Check Point Software Technologies Reverses Cybersecurity for IoT Devices

A cybersecurity solutions provider worldwide has announced the new IoT security technology. Check Point Software Technologies was the first company to offer a consolidated security solution that strengthens and protects the firmware of IoT Guest wifi solutions devices and protects them from advanced attacks. The technology will be integrated into Check Point Infinity architecture through the acquisition of a startup. 

Today we see an increase in the use of IoT devices not only among private users, but also among organizations, including medical and industrial enterprises. Vulnerabilities in these devices allow cybercriminals to launch fifth and sixth generation cyber-attacks for hacking (video surveillance cameras), manage their work (medical devices) and even take critical infrastructure (production facilities) under control to cause tremendous damage. Wifi6 wireless solutions Thanks to the new Check Point technology, it will be possible to protect connected devices – from an IP camera and Smart TV to an elevator control controller and a medical infusion pump – from zero-day attacks. instagram türk takipçi hilesi

“Our new solution is another step to ensure a high level of cybersecurity on all digital platforms,” The fifth and sixth generations of cyberthreats are aimed at new, widely developing platforms, including IoT devices that require a new level of cyber defense. With the introduction of Check Point Infinity architecture will take control of the risks of the Internet of Things and protect connected devices from new threats without stopping critical operations. ”

More than 50% of companies will master IoT technologies until 2021

According to the results of the new IDC report “Opportunities and Trends in the Internet of Things: An In-depth Analysis of the technology Market”, more than 50% of companies have already implemented or plan to complete projects for implementing solutions using the Internet of Things technologies within 12 months.

According to IDC’s forecast, the average annual growth rate of the Outdoor wifi solutions Internet of Things market from 2018 to the end of 2023 will be 19.7%.

Speaking about the goals of the strategy and investment in the Internet of things, more than a third of respondents report an increase in the level of security in the organization. Almost a third of the respondents included in the list of goals the improvement of product quality, a quarter of the respondents hoped to make more effective and faster decisions through enhanced data collection and analysis. Regarding key performance indicators for projects, the majority of respondents share the view that the deployment of IoT solutions can be considered successful if it improves the organization’s productivity, the quality of customer service, and also helps to reduce costs.

The completed implementations have revealed the importance of integrating solutions based on the Internet of things and the existing IT landscape, the connection of physical infrastructure, information about which is transmitted using the Internet of things technologies, with digital technologies. Analysis of data from the physical world allows you to get new competitive advantages. These factors determined the significant contribution of system integration and consulting services to shaping the volume of the Internet of things market in UAE. Wifi solution

According to IDC, IT and business services took the largest market share, which amounted to about 40%. In second place investments in equipment are server capacities and devices. Most of the projects require additional installation of sensors, sensors to collect missing data information and upgrade computing power to handle the growing amount of data from these devices.

The study examines the UAE Internet of things market in different aspects and gives an idea of ​​its development trends. The report includes information on the priorities and tasks of projects, sources of financing, problems of integration with existing Hotel wifi solution IT infrastructures, security issues, approaches to using the IoT platform, data analysis, peripheral computing and the ecosystem of suppliers.

Revolutionary Security Standards Developed for the Internet of Things

Underwriters Laboratories (UL), a safety standardization and certification company, has introduced its standard for IoT devices.

UL recently published its “Internet of Things Security Rating”, which assesses the “critical safety factors of smart products,” which records the presence or absence of known vulnerabilities and device resilience to the most common cyber attack methods.

“Most hacks are the result of weaknesses and known vulnerabilities,” the UL publication says. – As a manufacturer, you should strive to get rid of them and adhere to proven safety methods. Only recently have states taken over the regulation of the security of IoT Guest-wifi solutions devices, but they still believe that the initiative should come from the security industry. ”

“Such measures should have been taken for a long time: the number of connected devices around the world is close to 50 billion, and the situation with their security does not inspire any optimism,” says by CEO of SEC Consult Services. – Because of this, the Internet of things is becoming a source of constant threat to private and corporate users. In 2016, a botnet consisting of IoT devices was used to organize one of the most powerful DDoS attacks in history, but this is only one, the most famous case. Similar attacks, albeit on a smaller scale, are ongoing. Both certification and legislative measures are needed to block unsafe devices from entering the market; but it’s also necessary that both business and end users take the initiative. ”

SEC Consult has developed a special solution for analyzing the security of Internet of things devices – IoT Inspector, which allows analyzing the software shells of such devices for the most common problems – vulnerabilities, embedded passwords, Cloud managed wifi solutions SSH / SSL keys and other factors that affect the security of these systems. In most cases, He points out, the devices are vulnerable precisely because of such errors, as well as the careless attitude of users to their security.

To date, there are no generally accepted standards for the quality and safety of the Internet of things. The abundance of vulnerabilities makes them the most literal risk to cybersecurity at the macro level.

UL is not the first organization to implement a security standard and certify Internet of Things devices before selling. However, UL is one of the most respectable structures involved in such activities, so it has a chance to force yourself to listen.

