What is the Internet of Things? (IoT)

The Internet of Things is the concept of a data network between devices. Inside the IoT, people can communicate with “things”, and “things” can communicate with each other.

How is the Internet of Things organized?

The Internet of Things (IoT) connects devices to a computer network and allows them to collect, analyse, process and transmit data to other objects through software, applications or technical devices.

IoT devices function on their own, although people can configure them or provide access to data. IoT systems operate in real time and usually consist of a network of smart devices and a cloud platform to which they are connected using WIFI, Bluetooth or other forms of communication.

What is the Internet of Things?

In addition to Big Data, analytics, connections, devices, and experience are also important for the operation of the Internet of Things. For simplicity, this principle is presented as ABCDE: Analytics, Bigdata, Connection, Devices, Experience.

Analytics (analytics) is a key link in the functioning of IoT, which integrates the devices themselves, data from them and optimizes business processes;

Bigdata (big data) - that is, information from devices - is stored in the cloud. They allow you to automate existing processes or build new ones;

Connection (connection) - these are the channels through which devices receive and transmit information;

Devices (devices) - devices connected to the system, which, depending on the tasks, must have an appropriate message frequency for correct operation;

Experience (experience) - work with existing experience in solving customer problems using IoT, its analytics and rethinking

Benefits of thin clients

1.     TCs are cheaper than conventional computers, since they do not have built-in storage media.

2.     Thin clients are unified: they have the same set of programs, there is no need for a separate setting.

3.     Capable of expanding a single system for a scaling company.

4.     The economic advantage of the shopping centre is security: all information of the owner is stored on the server and is constantly backed up, protected from damage as much as possible.

5.     Reduce hardware, software and maintenance costs without sacrificing performance.

6.     Administration costs are reduced, only the terminal server needs to be managed. According to statistics, TCs are very persistent, practically indestructible (if you do not make targeted efforts), and also do not fail.

Why buy thin clients when you can buy a regular PC?

1.     It is cheaper at the initial stage - less hardware is installed inside the thin client, it does not need to be powerful. If you are purchasing equipment from scratch, this is a more cost-effective solution.

2.     It's cheaper in the long run - a thin client consumes 10 watts on average, which compares favourably with a computer that needs 250 to 350 watts.

3.     This simplifies the work of the system administrator - all clients have the same set of software, no need to waste time on initial setup. Moreover, with a thin client, it is more convenient to maintain and make changes.

4.     This network is easier to scale - a system for the entire group of users is created once. You can add as many new PCs as you need to it.

5.     If you buy a shopping mall, you have a guarantee for reliability, since all data is accumulated on the server and stored. This reduces the risk of losing all information in case of failures.

6.     This will save your nerves - TC does not have local media, the chances of information leakage are negligible.

Where is the Internet of Things (IoT) used?

IoT allows companies to automate processes and reduce labor costs. This reduces the amount of waste, improves the quality of services provided, reduces the cost of the production process and logistics.

According to IoT Analytics, in 2020, the highest level of penetration of IoT technology was observed in transport, energy, retail, city life management, healthcare and industry.

In the power industry, the Internet of Things improves the controllability of substations and transmission lines through remote monitoring.

In healthcare, IoT allows you to move to a new level of disease diagnosis - "smart" devices monitor patient health indicators in the background.

In agriculture, “smart” farms and greenhouses dispense fertilizers and water themselves, and “smart” animal trackers notify farmers in time not only about the location of animals, but also about their health status, analyzing heartbeat, body temperature and general activity.

In transportation, typical IoT solutions include telematics and smart fleet management, in which the vehicle connects to a local operating system for monitoring and diagnostics. According to Statista, $740 billion will be invested in the development of IoT for cars by 2025.

In an urban environment, IoT solutions help automate lighting, while reducing lighting costs by up to 30-50%. "Smart" meters, which themselves record and transmit information on costs and wear to management companies, save city residents from having to verify and send data on energy consumption themselves.

In logistics, IoT reduces the cost of transportation and minimizes the impact of the human factor. IoT systems can also monitor the occupancy of trash cans and optimize waste collection costs based on this data.

The Internet of Things is being actively implemented by the oil and gas and mining industries. In particular, the use of advanced well analytics is helping the oil and gas industry to increase production from mature fields. And, for example, Severs Tal, using the Internet of Things, was able to minimize the company's losses due to erroneous forecasts for electricity consumption.

In retail, IoT allows brands and merchants to optimize costs and improve customer experience through digital signage, customer interaction tracking, inventory management and smart vending machines, according to Maxim Lipitor. The market is expected to grow from $14.5 billion in 2020 to $35.5 billion by 2025, according to Research and markets.

A Guide to Choosing Video and Video Conferencing Solutions for Working from Home and in the Office

As can be seen from its psycho physiological parameters, video communication is quite close to personal communication and far exceeds the capabilities of telephone communication. However, in order to ensure the effective use of video communication in business, it is not enough just to see and hear one interlocutor. It is necessary to be able to organize conferences with several participants, to exchange additional information (presentations, documents, images from additional video cameras, etc.). The mode of operation that provides all this is called videoconferencing, and the technology for the simultaneous transmission of video, voice and data is called videoconferencing.

 Where is video communication and video conferencing used?

Video communication technology today is positioned all over the world primarily as an effective tool for optimizing business processes, including reducing the number of business trips, saving on hospitality, transportation and overhead costs.

Currently, video conferencing is no longer such an expensive technology as it was a few years ago, and not only large, but also rather limited companies can afford it.

Are you looking for a suitable solution for organizing remote work or study? video conferencing solutions in Chennai is a secure domestic video conferencing platform that is deployed within your corporate network, allowing you to hold large-scale conferences and work on projects together with colleagues.

Interactive education and training using video communication

Cisco SX80 is a group video communication terminal designed for organizing video communication in interactive classrooms, conference rooms or large meeting rooms. The main advantages of this solution are high quality audio and video, innovative capabilities

for a local or remote presenter to work with an audience; and versatility.

The configuration of the premises for conducting education or training can be different, for example, it is

there can be a classroom for 20-40 listeners or a lecture room for 40-100 listeners. 

 

In the learning process, with the participation of remote students or a remote teacher, a number of

special tasks:

1. providing high-quality audio and video communication between the teacher and students outside

2. depending on their location; 

3. the ability to view presentation materials from the teacher's computer by students regardless of their location;

4. ensuring simplicity of work for the teacher and the convenience of students.

 

To solve these problems, a solution based on the Cisco SX80 video conferencing codec can be used. with automatic guidance to the active participant Cisco SpeakerTrack60 and an additional a Cisco Precision60 camera for capturing a presenter.

 

Equipping the audience 

The central element of the system is the Cisco SX80 codec, to which all elements are connected

systems. An IP network is used to communicate with video conferencing equipment for remote audiences.

data transmission. The SX80 codec supports SIP and H.323 protocols and can work both standalone and

under the control of the Cisco Unified Communications Manager (CUCM) system. SX80 codec can stand alone

collect multipoint conferences up to five participants with call quality up to HD or use

external conference servers.

 

Any displays or projectors suitable for the size of the room and providing sufficient image brightness. To connect funds display in the SX80 codec has three video outputs (2xHDMI and 1xDVI-I).

For improved convenience, it is recommended to use ceiling microphones that allow

do not lay audio cables or use table microphones in the classroom. 

In addition to the speaker's laptop, as a source of presentation materials,

document cameras or other devices with VGA, DVI, or HDMI video outputs. Broadcast

presentation materials from the teacher's laptop can also be carried out wirelessly

Wi-Fi network using proprietary Cisco Proximity technology.