IoT devices and smart metering devices for control and monitoring

In the IoT, sensors are used to collect information from various devices: smart bracelets, machine tools, cars. They can measure various physical indicators: from air temperature to infrared radiation levels.

To quickly integrate sensors into the Internet of Things network, you can use cloud platforms that allow you to do without your own servers and transfer data directly to the cloud over secure channels. In addition, such platforms help analyze data collected from sensors and optimize business processes.

Examples of IoT sensors in industry:

• Sensors on equipment and machine tools that collect data about their performance and help prevent breakdowns.
• Climate control systems that analyze temperature and humidity automatically regulate the microclimate in a workshop or warehouse.
• Sensors on products and parts that help with inventory and defect detection.
• Remote control systems for production equipment, for example, remote start of machines.
• Pollution sensors that analyze plant emissions and monitor compliance with environmental standards.
• "Beacons" on transport, which allow you to track cargo in real time.
• Sensors on vehicle systems that help track gasoline consumption, engine wear, refrigerator temperature, and more.

Examples of IoT sensors in everyday life:

• Smart home appliances - kettles, refrigerators, vacuum cleaners.
• Home security systems - electronic locks with an Internet connection, surveillance cameras that notify when a stranger approaches the house.
• Smart home systems - they control the consumption of water and electricity, turn on and off the heating, monitor water and gas leaks.
• Speakers and Docks - connect other smart devices and let you control them with your voice.
• Medical equipment, such as bracelets that track your heart rate and send data to your doctor.

IoT technologies are needed to reduce production costs and avoid losses. Sensors on the equipment will help you know when it's time for maintenance. The climate control system will make sure that the goods do not spoil in the heat. Transport beacons allow you to understand at what time the cargo will be delivered.

And the data that all these IoT devices collect can be loaded into analytics systems to make forecasts and analyze the operation of the entire production.

Smart street lighting. Working Principle

The sensors are installed on a lighting mast equipped with an LED lamp with the ability to smoothly change the luminous flux level..

Measuring instruments communicate with the monitoring center.

The operator through the monitoring center sets and controls scenarios for the behavior of the lighting masts.

We offer both basic and advanced options to equip the smart lighting mast to suit your business needs.

Basic version

• Adaptive lighting
(dimming)
• Flexible control of lighting modes.

Расширенный вариант

• Control and diagnostics of equipment and lamps.
• Lighting control in emergency situations.
• Remote metering of electricity.
• Control and diagnostics of equipment and lamps.
• Monitoring the verticality of the installation of supporting structures.
• Remote monitoring of the state of power supply lines.
• Illumination of billboards
• Formation of a database and reports on energy consumption

Photo of the exhibition version of "smart mast" lighting.

We offer various options for cooperation: both a turnkey solution with a full range of smart lighting mast functionality, and the supply and installation of specialized sensors Smart Lamp Control (dimming), SmartIncline (mast tilt), SmartControl (power consumption), video surveillance, SmartMeteo (monitoring weather).

Any project is accompanied by an analysis of business objectives and the launch of a pilot project to demonstrate the cost effectiveness and capabilities of our solutions.

Monitoring of fill level of dustbins and route optimization of SDW disposal

• Sensor installed in a dustbin transfers data to Monitoring Center. Based on received data the route of each waste collection truck is planned automatically due to fill level of dustbins in the area and trucks, to traffic and routes of other trucks.
• In case of fire outbreak in a dustbin or it is turned over, or it is moved without authorization (theft) an operator is notified.

• Transfers data about fill level of a dustbin, analyzes distance between sensor and waste for measuring exact data.
• Notifies operator in case of turning over, theft (unauthorized moving) or fire outbreak.

• Sets notifications in case of extreme situations (for instance, fire outbreak), manages its frequency about the status of dustbin.
• Analyzes data: speed of filling (by weekdays), frequency of waste disposal; provides data in charts.
• Shows the location of dustbins and its status (fill level, extreme situations) on a map.

• Garbage sensors can be easily integrated with other systems.
• If necessary, a GPS module can be connected to the sensors.
• You can use Yandex.Maps, Goolge.Maps, and other map services.
• Platform Absolute: SmartCloud works with both NB-IoT sensors and sensors of other data transmission technologies.

1. Reduces fuel expenses by optimizing logistics.
2. Increases service quality in waste disposal.
3. Optimizes business-processes.
4. Identifies reasonable amount of dustbins within districts.
5. Calculates the speed of dustbin filling.
6. Anticipates theft of bins.
7. Operator can work and form routes of waste disposal from anywhere in the world with Internet.
8. Simplifies management of the operations within a company.

Smart management of solid waste collection - this is a modern approach to solving the problems of the Digital Housing and Communal Services!

Our solution will help you be effective!

• Utility services
• Any companies having its equipment in risers

The sensor is designed to monitor constantly and detect the acts of hatch opening and moving in the collectors and inside technical premises. Control of the position of hatch covers is contactless. The sensor may be installed below a hatch cover not to interrupt the operations within. In addition, the sensor may be equipped with motion and flooding detectors and another ones. Upon any alarms within hatches sensors transfers a signal into a monitoring system.

The system which receives a signal from sensors displays the place on a map and notifies mobile network operator or under set requirements transfers data to emergency or any authorized services.

• Anti-vandal measures: sensor does require installations on a reverse side of a hatch cover which increases the level of reliability.
• Reliable: contactless detection of hatch cover state.
• Easy to maintain: does not interfere with a passage to the cable well, may be installed bellow well neck.
• Functional: may be equipped with additional sensors: motion, flooding detector, etc.
• Longevity: low level of energy consumption guarantees uninterrupted battery operation.
• Secure: sensor body has IP65 protection. Operating temperature is from -40 to +70°С.

We offer hatch opening sensors SmartHatch:

• Easy to install, fastening does depend on the type of hatch.
• Easy to maintain, no need to adjust locally upon each hatch cover closing.
• High level of reliability and anti-vandal measures.
• Does not interfere with a passage to the cable well. There is no need to change hatch covers.
• Wide functionality range allows to monitor additional engineering systems of a well.

We offer an integrated solution Absolute: SmartCloud to monitor:

• One faulty sensor does not impact on the operation of the system in any way.
• Prompt control under hatch cover state and targeted detection of opening.
• Data collection and visualisation.
• Possible connection of additional sensors and impulse metering devices.
• Relative cheap solution upon turn-key connection.

MORE DETAILS ABOUT THE ABSOLUTE: SMARTCLOUD