It is proposed to certify devices in seven categories: updating software components, data and cryptography, logical security, system management, user personal data, security protocols and process, documentation.

Each of these factors corresponds to a set of practical recommendations for ensuring security.

For example, the minimum requirement in the “data and cryptography” category is the absence of a default password. To obtain the maximum certificate, Diamond in the same category must stand up against brute force.

According to Andrew, Director of Safety and Technology at UL, only a small percentage of the devices available on the market today meet the maximum requirements for UL certification, while most of these devices will not pass certification even at the lower threshold.

Back in June 2019, UL published a draft version of its standards and requirements, but Jamieson admitted that the development of these standards is actually at an early stage. Now the company is actively collaborating with manufacturers of IoT devices in the hope of improving the quality of their developments. At the beginning of 2020, the publication of a new edition of the standards is expected.

New development will turn electric networks into networks for the Internet of things

The State Corporation brings to market the development for the creation of networks of the industrial Internet of things using power lines. The solution allows you to quickly deploy telecommunications networks in areas where there is no wired, satellite or cellular communications, and carry out simultaneous two-way data transmission.

The solution created by the Research Institute of Communication and Control Systems of the Holding can be used to transmit voice information, video, telemetry and other data, including remote monitoring of objects (for example, energy), recording emergency situations, and organizing video surveillance on power plants, gas pipelines and other energy facilities. The technology will allow to take preventive measures to prevent accidents.

The development is based on the technology of broadband data transmission through power lines (BPL – Broadband over Power Lines). To transmit telecommunication traffic, specialized BPL modems connected to electric networks are used. The equipment operates on power lines with voltage from 0.4 to 35 kV.

For remote industrial facilities, the organization of communication over power lines is the optimal and sometimes the only solution that allows implementing the technology of the industrial Internet of things. Creating data transmission networks based on power lines is much cheaper than laying a fiber-optic communication line, and the cost of equipment is five times lower than that of foreign counterparts. In addition, the solution is simple and quick to implement – it takes only one day to install a point-to-point package. Today, specialists have begun creating pilot zones for testing technology in the interests of oil and gas companies and companies operating in the field of rail electric transport.

EZELINK Telecom has connected more than 4.4 thousand socially significant objects to the Internet

EZELINK Telecom completed the first phase of a federal project to connect socially significant objects to the Internet. The operator handed over 4,451 objects by the end of 2021, the holding plans to connect to the data transmission network.

In August 2019, as part of a federal competition announced by the Ministry of Digital Development, Telecommunications and Mass Media, the company was determined to be a contractor for connecting socially significant objects (SZO) to the high-speed Internet.

By the end of 2021, the holding plans to connect all socially significant objects to the data transmission network, including kindergartens, schools, universities, hospitals, polling stations, fire departments, local governments and other institutions that form the social infrastructure. The total number of connected objects is 13,106.

The first object connected by the Holding to the federal Internet was a school for orphans and children left without parental care. By the end of the first phase of the project, the regional administration and EZELINK-Telecom timed a big celebration for the pupils.

The guest of the children’s holiday was a member of the national football team, winner of the Super Cup and four-time winner of the Cup of the country. He conducted a real sports training for the children, took part in a friendly match between the pupils of the school, and also presented children with memorable prizes and gifts.

Upon completion of the first phase of the project, we connected 26% of the total number of SZOs. This is a very good indicator. We hope that we will complete the next two stages ahead of schedule, as we have all the capabilities and resources to achieve this indicator.

Country blocked a number of pages of Shutterstock photo bank

The registry indicates that by decision of the Prosecutor General of November 13, access to one of the pages of the site is limited. It also says about restricting access to the Shutterstock website by decision of the Federal Service for Supervision of Consumer Rights Protection and Human Welfare on October 7.


Access is limited on the basis of Section 15.1 of the Law “On Information” (restriction of access to resources with information prohibited, such as child pornography, information on how to manufacture and use drugs, on methods of suicide and calls for it).


At the same time, a number of Internet operators block access to the entire site of the photo bank. As previously explained, the inaccessibility of the entire site when blocking individual pages may indicate that the resource uses the https: // encrypted protocol, which does not allow operators to block access to individual pages of the site.


Shutterstock told Reuters that the banned content has already been removed, and the company “continues to work with the service to remove thumbnails of these images from the site in preview mode.”

European Union investigates Google

EU antitrust authorities have launched an investigation into Google’s data collection practices.“The commission sent out questionnaires as part of a preliminary investigation into Google’s practices in collecting and using data. The preliminary investigation is ongoing, ”RNS quotes from a  statement by the European Commission with reference to  Reuters .


According to the agency, the EU focuses on the data used by the company related to search services, Internet advertising, web browsers and others.


Over the past two years, the EU has imposed fines on Google for a total of $ 8 billion, and competition commissioner Margret Westagher pointed out that the company does not need to review its business practices, the agency emphasizes.


