Dubai Retail partnered with EZELINK for high capacity indoor/outdoor wireless coverage and branded user experience for their prime retail project of Bay Avenue, located in the convenient and popular district of Business Bay.

The most “expensive” direction of the Guest wifi solutions state program “Digital Economy” – “Information Infrastructure” – can be supplemented with projects such as high-speed Internet access to the network of military commissariats

By the end of 2021, as part of the Digital Economy program, a high-speed fiber-optic communication line (FOCL) to the Autonomous Region will be laid and 850 military commissariats across the country will be connected to the Internet. In addition, by 2024, 35 thousand medical and obstetric centers will have access to the Internet. Such plans are contained in the preliminary version of the federal project “Information Infrastructure”, which has developed a center of competence in the same direction. RBC has a copy of the project materials, their authenticity was confirmed by two members of the working group at ANO.

Another important initiative contained in the document is a proposal to change the goal stated in the program on the share of Russian data centers (DPCs) in the global volume of data storage and processing services, reducing it from 10 to 5%.

How the Digital Economy Program Has Changed

The government approved the Wifi6 wireless solutions program in the summer of 2017. At the end of 2017 and the beginning of 2018, action plans were approved in five areas of the program for 2018–2020 with a total budget of more than 500 billion rubles. Moreover, the direction “Information Infrastructure” turned out to be the most expensive – 436.6 billion rubles, of which 100 billion rubles. It is supposed to attract from the budget.

The Government, the Agency and others became founders of the Digital Economy ANO, which should form and coordinate the work of working groups and centers of competence in the areas of the program, evaluate the effectiveness of its implementation, prepare proposals for the development of the digital economy.

The preparation of the financial and economic substantiation of the project is still ongoing. The amount of funding compared with the approved version of the program will undergo changes due to the fact that the previously detailed action plan was approved until 2020, and the federal project is planned to be implemented until 2024.

The transformation of the Information Infrastructure area into a Outdoor wifi solutions project will definitely affect its financing, and a separate budget will be allocated. In addition, “the status of the project will increase,” as well as the level of responsibility of the performers.

More networks

How much the budget for the destinations will be affected by plans to connect Chukotka to the wired Internet, experts found it difficult to evaluate. Another large-scale project in this region – laying fiber-optic lines along the bottom of the Sea.

The construction of Wifi solution fiber optic links in should be considered as a strategic project – in the long run this decision will cost less for the state, since satellites have to be replaced when new communication standards appear. “With the change of 3G to 4G, traffic increased significantly, and it becomes increasingly difficult for a satellite to cope with increasing volumes of information,” he explained. According to Kuskov, partly the decision to conduct high-speed Internet on the peninsula can also be dictated by the fact that the region is important from the point of view of ensuring the country’s security.

It is also proposed to include in the federal project the items “Development and approval of a roadmap for implementing digital technologies in the work of the municipal services of the Ministry of Defense” and “Implementation of a roadmap for improving the efficiency of the property complex of the Ministry of Defense.” The Defense Ministry, the Ministry of Hotel wifi solution and Communications and the “organization selected by competition or designated as the sole contractor” will be responsible for both “cards”. A representative noted that the use of digital technologies to increase the efficiency of management and operation of the property of the Ministry of Defense “will still be diversified.”

The representative of the Ministry of Defense did not answer RBC questions.

At the same time, the provision of Internet to all military commissariats, as well as Cloud managed wifi solutions, will be carried out by the sole contractor on the basis of the state contract, the materials say. Earlier, the state chose Telecom as the sole executor for the project to eliminate digital inequality (connecting to the Internet settlements with 250-500 residents), connecting medical institutions to the Internet, and providing fixed-line services for government agencies. According to the representative of Telecom, the state will be the customer for new projects to connect Chukotka and new facilities in the country, it will determine the sources of financing, technical requirements, and the conditions for choosing performers.

The representative of the Ministry of Communications did not answer RBC questions.

When approving the preliminary version of the federal project, the working group recommended that bidding be provided for the provision of communication services and the use of service models when connecting to the Internet authorities, local governments and educational institutions. According to a RBC source close to the working group, business representatives want to provide competitive communication services based on the results of the auction, while Telecom expects to build the infrastructure by order of the appointment of a single supplier.

Less data

By 2024, the capacity of Russian commercial data centers should be 80 thousand racks (standard cabinets for equipment). The same indicator is indicated in the action plan, but in the new document, the target indicator for Russia’s share in the data storage and processing market is reduced from 10 to 5%. Market participants called the lowering of the bar logical, but point to the need to also reduce the goal for the number of racks. Last year, commercial data centers in Russia had 38 thousand racks. According to Dina Nurkaeva, director of strategic marketing at IXcellerate, in order to double this number, data center operators need to make serious investments, “the payback of which is in question.” “It’s not entirely clear where such a customer base could be taken from,” she said.

Another market participant says that the government’s reckoning that foreign customers will use seats in Russian data centers is unlikely to materialize. “Even at low prices, customers from Europe or the United States are unlikely to massively store their data in a data center in Siberia,” the source told RBC.

