A systemic analysis of an environment consists of applying a global vision of it, allowing a superior image that integrates all the data and values in a set that represents its essence.
We can catalog very complex environments or other simpler ones, but the way to carry out the systemic analysis is always the same.
If we focus on industrial environments, we will almost always have relatively simple models with an easy representation of reality. We have information that we can capture, process, store and interrelate. The observation of the system is reduced to the interpretation of data that are increasingly complete and easy to capture. Our concern is then reduced to the use of those tools that provide us with the ability to capture data in the safest, easiest, most reliable and most economical way.
In facilities with difficult access or dangerous conditions, until now the analyzes were based on direct human observation, which, among other things, prevents us from applying a systemic analysis of the model in a simple way.
The arrival of a device such as the Aertos 130 IR allows us not only to automate the processes of data capture and analysis, but also to be able to systematize the analysis of the results, which is almost impossible with the simple use of human observation.
But there is another factor that we have called the “systemic integration of solutions” that consists of using different tools that in an integrated way exchange information and carry out a global modeling of the system, where each tool contributes its data so that the sums of results make a complete systemic analysis of the installation. In other words, each tool reports to another tool feeding the information source of each of them, in an automated way.
The steps so that we can contemplate this systemic vision of an industrial facility are close to becoming a reality.
The Aertos 130IR is ready to join a framework of integrated tools. The Aertos 130IR offers the power of advanced processors and the latest artificial intelligence technology in a rugged drone that meets all the challenges presented by real-world missions in tight spaces and without GPS. It is a serious and ultra-stable tool with amazing autonomous control behaviours, and it carries the omni-directional infrared and optical sensors that industries are asking for today, and that tomorrow’s missions based on fully autonomous behaviours will require.
This new Aertos UAV promises to revolutionize the way drone tools are used. The 50% of the world that has been closed to serious inspection drones is about to open wide: indoors, underground, in tunnels and mines, inside gas, coal and nuclear power plants, and under metal structures. highly challenging.
We will continue talking about Aertos 130IR and the “systemic integration of solutions”.