Google said that the company uses user data only to improve the quality of the services provided, and users themselves can delete information about themselves at any time.

A cyberphysical model is being developed for testing Internet energy technology

At the NTI Competence Center on the basis of MPEI in the direction “Technologies for the transportation of electricity and distributed intelligent energy systems”, commissioning of new and unique equipment began. The work is carried out as part of a project to develop Internet energy architecture.

The goal of the project is the implementation of the Energy Plan of the National Technology Initiative.

Internet energy is a kind of ecosystem of energy producers and consumers that integrate into a common infrastructure and exchange energy.

The architecture of the Internet of energy is a decentralized electric power system, which implements intelligent control of the flow of electricity, carried out through energy transactions between its users.

To organize such an ecosystem, on the one hand, it is necessary to create a fundamentally new architecture of intelligent distributed networks, and on the other hand to create software based on artificial intelligence capable of conducting so-called “electricity auctions” in real time and carrying out transactions and transactions. The project also uses the basic principles of the Internet of things.

 “Testbed Energy” is a unique model testing complex for the development and testing of architectural and technical solutions for the project to create the Internet of energy and other new solutions for the technological development of Russian energy. Such a complex will allow digital and cyber-physical modeling of complex electric power systems, and its capabilities exceed the capabilities of laboratories and test facilities available in Russia through the use of Power-Hardware-in-the-Loop technology.

The new equipment is four-quadrant amplifiers from PONOVO POWER Co. These amplifiers allow you to combine physical and mathematical models of power systems, thereby creating a cyber-physical model of power distribution systems with the inclusion of real power devices in the simulation loop.

A characteristic feature of four-quadrant power amplifiers, in contrast to conventional ones, is their ability not only to provide power, but also to consume it. This allows you to simulate a full exchange of energy between the digital part of the model and its real physical part. Such cyberphysical models allow you to create models of small and medium distributed networks, including energy storage, renewable energy and other advanced equipment.

In addition, these models will allow you to connect real equipment for research and testing – power routers, energy storage devices, controlled intelligent connections, etc.

The creation of the Testbed Energy test site using Power Hardware in Loop technology is the first such project in Russia and one of the few in the world. The commissioning of the Testbed Energy test site will be an important milestone in the implementation of the Energy Plan action plan, as it will allow testing of real power devices with their inclusion in the digital modeling circuit.

Huawei’s 5G Level Up Curriculum Launched

Huawei has held a series of educational events according to the 5G standard. A training on the 5G Level Up program was held, and the day before.

5G Level Up is a training program initiated by Huawei to form a talent pool in the 5G area. To date, more than 1,500 students, graduate students, teachers and heads of scientific laboratories from the 9 largest technical universities have become its participants. Classes include reviews of existing networks and the requirements for them, studying the principles of building 5G ecosystems and getting acquainted with examples of practical deployment of communications. Based on the results of the training, an online exam on knowledge of 5G basics is passed. The best students of the course are also given the opportunity to undergo extended 5G free training with the subsequent receipt of a certificate from the office of Huawei.

It was also possible to get acquainted with the 5G Level Up program and other Huawei educational projects focused on theoretical and practical training of students and young specialists at the forum. During this event, Hauwei experts addressed the topic of technological changes that have a strong impact not only on the ICT sector, but also on the labor market as a whole, and talked about the internship program and employment opportunities for students and graduates in the company.

In addition, even before the start of the forum, Huawei provided registered participants with access to an online training platform that contains numerous courses on modern promising technologies in telecommunications. 20 students who completed training with the highest results will be awarded certificates of attendance signed by the CEO of Huawei, as well as valuable prizes from the company.

“A few years ago, the transition to 5G seemed a matter of the distant future. Now it is already a reality. To date, our company has signed more than 50 contracts for the deployment of 5G test networks with communication providers around the world and has delivered over 150,000 5G base stations. In the current conditions, the market more than ever needs specialists who are able to work with new technologies and related system solutions. We are glad that so many students, including students from traditionally strong technical universities, see their development in this area and are ready to provide all kinds of assistance to young professionals in their professional growth.

YouTube – 21st Century Television

58% of Russians are users of YouTube. At the same time, the most popular content on YouTube – videos dedicated to music, film and art The All-Russian Center for the Study of Public Opinion (VTsIOM) presents data on the Russians using YouTube video hosting. 


Digitalization has penetrated closely into the leisure of modern Russians. More and more often, our compatriots spend time on Internet resources and entertainment platforms. More than half of the respondents (58%) are users of YouTube video hosting – a site with videos and various video content. A quarter of Russians use it almost daily – 25%, and every fifth (19%) – several times a week. At least several times a month, YouTube is used by 8% of respondents, at least once every six months – 7%. Every fifth Russian (20%) does not use the service, which is comparable to the share of those who generally do not use the Internet (22%).


