what the math looks like without the math.
A geofence is a virtual boundary on a real map. Cross it and something happens automatically. Here is how GPS geofencing works, why it triggers alerts, and where businesses use it to protect assets and people.
Three letters, three very different jobs. Here is how GPS, BLE and RFID compare on range, cost, power and accuracy, and how to match each one to the asset you need to find.
Equipment walks off job sites, hides in the wrong yard, and sits idle for days nobody notices. GPS asset tracking ends that. Here is how it works and how to get it running.
GPS fleet tracking tells you where every vehicle is, how it’s driven, and when it needs maintenance. Here is what it does, what it costs, and how to roll it out without the headaches.