REACH is a technology framework designed for development of solutions for consolidating / integrating seemingly heterogeneous requirements in a domain. There are distinct technology and functional groups and based on which the applications are classified into different categories.
| 1 | Aeroponic Control System | |
| Functionalities: Operation of the system according to the process defined and as per schedule, Control water values and water circuits, In case the system is inside a greenhouse, manage the ventilation and air flow, measure temperature of the water, Monitor water level in the tank, video surveillance in case needed, remote monitoring and control… |         |
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| 2 | Aquaponics management system | |
| Functionalities:Operation of the system according to the process defined and as per schedule, Control water values, monitor water PH and oxygen levels, In case the system is inside a greenhouse, manage the ventilation and air flow, measure temperature of the water, Monitor water level in the tank, video surveillance in case needed, remote monitoring and control… |         |
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| 3 | Security Surveillance and Monitoring of Dairy and Poultry Farms | |
| Functionalities: Video surveillance, Two-way audio communication, Making manual or automated announcements, Movement of assets, Manually automatically or starting and stopping water pumps, control water flow, Switching on Lights as per schedule or based on illumination. Intrusion detection, Detect temperature and humidity; based on which operate the ventilation system, Transmit data over wireless mode, remote monitoring and control… |     |
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| 4 | Security Surveillance and Monitoring of Fish farm. | |
| Functionalities: Video surveillance, Two-way audio communication, Making manual or automated announcements, Checking water quality continuously, a Panic switch and a hooter, Movement of assets, Manually/automatically starting and stopping water pumps, control water flow. Monitor the PH and dissolved oxygen in the water, Switch on Lights for the fish as per schedule or based on illumination. Intrusion detection, Transmit data over wireless mode, remote monitoring and control… | |
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| 5 | Groundwater table monitoring | |
| Functionalities: Ground water level measurement can carried out with different types of measurement techniques. In addition to water level, it can measure water temperature, water salinity, etc. The data from the sensor is processed and transmitted as per the communication means available like NBIoT/4G/5G etc. It can also be transmitted to the local device like a mobile phone or specific hardware through BLE or RS485 or a USB or a similar protocol. The power to the installation can be from a battery charged through a solar power source. The system can transmit warnings as the water level beyond a specific level. The system allows hundreds of sensor installations to be networked, collate data, and report. |     |
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| 6 | Home / Office garden management system | |
| Functionalities: There can be several potted plants, vegetable patches, a fountain and lights, etc. in an office or home environment. The system offers to automate the irrigation- either drip or other methods, fertilizer injection, operation of pumps, lights, fountains, etc. It can also monitor the water levels in tanks and enable irrigation based on the climatic conditions for soil moisture condition. One can add on other systems like the quality of power supply monitoring, and intrusion among other things. The system can be controlled through a mobile/web application from anywhere. The system can stand alone or be part of a large network of interconnected systems that can be controlled and monitored from a central location. |   |
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| 7 | Hydroponic management system | |
| Functionalities: Hydroponics is a method of growing plants without soil. There are multiple ways in which hydroponics cultivation can be carried out. In all the cases water needs to be circulated in different ways to feed the roots. If the system is housed inside a greenhouse, the ventilation fans are operated based on the temperature and humidity inside the greenhouse. There can be artificial lighting provided to the plants. One can add on other systems like the quality of power supply monitoring, and intrusion among other things. The system can be controlled through a mobile/web application from anywhere. The system can stand alone or be part of a large network of interconnected systems that can be controlled and monitored from a central location. |      |
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| 8 | Monitor and control of Large Greenhouses | |
| Functionalities: Irrigation control based on soil moisture level, or schedule. Integration of Fertilizer injection system, Greenhouse humidity control system operation, Pump operation, and water low warnings. Pump performance monitoring, Control of water supply through the pipelines, spray controller, Greenhouse temperature and humidity sensing, Oxygen level sensor, Access control, and hooter when the spray is switched on, Local control and remote control… |    |
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| 9 | Monitoring large agriculture farms and their equipment | |
| Functionalities: Large farms can extend over a very large area. Warehouses, irrigation pump houses, reservoirs, farm equipment, etc. are an integral part of a large farm. This system can also include monitoring the fences and intrusion. An integrated monitoring system may be required to have complete control over integration into the farm management system. This system helps the farmer manage activities like irrigation based on soil conditions, injecting fertilizers into the irrigation circuit, and controlling irrigation based on climatic conditions. The Pump House equipment as well as other systems can be monitored for their operating parameters. This indicates the health of equipment and helps in planning maintenance activities. The farm may have its own DG sets and also cold storage facilities. A major difficulty in installing an integrated system on a large farm is the vast area to be covered and the distance between the different installations. The difficulties are compounded due to the lack of availability of mobile communication services. The long-distance communication may be managed using directional Wi-Fi or LoRa or sub-Giga Hz or ZigBee. The WAN communication may be through a 4G /5G connection with redundant communication capability. Detailed monitoring information is available under specific categories like DG set monitoring, electrical panel monitoring, Quality of power monitoring, UPS monitoring, Heavy equipment monitoring, Diary and poultry farm monitoring, etc. |     |
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| 10 | Monitor and control of small Greenhouse management | |
| Functionalities: Many small greenhouses may need automation systems to make them more economical and to bring ease of operation. The installations may be small with only a few hundred or thousands of square feet in area. In addition to irrigation by drip or sprinkler spray or a combination, fertilization may be carried out through the irrigation system with the help of a fertilizer injection pump. It can provide metered injection based on water flow and/or soil moisture level and/or soil nutrient sensor output. The greenhouse may need ventilation based on temperature or humidity. It may also need to have sun control or artificial illumination as the case may be. One can add on other systems like the quality of power supply monitoring, and intrusion among other things. The system can be controlled through a mobile/web application from anywhere. The system can stand alone or be part of a large network of interconnected systems that can be controlled and monitored from a central location. |  |
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| 11 | Water pump and Irrigation management system | |
| Functionalities: Monitor soil moisture condition and switch on the irrigation circuit by switching on the pump. If gravity fed, with pump top up, control the pump operation based on the water level in the tank, Modify the watering schedule according to rain prediction in the area, Control water flow and quantity of water, Pump house door opening and panel warning, people presence in the pump house, measure humidity level, Local control, and remote control… |      |
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| 12 | ATM - Security Surveillance, Energy management, Equipment Operation | |
| Functionalities: Video surveillance, Two-way audio communication, Monitoring movement of equipment / ATM / Cheque drop-box, Intrusion detection, detecting increase in temperature inside the ATM, Glass break and vandalism, air-conditioner operation, Monitor UPS and battery, Operation of air conditioner and schedule-based lighting to conserve energy, Panic switch, Audio message broadcast, management of hundreds of ATMs from a single Remote Monitoring Station… |   |
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| 13 | Bank Branch Monitoring - Security Surveillance, Energy Management, Equipment Operation | |
| Functionalities: Video surveillance, Two-way audio communication, Monitoring movement of machines or assets, Intrusion into secure areas, Monitoring the health of UPS and batteries, Multiple panic switches, Employee attendance, Monitoring quality of electrical power supply, Fire detection, and Energy utilization management. Safe access monitoring, Play branch-specific audio/video ads, Automatic switching of lights and A/Cs, Monitoring the emergency DG sets… |     |