Men are more likely to use YouTube (67%), with a third say they use video hosting daily (33%). Also, the percentage of users is higher among younger Russians: 18-24 years old (88%) and 25-34 years old (90%). Among older generations, the use of YouTube is less common, but covers more than half of the audience of those who are from 35 to 44 years old (73%) and from 45 to 59 years old (51%). Among elderly fellow citizens over 60, one in four uses YouTube – 25%.

YouTube is also popular among residents of both capitals (70%) and cities with a population of 500-950 thousand inhabitants (67%). The shares of video hosting users are almost the same among residents of small settlements (100-500 thousand people) and million-plus cities (61% and 60%, respectively), slightly less – among those living in cities with a population of up to 100 thousand (58%). The smallest share using YouTube was recorded among the villagers – 47%, which is more likely due to the fact that due to the geographical extent of our country, there is not always Internet coverage everywhere. In general, among the villagers the highest proportion of those who do not use the Internet (31%).


Why use YouTube?
The Russians, first of all, come to YouTube for video (53%). It is also popular among our fellow citizens to like (13%), subscribe to authors’ channels (12%), share videos with other users (7%), leave comments on the watched video (6%). Only 2% of respondents upload their videos to the service.

A group of Russians using video hosting can be conditionally divided into active and passive users. Passive ones include those who watch videos and subscribe to YouTube channels of various authors, and active ones include those who also perform other additional actions.

Thus, 43% of the YouTube audience can be attributed to the group of passive users, and 14% to active. The highest share of active users is recorded in the age group of 18-24 years (24%). It is slightly lower among 25-34-year-old respondents (20%). Despite a similar involvement in the use of the Internet and the resource itself, this group often takes a more passive position, which may be related to the thematic focus of most of the content and differences in the perception of information between generations. In connection with the spread of “clip consciousness” among young people, it is likely that a survey of minor Russians would show even higher involvement in the use of the resource. In the context of the geographical distribution of active users, their share is higher among residents of million-plus cities (21%) and both capitals (20%).


What is the most popular content?
The most popular content among YouTube users is music videos, films, clips related to culture and art (30%). Humorous videos make up a large share of the consumed content (23%). The Russian interests also include videos related to family, home and parenting (16%), sports or fitness (14%), and social and political life (14%). In the top 10 – videos on technology and technology (13%), travel (13%), education (including language learning) (12%), as well as beauty and health (10%).

Thus, despite the entertaining orientation of video hosting, YouTube attracts Russians who are interested in conditionally “non-entertaining” content – topics of self-development and education, both physical and cognitive.

Temporary wireless solution with 110Mbps download and 20Mbps upload speed at Dua Lipa Live Concert

The Pointe Mall current WiFi infrastructure was found to be insufficient to accommodate the backstage crew, scanning machines and box office printers and laptops. Temporary high-speed broadband connection provided by EZELINK during the live concert to help management for operational and administration tasks.

Working to a very tight time schedule, EZELINK initially performed a physical wireless site survey to develop accurate wireless path predictions in order to ensure performance of the recommended wireless solution.

The survey had to take into consideration the locations involved, obstructions to line of sight, any points of wireless interference, as well as other critical variables that needed to be addressed to assure path calculations match the ‘real-world’ environment.

As this was a time critical project with a quick turnaround required, the installation to connect, configure and commission the wireless solution was achieved within two working days. EZELINK’s own wireless engineers carried out the installation and were able to remove the temporary connection quickly for the equipment to be re-used on other projects.

Wifi Infrastructure

Based on the site survey and meetings for the event, installed the following for the managed wifi:

  • 3 Outdoor access points to support for the connectivity of ticket scanners.
  • 1 Outdoor access point for the connectivity of box office.
  • Network cabling to connect ticket scanners & box office laptops and printers.
  • 4 4G/LTE mobile hotpot routers connecting backstage crew mobiles & devices.
  • 1 EZELB (fail-over and load-balance) to minimize the risk of failure


The Benefits

  • Provided a temporary, secure high-speed broadband connection
  • Quick to install – rather than waiting for fiber to be laid
  • Low capital expenditure
  • Eliminated the leased line costs
  • Flexibility of moving to difficult locations
  • No long-term contracts that are difficult to exit
  • 99.999% reliability

Temporary Event WiFi at Emirates Sevens Rugby Stadium

High Density Temporary WiFi

Providing wifi for over 45,000 visitors at Sevens Stadium durng wide array of events

WiFi Reports & Analytics

19,343 peak unique users and 13,529 concurrent users, with a peak adoption rate of 44% of in-venue fans connected to the WiFi

Complete Branding

Promoting games and upcoming events through captive portal splash page and introducing special offers and discounts

Challenge

The EZELINK WiFi solution designed specifically to handle the unique challenges that come with providing reliable, simultaneous network access to thousands of fans in a large, open-air stadium.
2.3 KMs
Total Area (sq km)
Outdoor
Extreme Conditions
43,000
Visitors
Simplified
Network Management

The Sevens in-venue WiFi optimizing game day operations, branded portal, user analytics and enabling in-stadium fans with full connectivity and unrestricted use of their mobile devices.

