Wide possibilities of using IoT
Whether you are in logistics, operating a warehouse or industrial premises, managing a manufacturing business, managing an office building or a branch network, or even you are in another segment of business, Internet of Things(IoT) solutions can bring benefits you.
![industry-wheel](https://www.iotor.io/wp-content/uploads/2021/05/industry-wheel.png)
ENVIRONMENT
Healthy and productive environment
- Optimize and save costs by monitoring and evaluating space behavior
- Increase worker productivity and health due to optimal conditions (heat, humidity, CO2, light, noise)
- Healthy Building and Office Support
Protection of buildings, technologies and goods
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Protection of building structures against degradation by preventing mold, dampness, high temperatures, etc….
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Monitoring of storage and transport conditions of goods including compliance with production or legislative conditions and standards (pharmacy, food industry…)
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Ensuring optimal conditions and response to failures/risks for technological rooms (boiler rooms, technical facilities, transfer stations, server rooms,…)
Track space usage
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Analysis of the use of premises for development and use planning, cost savings (meeting rooms, use of tables, parking spaces, …)
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Reservation system for parking and jobs (+integration for heating/cooling)
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Predictive and reactive cleaning services (based on usage analysis or activity / request)
More efficient waste management
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Monitoring the filling of waste containers
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Reactive collection according to current fill
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Fill analysis for planning the number of collections, containers, recommendations for waste management optimization
Predictive and reactive cleaning
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Request cleaning at the touch of a button
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Detection of cleaning needs based on environmental parameters (higher number of people in the meeting room detected, for example, increased CO2 concentration)
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Cleaning planning taking into account room usage (no need for daily cleaning in rooms where there is no movement due to absence)
![Prostredi](https://www.iotor.io/wp-content/uploads/2020/11/Snímek-obrazovky-2020-11-05-v-19.31.21.png)
![device-1](https://www.iotor.io/wp-content/uploads/2020/11/device-1.gif)
DEVICES & EQUIPMENT
Efficient equipment maintenance
- Prevention of failures and unplanned downtime thanks to predictive and proactive maintenance based on key parameter monitoring (temperature, vibration, sound, use time)
- Optimize regular maintenance planning based on usage
Monitor and protect your device
- Monitoring the position and movement of equipment (or goods) – I always know where the device is and what it does
- Reaction to unauthorized (position, person) or improper use (speed, temperature…)
Operation optimization
- Analysis of equipment usage to optimize usage and production planning
- Automated re-posting of equipment usage within the company or externally
Production effectiveness (OEE)
- Optimization of production productivity based on automatically obtained input data for OEE via IoT sensors
Call for service and status notification (ANDON)
- Digital form of “traffic light” ANDON for identification of state in production with central overview in digital twin for “Shop floor”
- Possibility of automated summoning of operator / service according to the place and machine where the button was pressed
Inputs for billing (of usage)
- Monitoring the use of equipment according to the operator / order
- Automated distribution of costs for orders or external equipment tenants
ENERGY
Remote energy consumption reading
- Reduced labor and error rate when subtracting energy consumption due to automatic remote reading (water, electricity, heat, gas)
- Support for automated accounting within a company or tenants
- Consumption audit to prove status and history/development
Optimizing energy consumption
- Optimization of energy consumption based on consumption analysis (incl. Control of quarter-hour maximum
- Advanced mutual analysis of space behavior or equipment use and impact on energy consumption
Protection against unauthorized usage
- Detection of anomalies in water, electricity consumption
- Automatic and, above all, timely response or warning of suspicious anomalies – potential unauthorized electricity/water abstraction
Automatic billing
- Automatic energy readings, data transformations and their transmission as basis for reposting or invoicing
Early response to accidents
- Detection of anomalies in water, electricity, gas consumption
- Automatic and above all timely response or warning of suspicious anomalies – possible wiring failure (water leakage), damaged equipment, etc..
![energo](https://www.iotor.io/wp-content/uploads/2020/11/energo.gif)
![Buildings-and-offices-usecase-illustration.png](https://www.iotor.io/wp-content/uploads/2021/05/Buildings-and-offices-usecase-illustration.png.svg)
Buildings, Offices
and Meeting rooms
![](https://www.iotor.io/wp-content/uploads/2021/04/asset-icon.png)
Predictive and reactive maintenance and cleaning for building fabric and contents
![](https://www.iotor.io/wp-content/uploads/2021/04/energy-icon.png)
Lower energy costs (real data, usage dependency, number of people) incl. detection of misuse.
