Cloud

Cloud

In recent years, there has been a transformative shift in how electronic devices operate. Traditionally, the intelligence of small sensors was confined within their physical boundaries, placing heavy computational and power consumption burdens on their very limited resources. However, with the advent of IoT networks, this computational load can now be shared with the cloud, removing some of the burden. This is compensated, however, by the need for the devices to handle the complexities of network integration.

The cloud allows data to be analysed in detail as well as be presented in a user-friendly way and on a varierty of platforms. Data can be integrated into existing databases too, such as maps, order to give it context and greater relevance.

Handling the Immensity of IoT Data
 

IoT sensors can produce huge amounts of very useful data, beyond the immediate. Historical trends can be observed, and future trends predicted with the use of machine learning and artificial intelligence more generally. Telemonitron’s Panamonitor platform is where users have access to this collected data, and it can be accessed visually or automatically via API queries. In the immediate, it is possible to access cloud server data through the Panamonitor app as well as directly through web interface.

Seamless Integration with the Panamonitor App

The Panamonitor app allows field staff to directly interface with devices nearby, as well as update the database with relevant observations if necessary. Having everything, measured data and observed data, all stored in the cloud makes analysis and presentation much more effective and reliable.

 

 


Telemonitron Solutions

Tag Sensor

This IoT device monitors remote assets, alerting authorities through email, a dashboard, or text when an asset is removed. It operates by detecting the absence of a magnetic tag and can be customized for various applications.

Ring buoy monitor

An affordable solution to address the issue of missing ringbuoys. This device detects ringbuoy and rope removal and alerts authorities through email, a dashboard, and optional text alerts. It is adaptable to various casing configurations and comes in yellow, red, and orange.

Panamonitor Cloud Solution

IoT devices usually use Sigfox, NB-IoT, GSM, or LoRa networks to transmit data to the cloud. Panamonitor is the name of the dashboard where this data is displayed. Customised to each client, it offers device location, alerts, battery status, and relevant sensor data and has lots of handy fearures.

Bin Monitor

Not all litter bins become full each day, so it is not necessary to empty them every day either. This is possible when the Telemonitron Bin Monitor is used. This device can be used with standard public wastebins, meaning that that overall cost of installation and operation is lo

Gully Monitor

Compact device detects overflow condition in street gully. Sends immediate signal to the cloud and alerts owner. Normally strapped to the underside of the grill at the top of the gully, but can also be fixed to a bracket in gullies that do not have grills. Can be installed in a very short time. Very robust.

Crack Monitor

An electronic device that reports the status and progress of a structural crack over a period of many years. Its battery has an autonomy of at least three years. The

mSemicon is also a provider of customized IoT solutions.
If you have a particular requirement, let us know and we can talk about it.

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