With the ability to allocate bandwidth and device privileges accordingly, the high-density WiFi network was able to provide uninterrupted and tailored service for the
wide-variety of internal applications that run over the network: media and photo uploads and downloads, all guest and internal devices, and the delivery of differentiated in-venue advertisement via the EZEADS.

EZELINK onsite engineers provided real-time assistance and in-person troubleshooting with the fan base to ensure all network-related issues, including gaining access to the
WiFi, is immediately addressed in real time.

Statistics

Based on usage averages from the 2018 season, the new WiFi network was able to fully support 19,343 peak unique users and 13,529 concurrent users, with a peak
adoption rate of 44% of in-venue fans connected to the WiFi at one point during the season.

The secure and reliable WiFi connectivity improved the mobile experience for fans, allowing them to experience and share the
game’s excitement with family and friends – both in stadium and out.

Through Analytics, the Sevens discovered actionable intelligence to further improve the game day. Different pockets of WiFi networks were identified around the stadium; including personal WiFi hotspots, and other sources of interference. Which upon elimination, bolstered the network experience for fans and simplified network management for the IT team.

Guest wifi solutions

Wifi6 wireless solutions

Outdoor wifi solutions

Wifi solution

Hotel wifi solution

Guest-wifi solutions

Cloud managed wifi solutions

Sevens Stadium WiFi Products & Solutions

AP1750 Wireless Dual Band Access Points

Wireless LAN Controller

Wireless Access Gateway & Bandwidth Management

Centralized Cloud
Unified Rack-space

Looking for a better WiFi Solution?

We specialise in public and private WiFi solutions to meet the needs of your business.

Temporary Event WiFi Solution
Temporary Event WiFi Solution

Premium WiFi connectivity across Park Regis Hotel Dubai

Park Regis Kris Kin Dubai offers 384 spacious rooms and suites ranging from superior, deluxe, suites, and two-bedroom suites with free Wi-Fi, universal power points, in-room safe and bedside room management control system.

EZELINK WLAN enables bed, breakfast and bandwidth at Park Regis, seemingly overnight, guests of the Park Regis went from appreciating Wi-Fi access to expecting high-performance mobility with leading wireless networking solution.  Passive EZELINK Wi-Fi gives guest and staff seamless mobility throughout all facilities.

Enabled creating a tiered access structure for monetizing premium Wi-Fi connectivity. Enterprise WLAN optimization tool, EZELINK provided centralized network management for quality user experience, network planning and fast trouble shooting. Smooth implementation ensured the deployment is non-disruptive to guests and meets tight rollout schedule. Enabled future transition to mobilizing various corporate software applications and adopting voice over Wi-Fi technology.

    Free internet access to all the public areas in Dubai Silicon Oasis and secured WiFi for head office

    Outdoor WiFi

    Outdoor Long Range WiFi, providing wireless Internet access for hard to reach areas.

    Lower cabling costs

    Reduces the requirement for contingency cable installation, fill the gaps by WLAN deployment.

    Easier to collaborate

    Facilitates access to collaboration tools from any location, files can be shared on the spot and requests for information handled immediately.

    Challenge

    The aim was to provide the free WiFi for all the public venues across the Dubai Silicon Oasis and the ability to provide easy guest access without users having to enter login credentials is a much desired feature.
    7.2 KMs
    Total Area (sq ft)
    Outdoor
    Extreme Conditions
    5,000
    Visitors/Week
    Simplified
    Large Networking Areas

    Dubai Silicon Oasis is the first free zone in Dubai to deploy 24/7 free wireless internet throughout the 7.2 sq km technology park.

    In many public venues the ability to provide easy guest access without users having to enter login credentials was a much desired feature. For DSO offering WiFi service, creating guest accounts can be a big hassle, as there are an immense number of users each day. EZEGATE solution is part from EZELINK products; provide easy method to login – the guests only have to enter their name and mobile number before gaining access to the Internet.

    Furthermore, the ability to manage users accounts to be limited by bandwidth limitations. WiFi access is now live and available free of charge at the DSOA headquarters, outdoor public area in DSO, the Ceder and Semmer Villas and its community centre, which made DSO the first free zone in Dubai to deploy 24/7 free wireless internet throughout the 7.2 sq kms technology park.

    • DSO required a turn-key solution to provide outdoor WiFi coverage and user management across its campus.
    • High density usage on the available outdoor open WiFi.
    • 24/7 Support and service for a public internet WiFi.
    • Convenience: Simplifies networking of large, open people areas.
    • Flexibility: Allows work to be done at the most appropriate or convenient place rather than where a hotspot coverage is available.

    Solution

    EZELINK professional services team ensured the design and implementation of the core Access Point infrastructure:

    Dubai Silicon Oasis Wi-Fi Products & Solutions

    AP1750 Wireless Dual Band Access Points

    Wireless LAN Controller

    Wireless Access Gateway & Bandwidth Management

    Centralized Cloud
    Unified Rack-space

    Looking for a better WiFi Solution?

