Wireless sensors measure the physical conditions across your sites, monitor them continuously against the thresholds you set, and control the switches and valves that respond. It all runs in one cloud platform, so any site is a click away, wherever your team is.
The things that matter to your operation move constantly: temperature, pressure, level, air quality, vibration. Checked by hand or not at all, a problem only shows once it has already caused damage.
Manual rounds and periodic readings leave long gaps. A condition can sit out of range for hours before anyone looks.
By the time the problem is noticed, the asset is already damaged, the batch is off, or the process has been running wrong for hours.
A local panel beeps in an empty room. The warning never reaches the person who could have done something about it.
Without the history, you can't see what moved, when, or why, so the same thing happens again next month.
Wireless sensors watch each condition continuously. Set the range you care about, and the moment a reading moves outside it, the right person is alerted, or a switch or valve acts on its own. Why you are watching changes by site; the way it works does not.
Every condition sampled continuously, day and night, so nothing drifts in the gap between manual checks.
Set the range that matters. The moment a reading crosses it, the right person is told, wherever they are.
Trigger a switch or a valve on its own, or send someone in, before a small problem becomes an expensive one.
The same sensors protect assets, hold product quality, or tune a process. What you measure sets what you get from it.
Some sensors serve several areas, so you will see overlap. Each page brings together everything relevant to that area, so it stands on its own.
The weather and air around your site, measured live.
Soil and water, for smarter growing and irrigation.
The air your people breathe, watched for danger.
How your equipment is running, before it fails.
What is happening inside your pipes and tanks.
Switching and valves, driven by your own rules.
Presence and position across your sites.
Health, safety and environment, monitored.
The readings land in one cloud platform, where your team watches them, sets the alerts and acts, without a spreadsheet in sight.
For sensors that report a live value, like temperature, humidity or flow. See each reading now, with its trend and whether it sits inside the range you set.
For sensors that report a state, like open or closed, on or off, running or tripped. See what is where at a glance, and when it last changed.
Set a threshold on any reading and get told the moment it is crossed, sent to the person who can act on it.
Switch load, valves and equipment on your own rules: a tariff, a schedule, a demand limit, or a live reading from another sensor.
Plot any reading over any period, compare sensors, and save the views your team keeps coming back to.
Pull any reading as a clean file or a live feed, ready for your own tools or an AI model to work with.
For each sensor, you set the safe range: an upper limit, a lower limit, or both. Augos checks every reading against those limits, and the moment one is exceeded, the person who can act gets a message, on WhatsApp, email or SMS.
A maximum, a minimum, or both, per sensor. Different limits for different shifts or times of day if you need them.
Alert on a rate of change, on a reading stuck out of range too long, or on one sensor read against another.
Sent to the person or team who can do something about it, and escalated if no one acknowledges in time.
The same threshold can trigger intelligent control, switching a valve, a pump or a load on its own.
Augos Sense is priced in three parts, so you pay for what you put in the field. Start with a single-sensor pilot and scale from there.
The sensors are wireless and battery-powered, so there is no wiring and no integration project. You place them where they are needed and they start reporting the same day.
A family of sealed, battery-powered sensors, each built for one parameter. They mount where the condition is and report over low-power wireless, with no mains and no cabling.
A sealed, battery-powered sensor reads its parameter and sends it over low-power wireless. It runs for years and needs no mains and no cabling.
LoRa, NB-IoT or Sigfox, chosen for the coverage and density of your site, so a sensor works in a basement, out in a field, or across a whole plant.
Physical conditions across eight areas: temperature, humidity and weather; soil and water; air quality and gases; equipment state and vibration; pressure, flow and level; and switching and valve control. If it can be sensed, it usually fits.
Wirelessly, over LoRa, NB-IoT or Sigfox, chosen for the coverage and density of your site. There is no wiring to run, so a sensor goes where the condition is.
Years. The sensors are low-power and report on a schedule, or when a reading changes, so there is no mains and no cabling to plan for.
Both. Set a rule and Augos can switch load, a valve or equipment on a tariff, a schedule, a demand limit, or a live reading from another sensor.
A single-sensor pilot is typically live within 48 hours of order. Add more sensors and more sites the same way, whenever you are ready.
Into one cloud platform, hosted in South Africa. Watch it live, set alerts, chart it, or export it as a file or a live feed for your own tools or an AI model.
Per sensor, plus connectivity monthly and the platform per deployment. The single-sensor pilot is the standard way in.
Book a short call. Tell us what you need to watch, and we'll show you the sensor, the alerts and the control working on your own site.
Book a demo