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| 14 | Bank Safe - Access control, Lock-in detection, Human presence detection, Water seepage | |
| Functionalities: Access control, Detection of intrusion, Lock-in-Panic switch, Human movement sensing and raising alerts if exceeds preset duration, Emergency switch, Audio message broadcast without listening in, Monitor temperature and humidity, Pressure sensitive sensors to detect movement inside the safe area, Detect water seepage, Safe opening warning, Number of times the safe door is opened and duration safe door is kept open. And alert if exceeds predefined limits … |     |
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| 15 | NBFC Branches system – Security Surveillance, Safe monitoring, Equipment Monitoring | |
| Functionalities: Video surveillance, Two-way audio communication, Movement of assets, Access control, Detection of intrusion, Panic switch, Audio message broadcast, Lighting control, Safe opening warning, Number of times the safe door is opened, and duration the safe door is kept open. And alert if exceeds predefined limits. Monitor the health of UPS. Fire detection. Transmission of data in real-time by 4G. |    |
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| 16 | Chain of offices - Security Surveillance, Intrusion, Fire detection, People Counting | |
| Functionalities: Video surveillance, Two-way audio communication, Panic switch to intimate emergency, Detect people’s presence, People counting is specific areas, Monitor electrical power availability, Automatically operating lights and detecting light malfunctioning, Monitoring and control of air conditioning, UPS and battery monitoring, DG sets, Employee attendance, Fire, and smoke sensing and alerts, Raise and escalate the alerts as per rules defined, Centralized monitoring… | |
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| 17 | Security Surveillance and Monitoring of Department stores | |
| Functionalities: A department store is a large establishment with a significantly large inventory. They may also have heated containers or freezers where items are stored. These are susceptible to being left open or malfunctioning. The stores may have an office space, display boards, warehouse, air-conditioning plant, parking area, and several pieces of equipment where security and access need to be monitored and controlled. These are vulnerable to security issues and are to be monitored for equipment usage, energy efficiency, and customer traffic. Conditions vary between working and non-working hours. The degree of security challenges can also vary. Emergencies need to be coordinated with multiple agencies. As this is a security surveillance system, only wired communication like RS485 or Ethernet or a combination is recommended. However, if that is not possible a wireless mode – Sub Giga Hz/ ZigBee communication is suggested. The WAN communication may be through a dual 4G connection with redundant communication capability. |     |
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| 18 | Monitor and control of distributed Freezers | |
| Functionalities: Freezers are commonplace equipment in almost every shop that stores food items at specified temperatures. This equipment is used by customers who may leave the door open which can result in food items being spoiled. The system monitors the freezer temperature, the closure of doors, the condition of the compressor, and the power supply. In case of unacceptable deviations, automatically raise appropriate alerts to rectify the issue. The system can be controlled through a mobile/web application from anywhere. The system can stand alone or be part of a large network of interconnected systems that can be controlled and monitored from a central location. |     |
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| 19 | Monitoring and Control of Cold Chains with Deep Freezers | |
| Functionalities: Temperature measurements in multiple points in the freezer, Freezer openings and duration of it being kept open, Emergency alarm and panic button inside the freezer, Water seepage inside the freezer or outside, Detect people’s presence inside the freezer, Monitor the availability and quality of electric power, Monitor performance and loading of cooling compressor/system, Raise alerts based on rules in real-time to external authorized persons, Centralized monitoring… |     |
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| 20 | Ware houses - Security Surveillance, Access Control, Energy Management, Logistics | |
| Functionalities: Video surveillance, Two-way audio communication, monitoring break-ins and raising alerts, Movement of assets, Access control, Detection of intrusion, Emergency switch, Audio message broadcast, Monitoring temperature and humidity, Detect water seepage, Monitoring harmful gases to understand petrification, Lighting control, Detect stack height or width changes using AI, Lorry movement monitoring, Transmit data over wireless mode, Remote monitoring and control… |        |
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| 21 | Security Surveillance and Monitoring of Restaurants | |
| Functionalities: The system would enhance the operational efficiency and security of the installation of an individual or a chain of restaurantsIn addition to security monitoring, the system can monitor equipment usage, energy efficiency, and customer traffic. This needs to be round the clock with varying conditions between the working and non-working hours. The degree of security challenges can also vary. Emergencies need to be coordinated with multiple agencies. As this is a security surveillance system, only wired communication like RS485 or Ethernet or a combination is recommended. However, if that is not possible a wireless mode – Sub Giga Hz communication is suggested. The WAN communication may be through a dual 4G connection with redundant communication capability. |     |
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| 22 | Security Surveillance and Monitoring Installations at a Fuel Station (Petrol Pump) | |
| Functionalities: Installations need to use Explosion proof fittings as required. The system facilitates Video surveillance and two-way audio communication, Make manual or automated announcements, Monitor the fuel level in the fuel tanks, Monitor the working of the petrol pumps by measuring the load it takes, Monitor the power availability and its quality, Monitor the number of air fillings for tires, control the switching of lights using a schedule or illumination level, Transmit data over wireless mode, remote monitoring and control from Remote Centralised Monitoring Station… |   |
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| 23 | Security Surveillance and Monitoring of Railway Stations and Railway Yards | |
| Functionalities: Video surveillance, Making manual or automated announcements at multiple points, Listening in to sounds at multiple points, Generate video analytics and video camera-based alerts, Panic switch to intimate emergency, Manually sound hooter at multiple points, Detect people’s presence, Monitor electrical power availability to lighting/power panels, Automatically / manually operate floodlights, centralized monitoring and control with remote /mobile monitoring facility … |    |
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| 24 | DG Set monitoring | |
| Functionalities: Monitor the incoming voltage, its availability, Voltage swell and sag, Voltage surge, and Harmonics, And correlate them to understand the quality of power. Monitor the total energy generated, power factor, frequency, current and voltage, output from the generator, detect over loading and loading pattern, measure temperature at multiple points on the generator/engine, detect excessive vibration, measure fuel consumption and fuel top-up condition, correlate fuel consumption to the power generated, Check the condition of starting battery and charging… |    |
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| 25 | DG Set power distribution monitoring for billing | |
| Functionalities: Monitoring the energy consumption in each of the circuits, Monitor the quality of incoming power, Monitor both single-phase and three-phase circuits, Monitor the current consumption, Peak load, Load over time, Power factor in each circuit, Consumption pattern for billing requirement, Remote access of the values for respective users, Set alerts on over consumption, Set alerts of limits of consumption, View historical data, Centralized monitoring as required… |  |
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| 26 | Electrical device performance monitoring | |
| Functionalities: In almost every installation, there may be an electrical drive that provides the motion. The performance of the drive also reflects the mode of operation of the equipment it is driving. An example is the indication of the loading of a machine based on the current consumed by the drive motor and the correlation can be carried out to determine the loading conditions over a period. Monitoring the data over a long period indicates the deterioration of the machine and the need for maintenance. The vibration level gives us information on the need for maintenance. The frequency of vibration gives an idea about the defective component. Normally, the drive load current, voltage, vibration, and surface temperature are monitored to understand the drive’s health and condition of service. The system can be controlled through a mobile/web application from anywhere. The system can stand alone or be part of a large network of interconnected systems that can be controlled and monitored from a central location. |       |