    We specialise in public and private WiFi solutions to meet the needs of your business.

    Hospitality WiFi Solution
    Hospitality WiFi Solution

    Smart Wifi Solution for Grand Hyatt Dubai

    Grand Hyatt Dubai is home to 682 luxurious rooms including 38 suites, ranging from 39 square meters to 264 square meters. Grand Hyatt needed a reliable network solution to support a large number of mobile devices and users. A network infrastructure to support customer service through IoT and cloud.

    EZELINK state of the art wireless technology provides reliable and fast networking to deliver seamless network connectivity to the employees as well as customers visiting Grand Hyatt Dubai.

    Smart Wi-Fi technology improves the customer experience and minimized the additional investment cost for new infrastructure in the future.

    EZELINK offer seamless internet service to all hotel guests and providing secured stability and speed through various switches. This allows the customer to quickly identify and respond to network issues in real time. Supporting visitors of 682 rooms and large convention rooms, the reliable and fast network lead to customer satisfaction and growth of the Grand Hyatt Dubai Hotel.

      Intelligent transport system becomes the basis of the infrastructure of a smart city

      The theater begins with a hanger, and the city with public transport. In recent years, more and more attention has been paid to the convenience of moving around cities and regions, the accessibility of all their corners for both residents and tourists. guest wifi solutions All attempts to solve this problem by traditional methods have failed. Hope only for smart transport.

      The topic of smart cities in recent years has become one of the most discussed at all IT events and, perhaps, has surpassed even recent favorites in popularity: big data and blockchain. Perhaps the reason lies in the fact that the rather futuristic benefits of these technologies fade before the real benefits that the most understandable component of a smart city already brings – SMART Transport. wifi6 wireless solutions

      The obvious benefits of smart transport

      Residents of cities where an intelligent transport system has been created or some of its elements have been introduced can feel with their own hands and experience the changes in the transport situation in general and in the operation of public transport in particular. Check with a mobile application or look at the scoreboard when the bus you need comes up, choose a convenient payment method and the most favorable fare. Find a free parking space in advance and pay it not only in cash, but also with a card, mobile phone, etc. To see how, after the appearance of cameras on the roads that record violations of the rules of the road, drivers become more accurate and polite. outdoor wifi solutions Can all these clear and obvious benefits go unnoticed?

      It is clear that, depending on the scale and financial capabilities of the city or region, an intelligent transport system can be created in it faster or slower. The list of components is also significantly different. However, in any case, the appearance of even individual elements of this system almost immediately makes the city more convenient and attractive not only for its residents, but also for guests wifi solution.

      Intelligent Transport System

      The implementation of Intelligent Transport System (ITS) hotel wifi solution today is a necessary step in many respects: traffic jams, traffic accidents, public transport and increasing number of people in the city. The advent of the intelligent transport system made it possible to optimize the work of traffic lights, public transport, automatic recording of violations, organize paid parking lots and online monitoring of traffic conditions.

      To manage the intelligent transport system, the most modern Situation Center in Europe has been created. In addition, ITS is also communication channels, data transmission system, software and information security system. According to the data center, thanks to the introduction of ITS, the number of deaths in road accidents in the capital over the past 10 years has decreased by 2 times, and the average speed during peak hours, despite the increase in the number of cars, has increased by 16% over the past 7 years.

      ITS components

      One of the most effective components of an intelligent transportation system is smart cameras. The drivers are already used to the fact that they record speeding and compliance with parking rules. However, the list of their skills is gradually expanding. guest-wifi solutions Not so long ago, cameras that send fines for driving along a designated lane or on the side of the road, lane-by-lane change over a solid line, pedestrians not passing on a zebra, leaving for waffle marking or for a stop line, driving for a red signal traffic light.

      In addition, the cameras have already taught to identify drivers who drive without compulsory motor third-party liability insurance and who have not undergone inspection. Another important component is traffic intensity sensors installed on public transport. Together with photo and video recording cameras, they provide an opportunity to get the most complete picture of the traffic situation on the roads – to assess the traffic intensity, speed of cars, identify problem areas and places where accidents most often occur or congestion occurs. And of course, tell passengers when the bus they need comes.

      It is clear that the work of all these devices is based on software based on artificial intelligence and machine learning technologies. cloud managed wifi solutions The most common technology that is now used in digital vision is the use of neural networks. At the household level, training in neural networks is similar to human training. Photos with a certain sign are fed to the entrance, the network remembers them and can find them among other images. Cars, trucks, people’s faces – objects can be different. Search, classification, clustering – the range of tasks is multifaceted, but the principle remains same. The more “training” photos, the better the network works. 

      One of the most important functions of the state is to ensure the safety of citizens. And here smart transport also comes to the rescue. Constant video surveillance of what is happening at the station, bus station, metro, and also in public transport salons significantly reduces the likelihood that an attacker will be able to freely do his dirty work. Moreover, video cameras are becoming more intelligent and already know how to recognize suspicious faces and emergency situations. Citizens are also gaining more opportunities – they can quickly call the police or ambulance using special emergency call columns or the Passenger-Machinist device.