![](https://www.iotor.io/wp-content/uploads/2021/04/environment-icon.png)
Healthier and more productive environments (less fatigue, more concentration, less morbidity)
![](https://www.iotor.io/wp-content/uploads/2021/04/people-icon-1.png)
Monitoring usage and optimizing space based on usage/occupancy analysis.
Production Facilities
![](https://www.iotor.io/wp-content/uploads/2021/04/asset-icon.png)
Predictive and reactive detection of device failures that can disrupt production processes
![](https://www.iotor.io/wp-content/uploads/2021/04/energy-icon.png)
Monitoring, tracking, optimizing and accounting for energy usage across end-to-end production
![](https://www.iotor.io/wp-content/uploads/2021/04/environment-icon.png)
Ensuring an adequate environment for maximizing the work of people and machines
![](https://www.iotor.io/wp-content/uploads/2021/04/people-icon-1.png)
Avoiding concentrations of hazardous substances (including trend and cause analysis)
![Production-facilities](https://www.iotor.io/wp-content/uploads/2021/05/Production-facilities.png)
![warehousing-and-logistics](https://www.iotor.io/wp-content/uploads/2021/05/warehousing-and-logistics.png)
Warehousing and Logistics
![](https://www.iotor.io/wp-content/uploads/2021/04/asset-icon.png)
Control and auditability of condition of goods such as food, medicines or chemicals during storage
![](https://www.iotor.io/wp-content/uploads/2021/04/energy-icon.png)
Reduce operating costs by optimizing heating, cooling and ventilation in a timely manner to minimize energy use
![](https://www.iotor.io/wp-content/uploads/2021/04/environment-icon.png)
Respond to environmental changes or issues in real time based on trends, or current risks.
![](https://www.iotor.io/wp-content/uploads/2021/04/people-icon-1.png)
Increase the productivity of workers by optimizing layouts to minimize unnecessary movement
Server and equipment rooms
![](https://www.iotor.io/wp-content/uploads/2021/04/asset-icon.png)
Protection of equipment against adverse reactions (temperature, fire, flooding, operational limits)
![](https://www.iotor.io/wp-content/uploads/2021/04/energy-icon.png)
Prevention of energy and resource leakage (water, electricity) and optimization of usage
![](https://www.iotor.io/wp-content/uploads/2021/04/environment-icon.png)
Detection of increased concentration of chemicals in the environment to protect health from samples
![](https://www.iotor.io/wp-content/uploads/2021/04/people-icon-1.png)
Healthier and more productive environments (less fatigue, greater concentration, less morbidity)
![Server-and-equipment-rooms](https://www.iotor.io/wp-content/uploads/2021/05/Server-and-equipment-rooms.png)
![warehousing-and-logistics](https://www.iotor.io/wp-content/uploads/2021/05/warehousing-and-logistics.png)
Laboratories
![](https://www.iotor.io/wp-content/uploads/2021/04/asset-icon.png)
Control and auditability of condition of goods such as food, medicines or chemicals during storage
![](https://www.iotor.io/wp-content/uploads/2021/04/energy-icon.png)
Reduce operating costs by optimizing heating, cooling and ventilation in a timely manner to minimize energy use
![](https://www.iotor.io/wp-content/uploads/2021/04/environment-icon.png)
Respond to environmental changes or issues in real time based on trends, or current risks.
![](https://www.iotor.io/wp-content/uploads/2021/04/people-icon-1.png)
Increase the productivity of workers by optimizing layouts to minimize unnecessary movement
Machinery, equipment and technology
![](https://www.iotor.io/wp-content/uploads/2021/04/asset-icon.png)
OEE analysis to increase production productivity with ANDON signalling and predictive maintenance
![](https://www.iotor.io/wp-content/uploads/2021/04/energy-icon.png)
Energy monitoring, protection and distribution to maximize efficiency and cost effectiveness
![](https://www.iotor.io/wp-content/uploads/2021/04/environment-icon.png)
Ensuring adequate operating conditions of the machine by continually adapting environment
![](https://www.iotor.io/wp-content/uploads/2021/04/people-icon-1.png)
Increase the productivity and safety of workers by reducing risk of dangerous breakdowns and unplanned downtime
![assets-and-machinery](https://www.iotor.io/wp-content/uploads/2021/05/assets-and-machinery.png)