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| 27 | Electrical Panel Board Monitoring | |
| Functionalities: Monitor energy utilization of multiple circuits, Detect gradual over load and study historical behaviour, Monitor bus bar temperature. Monitor temperature at different points in the panel board, Monitor the vibration level in the panel board. Measure the input and output power from the UPS- single phase or three phase as installed, Variations in charging current in correlation with terminal voltage to understand the health of the batteries and need for maintenance. Monitor the battery terminal voltage and infer the charging, discharging, and floating conditions, , Monitor water seepage and human intrusion … |      |
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| 28 | Furnace monitoring with multi-point RTD 3-wire/4 wire temperature monitoring | |
| Functionalities: Monitoring furnaces is a very critical application as this can give an idea about the energy consumption of the furnace and opportunities for improving addition to safety aspects. The temperature at different points needs to be monitored, for example, the flame temperature, flue gas temperature, Steam temperature/temperature of the material being heated, etc. Each of these may need different types of sensors and different modes of measurement. Input voltage and current are monitored. The airflow for gas/diesel burner-type furnaces should be monitored to understand the efficacy of the combustion process. The vibration measurement will indicate the deterioration of the system or any maintenance requirement. The correlation of the load current to temperature can give indications about maintenance requirements in electric furnaces. Additional sensors and functionalities can be added on as per the requirement of the customer. The system can be accessed through a mobile/web application from anywhere by authorized users. The system can stand alone or be part of a large network of interconnected systems that can be controlled and monitored from a central location. |     |
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| 29 | Integrated Factory Monitoring System | |
| Functionalities: A complete system integrating multiple seemingly dissimilar systems into a single entity and monitoring multiples of such locations from single or multiple remote monitoring stations. Video surveillance, Two-way audio communication, Monitoring movement of machines or assets, Intrusion into secure areas, Machine operation monitoring, Machine performance deviations analysis, and alerts, Monitoring the health of UPS and batteries, Panic switch, Employee attendance, Electrical panel board monitoring, Fire detection and intimation, Energy utilization management… |      |
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| 30 | Machine performance monitoring | |
| Functionalities: To sustain the operation of a machine at an optimum level, various parameters of the machine need to be monitored to ascertain that the machine is in perfect health to deliver its intent. A machine may have several electrical drives, hydraulic or lubrication pumps, conveyors, mechanical drives, hydraulic systems, etc. It is necessary to monitor the quality of power to the machine, current consumption, vibration levels, oil pressure, oil level, speed of rotation, etc. to determine the health of the machine. The current consumption by motors and the vibration levels can indicate the operating condition/mode of the machine. The correlation of the values over a period can give the rate of deterioration and the need for maintenance. The vibration level also gives us information on the need for maintenance. The frequency of vibration gives an idea about the defective component. The system can be controlled through a mobile/web application from anywhere. The system can stand alone or be part of a large network of interconnected systems that can be controlled and monitored from a central location. This note shows a generic view. Detailed monitoring information is available under specific categories like electrical panel monitoring, and UPS monitoring. | |
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| 31 | Manufacturing machine performance monitoring | |
| Functionalities: Measure and correlate energy consumption and equipment performance, Remote operation of equipment and status monitoring, Local manual over ride function, detect machine performance details like idling, fully or partially loaded, and raise appropriate reports, Correlate the machine load, vibration level, and operating temperature to its health and need for maintenance, Correlate the parameters and the production status … |  |
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| 32 | Security Surveillance and Monitoring of the Mining Industry | |
| Functionalities: A mining industry system is an integrated system that has multiple individual varied systems. The mining industry requires a security surveillance system with video, audio, and sensor-based surveillance. Monitor the equipment and installations to ensure the continuity of production and also plan the maintenance requirements. The operational data can be used for understanding the deterioration of a machine and help in planning replacement or refurbishment. This data can also be used for adding the maintenance personnel to understand the behavior of the machine just before the breakdown.The Mining industry may be required to have explosion-proof fittings at the appropriate locations. The specific type of protocols for communication need also to be implemented as per the safety precautions. The voltages used in the control system and the current limits are to be enforced to ensure safety in the most hazardous situations experienced in a mine. The locations in the mines can be significantly far and hence multiple systems integrated through a centralized monitoring system can also be implemented. The data can be communicated to the central system using NBIoT, 4G, or other wireless means based on the volume of data transfer. REACH can integrate any industry-standard components with ease. In case non-standard components are to be used, appropriate custom development of the API can be undertaken. The system needs to be in round-the-clock operation with varying conditions between the working and non-working hours for specific modules. The degree of security and operational challenges can vary according to the location of the mine.Emergencies need to be coordinated with multiple agencies. All these and more can be achieved by REACH. Both wired and wireless communication like RS485 or Ethernet or Wi-Fi, or sub-Giga Hz or ZigBee or LoRa or a combination is recommended. The WAN communication may be through a dual 4G connection with redundant communication capability. This note shows a generic view. Detailed monitoring information is available under specific categories like substation monitoring, electrical panel monitoring, UPS monitoring, DG Set monitoring, Machine monitoring, etc. |   |
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| 33 | Security Surveillance and Monitoring of Irrigation Dams | |
| Functionalities: Video surveillance, Two-way audio communication, Integrated monitoring systems installed far apart – like hundreds of meters apart, Audio warning on intrusion, Audio announcement or hooter on water release at the dam site and also at downstream or canal locations away from the dam, Monitoring access to forbidden areas, Monitoring quality/ availability of power, Sluice gate operation, Water level indication, Water flow measurement, Seismic monitoring, Transmit data over wireless mode, remote monitoring and control… |   |
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| 34 | Security Surveillance and Monitoring Installation in a Dam site and an Integrated Dam Monitoring Station | |
| Functionalities: Video surveillance, Two-way audio communication, Automatic audio warning on intrusion, Integrate monitoring systems installed far apart – like hundreds of meters apart, audio warning on intrusion, Audio announcement or hooter on water release at the dam site and also at downstream or canal locations away from the dam, People presence /counting on dam top and other areas, Monitoring access to forbidden areas like Monitoring people presence in gallery and duration of presence, Monitoring quality/ availability of power, Sluice gate operation, Water level indication, Water flow measurement, Seismic monitoring, Transmit data over wireless mode, remote monitoring and control from Remote Centralised Monitoring Station… | |
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| 35 | Security Surveillance and Monitoring Micro/Mini Hydel Dams | |
| Functionalities: Video surveillance, Two-way audio communication, Integrate monitoring systems installed far apart, Audio warning on intrusion, Audio announcement or hooter on water release at dam site, Monitoring access to forbidden areas, Monitoring quality/ availability of power, Sluice gate operation, Water level indication, Water flow measurement, Electrical panel board monitoring, Transmit data over wireless mode, Remote monitoring, and control… |  |
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| 360 | Security Surveillance and Monitoring of Shipyards | |
| Functionalities: Video and Audio surveillance, making manual or automated announcements at multiple points, Access point entry monitoring with vehicle counting and vehicle number plate recognition. Generate video analytics and video camera-based alerts, Panic switch to intimate emergency, Manually sound hooter at multiple points, Detect people’s presence, Intrusion detection and detecting movement of assets, Monitor electrical power availability to lighting/power panels, Automatically / manually operate floodlights, centralized or mobile monitoring and control with remote /mobile monitoring facility … | |