      Data from devices installed on public transport enriched with information about the movement of city residents received from mobile operators or from a single city fare payment system is an invaluable source of information on the basis of which you can plan new transport routes or optimize existing ones. And the social effect of such optimization is hard to overestimate.

      WiFi Integration

      It is obvious that in developing the concept of creating a smart city, one can not do without such an important component Wireless connectivity. WiFi has become a driving force when it comes to connecting devices, sharing data and exchanging information. A network of physical devices, traffic management, smart traffic lights and the distribution of cars in parking lots and other items that are embedded with electronics, software and connectivity enabling them to connect and share.

      Communication without a Network Operator allowed People to call via Wi-Fi

      WiFi Calling is a solution that allows you to make voice and video calls, as well as exchange text messages over the mobile operator’s core network through a connection to any Wi-Fi guest wifi solutions network. In fact, it solves the problem of poor-quality voice service or its complete absence in the premises without the need for the development of a mobile network in individual buildings. All that is needed is the support of this technology by the networks of the mobile operator and the subscriber device in which the corresponding function is implemented (“flashed” in the smartphone at the system level).

      Technologically, WiFi Calling (or Voice-over-Wi-Fi) is a continuation of the Voice-over-LTE service (transmission of voice data over LTE networks), which is based on voice over IP protocol. The fundamental difference between wifi6 wireless solutions WiFi Calling and existing IP-telephony services (Skype or many applications, such as WhatsApp, Viber, Facebook Messenger, etc.) is that the call is made through the core network of a mobile operator and is an ordinary telephone call from a subscriber’s mobile number.

      Currently, Wi-Fi Calling is mainly used to improve the quality of voice coverage inside buildings, where for some reason the quality of cellular communication is insufficient and the use of VoLTE is impossible. And “white spots” in the coating can be present both in suburban homes, away from base stations, and in densely populated areas, for example, in buildings outdoor wifi solutions constructed using energy-saving materials, which significantly impede the penetration of a cellular signal. In the absence of sufficient bandwidth, video calls can only be made through a Wi-Fi network (even if voice connections are made in LTE). In these cases, Wi-Fi Calling technology can complement VoLTE, which gives operators the opportunity to launch voice and video services based on IMS even at an early stage of LTE network construction. This will provide a better user experience compared to CSFB. youtube gerçek abone satın al

      Convenience for the subscriber

      The main advantage of Wi-Fi Calling for subscribers is, first of all, the ability to use voice communication services from their smartphone in case of poor coverage of the mobile network or its absence. Being in a cafe located in the basement, you will no longer need to go outside in order to catch a signal, or download special applications – the connection can be established through a wifi solution Wi-Fi router, which today is almost everywhere. The same applies to suburban homes with poor mobile coverage, and densely populated urban areas, where the indoor signal often leaves much to be desired, while the number of Wi-Fi routers rolls over.

      A smartphone with Wi-Fi Calling installed automatically connects to an available Wi-Fi network at a time when the mobile signal becomes too weak to make a call or disappears completely.

      Another advantage of Wi-Fi Calling for a subscriber is the ability to significantly reduce the cost of voice communications, including roaming for calls from abroad to the home operator’s network. Firstly, operators do not charge additional voice communications over IP protocol. Secondly, since voice over Wi-Fi is transmitted over the Internet, the call is not tied to the geographic location of the caller. hotel wifi solution Calls to numbers on your home network from abroad will remain free. At the same time, calls to the networks of international operators are charged as usual. Thus, while on a business trip or on vacation abroad, in a hotel with Wi-Fi, it is possible to make and receive calls as if you were in your home region.

      Since Wi-Fi calling connections are made through the public Internet, subscribers can access their carrier’s network from anywhere in the world. In addition, users are relieved of the need to install additional applications when traveling outside the home network, and the process of using a subscriber device is no different from the usual one.


      Benefits for operators

      Wi-Fi Calling helps to reduce the churn of subscribers by improving the quality of voice and video coverage inside the building, where, as a rule, there are guest-wifi solutions Wi-Fi access points. The technology of voice over Wi-Fi networks can be a decisive argument for the subscriber when choosing an operator when there is no mobile coverage in the apartment or house, or the signal is weak, the network is congested, etc.

      it’s much more profitable for operators to reuse a huge amount of Wi-Fi networks already available in their Internet access points, including home routers of their subscribers, rather than, for example, invest in stimulating the development of femtocells. Given that the functionality to support Wi-Fi Calling services was originally integrated into smartphones by the manufacturer, operators will not need to spend additional funds on supporting and developing individual voice applications.

