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connected device management (2)

Today, the number of connected devices is set to overtake the world’s human population. This connected devices ecosystem is what we popularly call the Internet of Things or IoT.

Gartner estimated the growth to be 6.4 billion IoT device by 2016, and 20.8 billion by 2020. The data presented showed that the trend is only expected to grow further in the near future. In most of the existing devices infrastructure, it is difficult to accommodate changes to the devices after deployment, including connectivity modifications, feature enhancement, technology upgrades, etc.

IoT device lifecycle management is the key element for industries to have complete insight and control of their devices infrastructure. Today, device lifecycle management enables many industries to transition to ‘smart’ ecosystems, like smart energy (a.k.a Internet of Energy or smart grid), smart buildings, smart retail, smart transportation, smart cities, smart factories, and smart agriculture.

As more and more devices get connected, the challenges with data security, control, and management becomes critical. IoT remote device lifecycle management plays a key role in enabling a 360 degree data view of the device infrastructure.

Key benefits of IoT device lifecycle management:

    • Multiple Device Support: IoT device management enables interfacing of multiple devices resulting in a remote controlled mesh network.
    • Device and Communication Security: IoT device management consist layered security system that is software, hardware, and data security.
    • Cost Saving: Reduction in operational and support costs through remote software upgrades and device maintenance.
    • Efficient Device Management: It allows real time data analysis and interpretation which adds up benefits like energy saving, cost efficiency and increase in device lifecycle.
    • Multiple Connection Protocol: It provides a wide range of connection protocols and interoperability standards like ZigBee, Bluetooth, Z-wave, BLE, etc. for sensor connectivity.

Why should enterprises care?

Large enterprises have to manage large volumes of interconnected devices, which is considered to be a major challenge. According to a Device Pilot study, about 88% of companies find the device management as a major concern and are incorporating methods to manage their devices seamlessly.

In such a scenario, a platform is needed to manage all on-field devices with ease. This originates the need for remote device management in device/product development.

Below are some reasons why enterprises will need an IoT device lifecycle management for connected devices:

  1. To control devices: Real time access to devices. It can assist in managing, tracking, securing, and sustaining the devices.
  2. To enhance productivity: It helps in asset utilisation, enabling employees to find more time to focus on core and value creation, thus improving the output of the organisation.
  3. Real-time error detection: Device management helps in monitoring errors and bugs and rectify them in real-time. This helps in minimising device downtime, which in turn, improves service reliability.
  4. Real-time device monitoring and updating: Device lifecycle management allows you to remotely upgrade and configure devices, thus, making it convenient to manage them while increasing the device uptime.
  5. Increased customer reliability: It allows to reduce the time in ticket solving and provide exceptional customer service. Better customer service builds reliability and trust.
  6. Data security, complete data analysis: Device lifecycle management can provide in-depth analysis on the performance of each device for effective device lifecycle management.

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Connected devices or IoT seem to have become the de facto solution for any industry, today. Increase in connected devices lead to increase in the amount of data transferred, stored, computed, and consumed across networks and devices. This propels a need for an efficient data management and data security. IoT Device Lifecycle Management plays a key role and enables industries to manage its connected devices with ease, and at the same time provides additional advantages like data security, remote control, and multi-protocol connectivity etc.

IoT Device Lifecycle Management is aiding industries to transition their systems to “Smart” ecosystems. It plays a much important role in enabling a broader view on entire device infrastructure.

Let’s take a look at how an IoT DLM is helping Utility and Home Automation verticals:

1.   Smart Grids :

(i)  “What is a smart grid??”

Smart grid is the adoption of ‘Smart’ technologies in the expansion of Transmission and Distribution network, enabling a demand-based power supply production. Smart technology enables optimized utilization of energy resources by providing real-time insights on energy consumption, with the help of smart metering and automation at the distribution end.

Smart meter is a device that periodically stores the electrical energy con

sumption data and intimates the energy provider in a timely manner for monitoring and billing. Unlike previous metering methods, smart meter has more advanced sensors, power consumption notifications, and bi-directional communication between the meter and energy provider.