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| 36 | Security Surveillance and Monitoring of Diesel Power generation stations | |
| Functionalities: The major equipment is the generators with Gas turbines or diesel engines coupled to them, a cooling water system, an electrical substation, and a load dispatch centre. Security surveillance may include access to the generating station, securing the periphery, intrusion detection, vandalism detection, etc. The equipment monitoring system includes sensors that can measure temperatures at various points on the machines, vibration levels, water level in the cooling tanks, and current consumption by various machines like lubrication oil pump or cooling water pump, oil pressure, etc. These indicate the performance levels of the system. The illumination levels and the lack of it also may be monitored. Water ingress should also be monitored for the panel boards. The water level on the ground may be monitored in case there is a possibility of flooding. The data communication may use RS485 or Ethernet or Wi-Fi or sub-Giga Hz or ZigBee. The WAN communication may be through a dual 4G connection with redundant communication capability. This note shows a generic view. Detailed monitoring information is available under specific categories like DG set monitoring, electrical panel monitoring, Quality of power monitoring, UPS monitoring, etc. | |
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| 37 | Distributed small wind turbine monitoring | |
| Functionalities: Small power wind turbines require proper maintenance for efficient operation. These installations are mostly at homes and offices where the expertise to monitor them does not normally exist. Third-party maintenance personnel need to be informed about the condition of the installation in advance so that they come prepared to carry out the required activities to make the panels fully functional. The following aspects of the wind turbine are monitored. 1. Generated voltage - This can be AC or DC based on the generator design 2. Generated current – This can be AC or DC 3. Vibration level 4. Wind direction and speed if required 5. Shock detection 6. Output AC voltage of the inverter/controller which connects to the main power supply The system can be controlled through a mobile/web application from anywhere. The system can stand alone or be part of a large network of interconnected systems that can be controlled and monitored from a central location. |
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| 38 | Distribution transformer monitoring | |
| Functionalities: LT voltage, current, and energy measurement. Correlation with connected load and the billed load to the transformer. Monitoring the temperature at various points on the transformer and other switchgear. Power factor measurement and indicate corrective action, Video surveillance as required, Transformer vibration monitoring, Detect if the transformer is switched off, Detect movement of equipment, Transmission of data in real-time through 4G, Centralized monitoring and control… | |
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| 39 | Electrical Substations - Security Surveillance, Access Control, Equipment Operation | |
| Functionalities: Bus bar temperature sensing, Measure temperature at multiple points and correlate, Monitoring the vibration levels and its changes according to load for transformers and other assets, Video surveillance, Two-way audio communication, Monitoring movement of critical assets, Access control to critical areas, Intrusion into secure areas, Health of UPS and batteries, Multiple panic switches, Employee attendance, Fire detection, Remote operation monitoring/permissions to operate… | |
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| 40 | Power system monitoring. | |
| Functionalities: The system is for monitoring the behaviour of the power system, quality of power supply, and utilization. This is for a three-phase power supply system. The unit is connected to the Mains supply electrical panel and the power parameters are measured and sent to the appropriate system. The data is stored locally as required. The power for this module is scavenged from the mains. Heartbeat lets the system know about the live status. The system can be controlled through a mobile/web application from anywhere by authorized users. The system can stand alone or be part of a large network of interconnected systems that can be controlled and monitored from a central location. | |
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| 41 | Quality of Power Supply – single-phase | |
| Functionalities: The system is for monitoring the quality of power – a single-phase power supply. The unit is connected to the Mains supply electrical panel and the power parameters are measured and sent to the appropriate system. The data is stored locally as required. The power for this module is scavenged from the mains. Heartbeat lets the system know about the live status. The system can be controlled through a mobile/web application from anywhere by authorized users. The system can stand alone or be part of a large network of interconnected systems that can be controlled and monitored from a central location. | |
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| 42 | Quality of power Supply – three phases | |
| Functionalities: The system is for monitoring the quality of power – a three-phase power supply. The unit is connected to the Mains supply electrical panel and the power parameters are measured and sent to the appropriate system. The data is stored locally as required. The power for this module is scavenged from the mains. Heartbeat lets the system know about the live status. The system can be controlled through a mobile/web application from anywhere by authorized users. The system can stand alone or be part of a large network of interconnected systems that can be controlled and monitored from a central location. | |
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| 43 | UPS monitoring system - single-phase | |
| Functionalities: UPS monitoring system monitors input power and output power. It also monitors the battery parameters like changing current, and battery terminal voltage for individual batteries or a bank. Individual battery temperature can also be measured in case required, otherwise, the temperature of the room will indicate the prevailing condition. The control system can also be used to measure the toxic gas content in the room which is essential to prevent explosion in battery rooms. The exhaust fan can be automatically switched accordingly.The input voltage indicates the quality of power. In case required, the input and output power can be measured to indicate the efficiency and the need for maintenance of the system. In addition, the output frequency and voltage indicate the quality of power from the UPS.The control panel is open-ended and can be designed according to requirements from simple monitoring to monitoring score parameters. | |
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| 44 | UPS monitoring system - three-phase | |
| Functionalities: Normally, three-phase UPS is used for critical applications in factories or other establishments. It is centered on monitoring the quality of input power, output power, battery bank, individual batteries, and the battery room. The quality of input power is measured using a three-phase energy meter with multiple parameter measurement capability. The input voltage, current, power factor, voltage swell/sag, transients, harmonics, and frequency. The phase sequence can also be monitored. The same can be repeated to ensure the quality of output power from the UPS. This is critical as the machine to which the power is provided by the UPS is normally very critical.In addition, the battery terminal voltage or the DC voltage at individual banks can be measured. In addition, the DC charging current is also measured. The direction of which shall indicate the charging and discharging cycles and their efficiency. The temperature of individual batteries or that of the battery room is also critical for preventing any fire hazard. The control panel can also have control of the exhaust system for the battery room along with gas sensors as required. | |
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| 46 | Security Surveillance and Monitoring of Libraries | |
| Functionalities: Libraries are fairly large areas with multiple rooms. Each room can contain several racks where the books are kept and also tables and chairs for people to sit and read. Temperature rise and fire detection are primary concerns in a library. Vandalism and loud conversations also need to be detected and alerts need to be issued. This calls for extensive audio surveillance systems. Video cameras may not be able to reach and detect these at every corner of the library. Nowadays books have RFID-based identification. This can be used for identifying the rack to which the book belongs and also to understand the misplacement of books. There can be HVAC systems and DG sets for the library. The illumination levels and the lack of it also may be monitored. Water ingress should also be monitored at vulnerable locations in the library. Most of the large libraries are housed in old-fashioned structures which may not facilitate hard wiring for the monitoring devices. Hence the sensors, audio devices, and cameras need to be as less intrusive and must have wireless communication as possible. The WAN communication may be through a dual 4G connection with redundant communication capability. This note shows a generic view. Detailed monitoring information is available under specific categories like DG set monitoring, electrical panel monitoring, Quality of power monitoring, UPS monitoring, etc. | |