      The introduction of Wi-Fi telephony also opens up new opportunities for operators in the field of convergence of mobile and fixed communications (FMC). For example, this service gives mobile operators the opportunity to take the place of fixed ones when it comes to customers from the category of small companies that own fiber and their own access point in their office. Thanks to cloud managed wifi solutions WiFi telephony, office employees will be able to maintain their fixed numbers by replacing landlines with smartphones that support Wi-Fi Calling and continue to use them outside the office. In addition, the possible integration between different subscriber devices (mobile and landline phones, tablets and STB consoles) of all members of the same family can also help reduce customer churn.


      Difficulties

      Together with the opportunities that WiFi Calling offers both for subscribers and operators, the new technology poses a number of difficult tasks for communication companies and equipment manufacturers. The main one is the lack of the ability to switch between 2G / 3G networks and Wi-Fi. The possibility of a seamless transition is currently implemented only for the LTE network, as Both technologies are based on the IMS core. Therefore, outside the range of a Wi-Fi router, if there is LTE coverage, the conversation will not end. “Packet data transmission removes the question of which network is used – Wi-Fi or cellular, because, theoretically, packets are transmitted by that route and using the technology that is currently optimal for the user experience.

      Another difficulty for operators whose task is to provide quality voice services is the ability to predict and control the quality of Wi-Fi networks. The operator is not related to the access point set by the user, and the quality of voice services that he provides will depend on the operation of the Wi-Fi network. Difficulties can be caused by interference from a neighboring access point, a high network load or a large range of the router. In addition, modern Wi-Fi technologies provide the transfer of large amounts of data, however, the quality of voice transmission depends not so much on the channel width as on the reliability and continuity of packet transmission from the subscriber device to the access point.

      Another aspect that also requires a technological solution is calls to emergency services via Wi-Fi Calling, since voice transmission over the Internet does not allow receiving data about the location of the subscriber.


      Wi-Fi Calling in the World

      There are still few examples of Wi-Fi Calling implementation – the full-fledged provision of this service is carried out in the USA by Sprint and T-Mobile operators, as well as by the British operator EE. On the way are American AT&T and Verizon, British Vodafone, Singaporean Singtel and other companies that have already announced plans to implement Wi-Fi Calling.

      Different operators use the technology and provide the service in different ways. Subscribers of American operators can use Wi-Fi Calling, located anywhere in the world, while EE allows its customers to make calls via Wi-Fi-networks, only located in the UK. Operators and the prospects for new technology are evaluated differently. For example, Wi-Fi Calling has been available to EE subscribers since April this year, while VoLTE launch on the operator’s networks will be possible only by the end of summer. The leadership of the American AT&T last fall, in turn, announced that the company was in no hurry with the introduction of Wi-Fi Calling, considering this technology, first of all, to expand the capabilities of LTE networks in addition to VoLTE.

      As for subscriber devices that support Wi-Fi Calling, their number is growing rapidly. If more recently they were limited to several models of smartphones, today they are offered by most of the main manufacturers: Samsung, Apple, LG, Alcatel, Nokia, Sony, ZTE, Microsoft.

      EZELINK’s Smart Mobile Offloading converges Mobile and WiFi networks and offers Telcos/ISP’s to integrate legacy and upcoming Next-Generation Networks into a Unified Network.

      EZELINK offers full-fledged Managed Carrier WiFi services for reducing the load on the radio channels of the mobile network and allows mobile subscribers to provide the whole range of high-speed WiFi services in the most popular and crowded places. It further enhanced the customer experience as well.

      The need for mobile internet services is continually growing, and the radio frequency resource is limited. The most cost-effective and quicker solution in addressing the ever-increasing demand, especially for high-density places and with existing hotspots is to reuse the resources of WiFi networks. 

      At the same time, the carrier’s mobile offloading solution relieves the Telco resources for providing specific Telco Services, e.g., WAP. EZELINK’s Smart Mobile Offloading also offers Carriers & ISP’s a range of Value-Added Services (VAS) like WiFi Roaming, Voice Over WiFi/WiFi Calling, WiFi Monetization, and the possibilities are limitless.

      EZELINK’s fully virtualized platform with VM and Open Stack support not only seamlessly integrates with Carrier and ISP Core networks but also offers; billing and Charging, DHCP, DNS, BI Insights, WiFi Monetization, Syslogs with a complete suite of OSS-BSS solution.

      EZELINK’s virtual platform further simplifies the implementation and maintenance of distributed WiFi networks using state-of-the-art monitoring technologies, self-configuration, and self-recovery on the multi-vendor, Multi-tenant with Multi-hierarchy model.

      This solution design allows Telcos to increase the network bandwidth and offer its subscribers a full range of Smart services, without requiring considerable investment. Moreover, EZELINK’s “Pay As You Go” model comes handy from a business standpoint.

      Automation of authentication processes, enhanced customer on boarding,  flexible billing settings and virtualization of network management functions provide cost savings on operational expenses and paves the way for new sources of revenue generations with the likes of Smart Transport WiFi, Smart Malls, Smart Hospitality, Smart Cafes, so on and so forth.