In the administrative operations of Museums and Art Galleries, there are many extremely important points that need to be followed to the letter so that the physical safety of the exhibited works is guaranteed, but not only to prevent them from being stolen and lost, but it is also the responsibility of the managers of these organizations ensure that they are not damaged in transport, damaged in storage and ensure that in exhibitions these works are not subject to highly harmful adverse conditions such as high humidity, excessive temperature, inadequate lighting, excess of people, photographic flashes, among others.

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Remote environmental management by IoT telemetry is a technological resource that allows the integrity of the works to be ensured and that the premises established by the managers or by the exhibition contracts are followed within the agreed parameters, thus avoiding legal, financial and even criminal problems.

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In order for us to have an efficient management, it is necessary to use technological tools, special sensors that have wireless communication and in an uncomplicated way allow an environmental management that monitors in real time the level of humidity, temperature, movement, flow of people, proximity to the elements displayed, energy quality, consumption of air conditioners, presence sensors, integration with alarm centers and cameras.

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The powerful GEO-IoT Solution allows the vertical monitoring of multiple layers of the operation of these organizations (strategic, tactical and operational), transformer telemetry, control panels, PLCs, motors, generators, alternators, valves, actuators, air conditioners, alarm systems, CCTV, dispatch software, ERP and countless other elements that demand monitoring of their respective status, performance and operational condition, thus ensuring that procedures are aligned with processes.

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Our solution allows data transmission through the use of multiservice networks, where information and data from multiple remote devices can be monitored in real time in centralized and decentralized monitoring centers, thus generating indicators, responsive alarms, graphics, dashboards, event triggers with other operating platforms such as CCTV, access control, time clock, SAP, scales, overhead cranes and countless other applications.

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The GEO-IoT solution brings a technical differential by allowing different platform users to have different layers of access to the system, thus ensuring that organizational hierarchical levels are mirrored in our software, thus ensuring information integrity and operational security .

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The consolidation of information can take place in horizontal or vertical levels, as we work with a site and sub-sites concept, thus allowing a set of devices to be presented according to the groupings of each query.  

 

As an example, we can consolidate information from all devices and equipment located in a given museum (provided they have telemetry capabilities); perform research on events, alarms, maps, histograms, charts, dashboards, among others. Or we can even search for a set of museums in a particular city, state or region, thus ensuring complete control over the information, its access and its functional structure. We present multilevel analytical and synthetic information.

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