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| 47 | Monitoring Distributed Solar panel Installations | |
| Functionalities: Monitoring the panel is subjected to vibration or banging, Detecting people’s presence near the panels, Detecting water seepage in the region, and measuring the current output from the solar panel and the terminal voltage to determine the need for cleaning of the panel. If a battery pack is present, monitor its performance, Raise suitable alerts to fix the issues detected, Centralized Monitoring and escalation of alerts … | |
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| 48 | Monitoring Mobile Towers | |
| Functionalities: Video surveillance, Two-way audio communication, Making manual or automated announcements, Monitoring diesel generator set, Monitor Diesel level, Detecting water ingress, Panic switch and a hooter, Movement of assets, People presence detection, Power availability. UPS and battery status monitoring, Transmitting external input data, Transmitting data through 4G gateway, Centralized monitoring… | |
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| 49 | Solar Panel Farms - Security Surveillance, Monitoring Vandalism, Solar Panel Health Monitoring | |
| Functionalities: Video surveillance, Two-way audio communication, Making manual or automated announcements, Movement of assets, Panic switch to intimate emergency, Hooter, Detect vandalism, detecting excessive vibration or shock in a panel, Measure energy output from various circuits, correlating the values and determining service requirements, Transmit data over Wi-Fi or Sub Giga Hz Mesh with 4G WAN gateway… | |
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| 50 | Wind Mill Farms - Security Surveillance, Equipment Health Monitoring, Intrusion | |
| Functionalities: Video surveillance, Two-way audio communication, Making manual or automated announcements, Panic switch and a hooter, Detect movement of assets, People presence detection, Power availability, Equipment operational status monitoring, Transmit inputs from condition monitoring, Electrical panel board monitoring, Transmit data through 4G gateway for centralized and mobile monitoring… | |
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| 51 | Security Surveillance and Monitoring of Museums and exhibition halls | |
| Functionalities: Museums and exhibition halls are high-security areas where the assets are to be monitored automatically round the clock. There need to be multiple modes of security monitoring of an asset based on its value. There can be several sensors that would guard a single asset. Hence, the number of sensors in Museums and exhibition halls can run to thousands. The degree of alertness can also vary according to the asset. The breach of security protocols needs to initiate several actions like sounding the alarm, closing the doors automatically, intimating the appropriate security agency, etc. In addition, the power supply needs to be ensured and any tampering should allow automatic switching over to another system. The sensors also need to be redundant and be connected to multiple sensing circuits which in turn are connected to different processing units. The number of sensors, degree of separation and compartmentalization, action protocol, etc. depends on the degree of security required for the asset. And all assets need not have the same security protocol. Cameras can be used to track visitors and identify those using AI algorithms as required. The loss of sensor communication shall also be treated as an alert. There can be HVAC systems and DG sets. The illumination levels and the lack of it also may be monitored. Water ingress should also be monitored at vulnerable locations. The sensors, audio devices, and cameras need to be less intrusive and hidden as much as possible.The WAN communication may be through a dual 4G connection with redundant communication capability. This note shows a generic view. Detailed monitoring information is available under specific categories like DG set monitoring, electrical panel monitoring, Quality of power monitoring, UPS monitoring, etc. | |
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| 52 | Office Complex - Security Surveillance, Emergency intimation, Access control, Energy management | |
| Functionalities: Video surveillance, Two-way audio communication, Panic switch to intimate emergency, Detect people presence, Integrated access control at multiple points, Monitor electrical power availability, Automatically operate lights and detect light malfunctioning, Automatically operate water pumps, Monitor UPS and battery, Manage emergency generator, Manage parking, Transmit data by 4G … | |
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| 53 | Periphery Monitoring System | |
| Functionalities: This system is meant to secure the periphery of an installation. The system provides one or more wires through which a high voltage is passed periodically. This is designed to inflict a painful shock on the animals when it come in contact with wire on the fence. It is a high voltage low current system that is designed not to be fatal for large animals and human beings. The voltage depends on the type of animals that are to be guarded against. If it is large very large animals like elephants, the voltage will be higher compared to enclosing the cows. The system also provides if necessary an audio device that can make hooting sounds if any breach is detected. The point of breach cannot be pinpointed as of a date; however, development is on to find a solution to this issue. The system can cover a large area but it is desirable to cover about 5000 feet or less for each installation. The station can be repeated to cover a larger area. The system can be switched On and Off from the remote. The system can be driven using a battery that is charged by a solar charger. The system monitors the solar panel and batteries for proper functioning. The system can be part of a large network of interconnected systems that can be controlled and monitored from a central location. | |
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| 54 | Surveillance and monitoring of Temple or places of worship | |
| Functionalities: Video surveillance, Making manual or automated announcements at multiple points, Listening in to sounds at multiple points, Panic switch to intimate emergency, Manually sound hooter at multiple points, Detect people’s presence and generate alerts based on schedule, Access control, Asset movement, Unauthorized opening of assets/doors, Monitor electrical power availability to lighting/power panels, Operate flood lights, Remote centralized or mobile monitoring and control … | |
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| 55 | Security Surveillance and Monitoring of Police Stations | |
| Functionalities: Video surveillance, Two-way audio communication, Making manual or automated announcements, Panic switch and a hooter, Detect movement of assets, Access control to gunnery and record rooms, People presence detection in and around the police station, UPS and battery monitoring, Detect power availability, Solar based power supply for the system, Transmit data over wireless mode, remote monitoring and control from Remote Centralised Monitoring Station… | |
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| 56 | Security Surveillance and Monitoring of Public Spaces | |
| Functionalities: Public spaces are very large areas that need security surveillance. These areas can be monitored through video and audio surveillance methods. These inputs can be suitably processed using AI-based algorithms to derive appropriate intelligence. This application may need the extensive use of pan, tilt, and zoom cameras to cover a larger area with minimum devices. There can be emergency communication stations that can facilitate intimation of the condition and request appropriate help. The Remote Monitoring Station (RMS) operator can use PTZ cameras to zoom in on the troubled spots to detect the issues. There can be audio surveillance too to listen to the sounds at the locations and use the AI to analyze the sounds to detect issues. Emergencies need to be coordinated with appropriate agencies. All these and more can be achieved by REACH. This security surveillance system can use wired communication like Ethernet or Wi-Fi. The WAN communication may be through a dual 4G connection with redundant communication capability. | |
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| 57 | Security Surveillance, Access Control, and Asset Operation of Residential Complexes | |
| Functionalities: Video surveillance, Making manual or automated announcements, Listening in to sounds, Panic switch, Manually sound hooter, Detecting people’s presence, Intrusion Detection, Access control, Asset movement, Unauthorized opening of assets/doors, Monitoring electrical power availability to lighting/power panels, Monitor UPS and battery, Operate water pumps, Operate flood lights around the residence, Operate devices from a remote location or automatically tied to the GPS position of a person/s. The system is functional even if not connected to the internet… | |
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| 58 | Surveillance, Access Control, and Monitoring of Schools and Colleges | |
| Functionalities: Video surveillance with unlimited cameras, Two-way audio communication facility for authorized personnel, Student and teacher attendance, Panic switch to intimate emergency, Generate video analytics and video camera-based alerts, Monitor electrical power, Automatically operate street lights and detect malfunctioning, Automatic water supply system operation, centralized monitoring and control with remote /mobile monitoring facility … | |