How DLM Is Helping In Smart Energy System :

At present, government regulations are changing towards energy conservation, motivating consumers towards smart metering. Device Lifecycle Management enables smart metering through AMI (Advance Metering Infrastructure) system. AMI is a system which enables two way communication between utility provider and consumer.

DLM Benefits for Consumer

(i) The consumer can manage his energy consumption through the system, which will continually show them energy utilization for every device connected to    the AMI System.

(ii) A home area network (HAN) for communication between devices, enabling a wide range of protocols and standards.

(iii) DLM has a data analysis system providing an in-depth energy consumption analysis for each device connected in the network, accordingly it helps the        consumer to plan their energy utilization in a cost effective way.

(iv) Consumers have control of devices through mobile applica

tions, so they can utilize and manage energy by scheduling up-time for each device.

(v) AMI + HAN + DLM resulting into a Smart Grid System.

DLM Benefits for Utility Provider:

(i) AMI system periodically sends data about load variations and peak time of maximum energy utilization by the consumer to utility providers.

(ii) Through DLM, utility provider can point out customers’ peak energy consumption time, consumers can focus on the devices those are running on that time  period and manage them accordingly.

(iii) Energy distributor can incorporate data analysis and 

get insights into monthly consumption of consumer, load variations, and peak load timings.    Accordingly, utility provider can enable a dynamic pricing for consumers during the peak hours.

(iv) By way of load analysis, the utility provider can also get insights into the times of heavy energy usage and send notifications to the customer about the peak in usage and in turn the customer can manage the energy usage or can check for any malfunctions in the devices at the consumer end. This will help with excessive usage and also identifying faulty devices.

2.    Smart Building :

Smart Building is centralized control on building utilities like heating, air conditioning, lighting, security, alarm system, etc. IoT Device Lifecycle management plays a key role in smart building design and facilitates user comfort, energy efficiency and increase in device lifecycle. Smart building includes building automation through networking, communication protocols, sensors/actuators, IoT gateway, ventilation control, HVAC system, and other electronics devices for monitoring and control.

How IoT Gateway Playing Role in Smart Building??

(i) In building automation, first stage is sensors and actuators data input, all sensors are equipped with wire or wireless protocols (Bluetooth, ZigBee, Z-wave, LAN etc.) for communication with IoT gateway.

(ii) IoT Gateway provides interfacing between Sens

ors and cloud forming a bridge between them. It enables device software updates, device on-boarding, control panel, diagnostic information etc.

(iii) Real time data analysis from devices or sensors and provides necessary output or command message to the control system. Message can be an alarm, HVAC control message or other utilities management commands.

(iv) IoT gateway enables data analysis for each device. The User can utilize energy efficiently by scheduling device up time and down time according to data analysis.

(v) It is enabling building automation or smart building implementation easy and reliable. It enables security through layered security system (TPM & TEE, authorized connection, no third party inclusion), which covers both data and hardware security.

How DLM is an Essential part for Building Automation:

(i) DLM enables remote control on building utilities like lighting, alarm systems, HVAC system etc.  

(ii) HVAC System: Heating, Ventilation, and Air Conditioning (HVAC) is a system which is so common in current technologies of building construction. DLM enables remote control of HVAC system with real time data analysis. For example, if the sensor data are showing a drop in temperature then DLM will control the air conditioning according to the required temperature. DLM controls pneumatic and hydraulic valves (Ventilator, Water Piping) by sending control signals to actuators which results in the complete mechanical control of the cooling air/water flow in the building.

(iii) DLM offers centralized alarm system for fire, gas leakage, humidity, temperature, etc. All alarm systems are remotely controlled and user gets real time notification if there is an alert.

(iv) It enables control of the lighting system of the building by changing their intensity according to the daylight. Input from the photovoltaic sensors and DLM data analysis results into the output control signals for lights.

(v)  DLM provides device authentication and verification whenever there is an updating of the system. It enables a secure environment with a layered security system, hardware, data, and software. 

In summary, IoT Device Lifecycle Management is the key growth driver for many industries, today. As in the cases explained above, it helps stakeholders on both sides of the equation – the consumers and service providers.

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