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| 59 | Surveillance and Monitoring of Tollgates and Highways | |
| Functionalities: Video surveillance, Two-way audio communication and audio surveillance, Panic switch, Sound hooter, Asset movement, Unauthorized opening of assets/doors, Monitor electrical power availability, Monitor UPS and battery, Vehicle counting, Number plate recognition, Operating flood lights, Transmit externally input data, Transmit data through 4 G gateway … | |
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| 60 | Surveillance and Monitoring of Water supply installations | |
| Functionalities: A Public Water supply system is meant for the collection, storage, treatment, and distribution of water to a community. These installations need to have security and event monitoring for proper functioning to deliver safe drinking water to their consumers. This generally consists of several tanks, piping, and pumps in addition to specific equipment for water purification and treatment.Video and audio surveillance systems can be effective in detecting and warding off miscreants and intruders in the installation. There can be several sensors that can detect intrusion, water flow, water level, the health of machines, etc. Periphery intrusion is also necessary. The equipment performance can be monitored by measuring the current / energy consumption, the vibration level, and the temperature. The measured parameters when correlated over some time can indicate deterioration. The quality of the power supply is critical as it can provide insight into the quality of power, phase sequence indicator, and loss of phase. There can be HVAC systems and DG sets. The illumination levels and the lack of it also may be monitored. Water ingress should also be monitored for the panel boards. The data communication may use RS485 or Ethernet or Wi-Fi or sub-Giga Hz or ZigBee. The WAN communication may be through a dual 4G connection with redundant communication capability. This note shows a generic view. Detailed monitoring information is available under specific categories like DG set monitoring, electrical panel monitoring, Quality of power monitoring, UPS monitoring, etc. | |
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| 61 | Access Control and Vehicle/Goods Movement Monitoring | |
| Functionalities: Multi-factor authentication for access control – RFID / Finger print/ Numeric key pad / Face recognition, Dynamic numeric key-based authentication, Record data and time of entry and leaving the premise, Integrate multiple access points in a location or multiple locations, Central management of access and authentication. Capture vehicle identification, Driver information, Arrival and departure details, Entry gate / Shutter monitoring, Capture driver and vehicle photos … | |
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| 62 | Large item transportation monitoring | |
| Functionalities: One of the significant issues in transporting very large items over a distance is to track the item and the conditions the items undergo including the shock and impacts it undergoes during transportation. It is also necessary to monitor water Ingress, loss of pressure, and other parameters specific to the item. The transportation is tracked continuously and the status is reported in real-time. In case the item is temporarily stored or halted, still, the item is still monitored for its safety and health parameters. Geofencing or fixing the route the asset needs to take from going from one point to another can be verified and appropriate alerts can be generated if it deviates from the set route or goes out of the geofence. The system can be powered from the battery of the vehicle or have an independent power supply that may be charged using solar panels.In addition to sending the data to the Central location for monitoring, this is also stored in the local system for retrieval in case required. Additional functionalities can be added as per the requirement of the customer. The system can be controlled through a mobile/web application from anywhere by authorized users. The system can stand alone or be part of a large network of interconnected systems that can be controlled and monitored from a central location. | |
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| 63 | Mobile asset monitoring - tracking of hand-carried assets | |
| Functionalities: GPS-based asset box tracking, Detect the location of box opening, Box movement, and where it has become stationary beyond a specific duration. Tracking the person or persons who is/are carrying the box. GPS-based tracking of the location and traverse of the movement of the vehicle carrying the asset, Detect the arrival and departure from a predefined point, Creating a geofence and raising alerts if the vehicle enters or leaves an area as per the defined rule, Tracking multiple vehicles at the same time, Detect if the vehicle is stationary or moving, Monitor engine running conditions, Have video and audio monitoring of the happening inside and around the vehicle. Store data and play back the traverse of the vehicle at a later date, Raise and escalate the alerts as per rules defined, Centralized monitoring… | |
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| 64 | Monitoring of heavy-duty mobile equipment | |
| Functionalities: Earthmovers, bulldozers, JCBs, and such machines can be classified as heavy-duty mobile which are used for multiple purposes and move from place to place. It will be necessary for the owners of such equipment to monitor these for its location, activities it is engaged in, the condition of the engine, and other parameters. These parameters are required for understanding the condition of the machine and also the requirement of maintenance. This activity can extend the life of the equipment and also understand its use or abuse. The GPS tracker can send the location information. Surveillance video cameras can be used to observe the surroundings by which one can know about their use. The sensors can detect the engine condition and other parameters. The sensors and actuators communicate using CAN protocol and the video and audio through Ethernet protocol. The WAN communication may be through a dual 4G connection with or without redundant communication. | |
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| 65 | Security Monitoring inside transport vehicles | |
| Functionalities: GPS-enabled module installed in the Cash chest being transported, Video surveillance and Two-way audio surveillance inside and outer periphery of the van transporting the cash chest. Tracking the movement of the vehicle, Access control to the currency chest, Detection of the opening of the currency chest at a location other than designated, Panic switch in the van and with personnel accompanying the chest, Tracking the movement of the personnel accompanying, Fire detection in the vehicle, Transmission of data in real-time… | |
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| 66 | Security Surveillance and Monitoring of Security vehicles | |
| Functionalities: Security vehicle is used for transporting High-value items from one location to another. These are armored vehicles, with GPS tracking and other security features. Normally, the people who travel in these vehicles carry firearms to protect themselves and the cargo they transport. These vehicles may have video, audio, and sensor-based surveillance on a real-time basis from a central location. The information can also be passed on to another vehicle that may be following the one that is under monitoring as a backup. It is very important that the monitoring has to be in real-time. Any unacceptable deviations need to be reported immediately. Hence the system has to be extremely responsive and the procedure for managing eventualities should be well laid out with the monitoring personnel well-trained to execute these procedures. The communication between the vehicle and the monitoring unit should never be broken and hence shall have multiple modes of communication. The data communication may be from multiple 4G/5G service providers and one can back up emergency communication through VHF sets. The surveillance video cameras can be both inside the van as well as outside for observing the surroundings. The data can be recorded in the cameras as well as in the local disk with a backup at the monitoring station.The sensors and actuators communicate using CAN protocol and the video and audio through Ethernet protocol. The WAN communication may be through a dual 4G connection with redundant communication capability. | |
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| 67 | Tracking Containers | |
| Functionalities: Containers are used for transporting a variety of cargo across multiple countries. Many times the container contains high-value/critical items or perishables that need to be monitored in several aspects including tracking and handling of the container. The following parameters may be monitored 1. Shocks and handling impacts 2. The temperature inside the container 3. Water ingress into the container 4. Loss of pressure of enclosures 5. Container door opening 6. Any other parameter based on the customer’s requirements The geo-tracking of the container is carried out continuously at a scheduled interval or as per rules. The tracking data along with other parameters that are monitored are stored locally and are transmitted as soon as connectivity is available or as per schedule. Alerts on breaches of set parameters are shown in the interface at the central monitoring station and also in the mobile app of the authorized person. The system is powered by a battery of adequate capacity to last over a few months. The status of the battery is also monitored. Geofencing or fixing the route the asset needs to take from going from one point to another can be verified and appropriate alerts can be generated if it deviates from the set route or goes out of the geofence. Additional functionalities can be added as per the requirement of the customer. The system can be accessed through a mobile/web application from anywhere by authorized users. The system can stand alone or be part of a large network of interconnected systems that can be controlled and monitored from a central location. |
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| 68 | Tracking of heavy machinery and monitoring its Operation | |
| Functionalities: Earthmovers, bulldozers, JCBs, and such machines can be classified as heavy-duty mobile which are used for multiple purposes and move from place to place. It will be necessary for the owners of such equipment to monitor these for its location, activities it is engaged in, the condition of the engine, and other parameters.These parameters are required for understanding the condition of the machine and also the requirement of maintenance. This activity can extend the life of the equipment and also understand its use or abuse. The GPS tracker can send the location information. Surveillance video cameras can be used to observe the surroundings by which one can know about their use. The sensors can detect the engine condition and other parameters. The sensors and actuators communicate using CAN protocol and the video and audio through Ethernet protocol. The WAN communication may be through a dual 4G connection with or without redundant communication. | |
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| 69 | Vehicle Tracking | |
| Functionalities: GPS-based tracking of the location and traverse of the movement of the vehicle, Detect the arrival and departure from a predefined point, Creating a geofence and raising alerts if the vehicle enters or leaves an area as per the defined rule, Tracking multiple vehicles at the same time, Detect if the vehicle is stationary or moving, Store data and play back the traverse of the vehicle at a later date, Raise and escalate the alerts as per rules defined, Centralized monitoring… | |
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| 70 | Vehicle Tracking and Engine Monitoring with Two-way Audio and Video | |
| Functionalities: GPS-based tracking of the location and traverse of the movement of the vehicle, Detect the arrival and departure from a predefined point, Creating a geofence and raising alerts if the vehicle enters or leaves an area as per the defined rule, Tracking multiple vehicles at the same time, Detect if the vehicle is stationary or moving, Monitor engine running conditions, Have video and audio monitoring of the happening inside and around the vehicle. Store data and play back the traverse of the vehicle at a later date, Raise and escalate the alerts as per rules defined, Centralized monitoring… | |
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| 71 | High-way emergency communication system with announcement facility | |
| Functionalities: This system is designed to enable people to contact the emergency help desk from a highway point and to get the required assistance. This module may be installed at as many points on the highway as needed. The system automatically dials the emergency centre at the press of a button and connects with the available operator. In case all the operators are busy, the caller gets connected to an IVR system which helps to record a message that gets transmitted to a specific operator for taking action. This system also has a call-back facility with which an operator can call back a specific installation at a location and have a conversation with the person or listen to the sounds at the location. He can also switch over to the loudspeaker mode and make announcements. There are safety features in this system. An alarm is automatically generated and sent to the specified address when the system is vandalized and the sounds are recorded. If it is taken out from its position and shifted, the GPS coordinates of the movement are also sent to the application at a central location for tracking it as long as the battery lasts. The system operates on a battery charged through a solar panel. The system can be mounted on an independent pole or an electric pole at a height that people can access. Additional functionalities can be added as per the requirement of the customer. The system can stand alone or be part of a large network of interconnected systems that can be controlled and monitored from a central location. | |
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| 72 | Integrated advertisement display systems | |
| Functionalities: The system is used for controlling advertisement displays in a public space. Data from a Central location can be transferred to the respective installation along with the schedule for rotating the advertisements. The system can pass on the data to the advertisement module which displays the video or picture file as per the schedule. The Central location can be indicated on a map for each installation and the information as to which advertisement is playing at a particular point in time. There are safety features in this system. An alarm is automatically generated and sent to the specified address when the system is vandalized. If it is taken out from its position and shifted, the GPS coordinates of the movement are also sent to the application at a central location for tracking it as long as the battery lasts.The system operates on a battery charged through a solar panel or from the mains as per requirement. Additional functionalities can be added as per the requirement of the customer. The system can be controlled through a mobile/web application from anywhere by authorized users. The system can standalone or be part of a large network of interconnected systems that can be controlled and monitored from a central location. | |
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| 73 | IoT Based early warning system - Emergency hooter / light system with solar /main charging capability | |
| Functionalities: This system is designed to be used for issuing an early warning to people when incidents like water released from a Dam, water released into a canal, flooding, bombing sirens, etc. The system consists of a high-power hooter and a strobe light. The pattern and periodicity of the sound of the hooter the colour of the lights and the pattern of strobing can be altered according to the situation encountered. Each insulation has its identification and can be grouped as per demand. Procedures like specific patterns for the hooter and the strobe lights can be rolled out for a specific group of installations. It is also designed to facilitate manual announcements to be made at specific locations. Various standard patterns of operation can be stored locally in each of the installations and can be activated using an SMS message with built-in authorization. This facility was created to avoid any delays due to network issues. Installations are powered using a battery pack which is charged using solar power and/or mains power supply. The battery levels are also monitored to support the decision for appropriate maintenance or replacement.The system is normally mounted on top of a pole. Additional functionalities can be added as per the requirement of the customer. The system can be controlled through a mobile/web application from anywhere by authorized users. The system can stand alone or be part of a large network of interconnected systems that can be controlled and monitored from a central location. | |
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| 74 | IoT-based Emergency Warning and Communication System with a hooter with varying predefined sound patterns and light beacon. Battery operated with solar /main charging capability | |
| Functionalities: This system is designed for use during emergencies and disasters to make announcements, sound very loud, high power hooters, and flash strobe lights. The pattern and periodicity of the sound of the hooter, the colour of the lights and the pattern of strobing can be altered according to the situation encountered. The system can have additional functionalities like making audio announcements, listening to the sounds at the location, facilitating telephony to the disaster management centre, etc. Each insulation has its identification and can be grouped as per demand. Emergency procedures like making announcements and specific patterns for the hooter and the strobe lights can be rolled out for a specific group of installations. It is also designed to facilitate manual announcements to be made at specific locations.Various standard patterns of operation can be stored locally in each of the installations and can be activated using an SMS message with built-in authorization. This facility was created to avoid any delays due to network issues. Each installation can be reached through telephony and can have two-way audio communication. Installations are powered using a battery pack which is charged using solar power and/or a mains power supply. The battery levels are also monitored to support the decision for appropriate maintenance or replacement.Add on other devices like weather stations etc. The system is normally mounted on top of a pole. Additional functionalities can be added as per the requirement of the customer. The system can be part of a large network of interconnected systems that can be controlled and monitored from a central location. | |
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| 75 | Customer Feedback Module | |
| Functionalities: Get feedback from the customers regarding the services offered, Battery operated system with battery charging facility, Send data from the location on fixed or variable intervals, Dual means of sending data – Wi-Fi or 4G. GPRS/ NBIoT can also be used, to consolidate feedback and present reports, Report Battery voltage, and Extend battery life by conserving energy and transmitting data in batches in long intervals. | |
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| 76 | Security Surveillance and Monitoring of Data centres | |
| Functionalities: Monitoring the energy consumption in multiple circuits and raising alerts if any deviation is detected, Detect overload and surge in load, Measure temperature at multiple points in racks and correlate with the equipment layout, Detect Human presence, Emergency button, Measure temperature and humidity levels in rooms, Detect excessive vibration, Monitor battery bank and generator in real time, Access control and duration of presence detection, Video surveillance, centralized monitoring and control with remote /mobile monitoring facility … | |
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| 77 | Distributed Attendance Monitoring, Authentication, and Access Control System | |
| Functionalities: RFID or Fingerprint scanner or Keypress or a combination of these as individual employee identification methods and recording access /attendance, recording data and time of entry and leaving the premise, Changing the access code on a regular or irregular basis automatically, Detecting human presence using a network of PIR sensors, Interface Access control, Door openings, and shutter downing, etc to intrusion warning rules in specific areas, Each area can have its own rules of intrusion detection and warnings, Hooter that can be automatic controlled by rules or manually, Microphones to detect sounds and speakers to make announcements can be integrated as needed, Raise and escalate the alerts as per rules defined, Centralized monitoring… … | |
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| 78 | Fire detection and suppression system | |
| Functionalities: Fire sensor, smoke sensor, and temperature threshold sensor for correct detection of fire hazard. Have individual sensor-based monitoring and isolation of the fire hazard, Tamper proof installation to detect sensor or switch disconnection, Fire bells, and lights to indicate the incidence of fire, using speakers to indicate the exact location of fire, integrate firefighting system, Monitor backup power, and remotely manage hundreds of locations from a central location… | |
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| 79 | Interconnected parking lots | |
| Functionalities: The system is meant for interconnecting parking lots in an area or a city /town and providing information as to the availability of parking space to the person seeking it. The system has parking sensors that are energy efficient, data collation devices, space availability indicators, a central processing unit, etc. The system is a low-energy device and can also be powered by solar where ever possible. The sensors can work outdoors as well as indoors and provide parking lot availability indications.The system can be accessed from a mobile app and also be monitored from a central location. One can also integrate parking fee collection devices using RFID or a number plate recognition system. The system can be easily integrated into any smart city application. The system can stand alone or be a part of a large network of interconnected systems that can be controlled and monitored from a central location. | |
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| 80 | IoT-based Electrical Flycatcher with timer, kill count, and reporting | |
| Functionalities: An Electric flycatcher is a device that is used for attracting various kinds of flies and bugs and electrocuting them with high voltage. There are constructional differences for various kinds of flies. The distance between the wires and the colour of the light that is used to attract the flies varies according to the kind of flies. In addition, the strike voltage also depends on the type of targeted fly. The machine can be customized to the requirement. The system also has a timer to operate it for definite periods of the day. Specific kinds of flies that are to be eliminated possibly have their activity periods at specific periods during the day. Hence targeted killing of the flies can be achieved with efficiency only if the equipment operates during that period when the flies are active.The machine can count the number of fly strikes. This kill count data is stored along with the date and time. This data is transmitted periodically to a central location so that an appropriate study can be carried out. The machine is run on a solar-charged battery. It can also be connected to the main power supply as desired. Additional functionalities can be added as per the requirement of the customer. The system can be controlled through a mobile/web application from anywhere by authorized users. The system can stand alone or be part of a large network of interconnected systems that can be controlled and monitored from a central location. | |
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| 81 | IoT-based Weather Station | |
| Functionalities: The weather station has become a very important device for farmers and the collated data is essential for forecasters to make better and more accurate predictions. Webyfy has designed a weather station using ultrasonic technology for wind speed and wind direction sensing. This will give a better and more accurate measurement. In addition, the system also measures UV level, ambient temperature, Humidity, atmospheric pressure, rainfall, and solar light intensity which can give cloud cover information, etc. The system has the facility to add more sensors or functionalities as per the demand of the customers. The system runs on a battery charged by the solar panel. The information as authorized can be accessed through a mobile/web application from anywhere. The system can be part of a large network of interconnected systems that can be controlled and monitored from a central location. | |
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| 82 | Security Surveillance and Monitoring of Vehicle Charging Stations | |
| Functionalities: Video surveillance, Two-way audio communication, Detect intrusion into the panel board, Water seepage detection, Monitor the quality of power and intimate the deviations, Monitoring the temperature inside the panel board, Switching on the lights automatically as per schedule or illumination level, Detect if the charging bays are full and also the queue of the vehicles. Centralized monitoring … | |
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| 83 | Monitoring Water Reservoirs and Ponds | |
| Functionalities: Monitor the water levels in the reservoir or the pond, Monitor the power supply to the pump house if any and control the water pumping according to the minimum water level, A weather station may give the local weather parameters which will help in assessing the water availability in the region, Monitor the drying up of the reservoir or the pond – below the minimum water level, Power the monitoring system using solar power, Monitor the water temperature and compare with local humidity to arrive at evaporation levels, Centralised monitoring of hundreds of such locations… | |
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| 84 | IoT based System for Fire detection and suppression | |
| Functionalities: Fire safety system provides a method for installation of effective fire detection, suppression, and alerting system which can be integrated into a larger network and managed from a central location. Normally a fire detection system has many sensors connected in series in a circuit and when activated gives the information as to the identification of the circuits which activated. However, this system has the facility to identify the exact sensor that is activated. In addition to the normal fire sensor, smoke sensor, and Fire alert break glass switch, the system also provides temperature threshold sensors which will activate when the ambient temperature exceeds a specific value, and also sensor which will activate if the rate of rising of temperature is over a specific limit. The system can be integrated into the fire suppression system which can be activated automatically or with manual intervention remotely or locally. The system is a low-energy device with battery backup and can also be powered by solar wherever needed. The sensors can work outdoors as well as indoors and provide sensor availability status indications.The system can be accessed from a mobile app and also be monitored from a central location. It can stand alone or can be integrated into a larger system installation in an area or a city /town and can be centrally monitored. This will ensure the early detection of incidents and timely suppression without causing much damage. | |
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| 85 | Custom Applications – Video and audio surveillance, Sensor surveillance, Remote Monitoring and Control | |
| Functionalities: Video surveillance, Video analytics, and derived intelligence, Two-way audio communication, Automated, event-based audio, and video broadcasts, Remote equipment monitoring and control, Equipment performance monitoring and correlation with production, Fire and safety, Energy management and control, Intelligent rule engine integrating disparate inputs, Integration with external systems, Remote centralized monitoring and control with mobile monitoring facility … | |