According to analysts of TMT Consulting, the Russian data center market in 2017 amounted to 23.6 billion rubles, which is 10.6% more than in 2016. This year, this market is expected to grow by 9% in terms of number of stays and by 13% in revenue. According to Tatyana Tolmacheva, iKS-Consulting partner, an indicator of 80 thousand racks can be achieved, but in the longer term.

Svetlana Savelyeva, head of the industry expertise development department of the Softline group of companies, noted that there is a tendency around the world to reduce the number of data centers and their space, consolidate computing resources and use cloud services of global providers (Amazon, Google, Microsoft).

The introduction of Guest wifi solutions SD-WAN technology allows you to increase the efficiency of managing a geographically distributed corporate data network, simplify work through an affiliate network, and even provide additional services to customers.

In the period of digital transformation, when information technologies from a component supporting a Wifi6 wireless solutions are gradually turning into a tool for making a profit, the load on the IT infrastructure and, accordingly, the requirements for it increase significantly. The customer of the implementation of Outdoor wifi solutions (development of business applications and services) is increasingly becoming the company’s internal business units. Therefore, all IT-related processes must be controllable, scalable, manageable, and prepared for rapid change. instagram oto beğeni

The leaders of the digital transformation are companies in the financial sector. They follow the needs of their customers, who are actively migrating to the Wifi solution, for example, are increasingly using mobile applications to make payments. In addition, the IT infrastructure of modern financial institutions must comply with the requirements of market regulators (in particular, personal data legislation or the PCI DSS standard) and reliably protect users from external and internal cyber threats. All of the above factors greatly affect the complexity of the ICT infrastructure.

Effective management of a geographically distributed Hotel wifi solution data network (DSP) allows us to provide the SD-WAN (Software-Defined Wide Area Network) technology that is actively developing today. 

BACKGROUND OF TRANSITION TO SD-WAN

In business, speed is very important, including the quick launch of new products and services on the market. For example, so that regional offices can quickly solve problems, IT systems are “geographically redistributed” into such units where there are remotely working employees, as well as personnel with seasonal work schedules.

In the context of reorganization and takeover, banks cannot afford long down times due to the fact that new sites must integrate their IT systems and applications into the existing IT landscape. The time when the company had a few months and time windows allotted in advance to complete the KSPD switching, unfortunately, has irrevocably gone. Current realities of KSPD is a set of platforms connected using technologies that differ both in type (Ethernet, MPLS, LTE) and in logic (dedicated channels, Internet). At the same time, communication channels must provide access to at least two data centers to maintain the resiliency of the ICT infrastructure and quickly recover from failures. Do not forget about the purely technical requirements for the network associated with providing the necessary bandwidth, delays, packet loss,

SD-WAN FEATURES

The SD-WAN technology is based on a “smart” controller, which automatically redistributes traffic. In addition, the device allows you to centrally change the settings of Cloud managed wifi solutions network equipment in the branches, monitor the network status, download and quality of the channels in online mode, and eliminate any problems. This ensures transparency in the functioning of the data network and reduces the burden on IT professionals serving the network.

The SD-WAN solution involves the automatic formation of a private network and the transfer of information on all types of available communication channels without loss of speed and quality of application work. For example, before, only an expensive dedicated channel was used to transmit voice or video without failures. Now thanks to the SD-WAN technology, you can use the Internet channel as the main one, and the LTE channel as the backup one. As a result, customers can save on paying bills from telecom operators and solve the issue of reserving VPN channels in a simple and cheap way.

Modern software-defined SD-WAN networks can optimize the cost of leased communication channels and achieve savings of up to 40%. Solutions of this class provide comprehensive security and transparency of the network due to the centralized management of ICT infrastructure. 

TASKS TO SIMPLIFY USING SD-WAN 

ATM Operation Reducing the cost of servicing ATMs.
Due to the large number of ATMs, the bank’s IT service, as a rule, either does not audit their settings at all, or allocates one or two specialists who perform the only task – compliance control (checking compliance with internal standards and legislative and regulatory requirements). When using SD-WAN, this task is solved automatically, since a single configuration of settings is replicated to all ATMs. It also eliminates the influence of the human factor (for example, errors in prescribing settings). 

Changing network settings as a result of changing ATM software.With the classical approach in a network that has, say, more than 2 thousand ATMs, three specialists who have access to them only during off-hours hours for these devices will be able to change network settings within one year. When using SD-WAN, due to the ability to duplicate settings, this process takes up to two months (coverage – 40 ATMs per day). 

Minimizing risks in theft of ATMs. SD-WAN technology allows you to quickly “disconnect” an ATM from a trusted network in case of physical theft.

Improving the safety of ATMs. Thanks to software-defined networks, the speed of applying security policies when detecting “holes” in ATM software is increased. Moreover, the development of a new configuration takes days, and its distribution to the entire fleet of equipment – in a matter of weeks. 

Improving the availability of the basic service (issuing / receiving money). Currently, ATMs are connected, as a rule, using one or two SIM-cards. In the halls of shopping centers, ATMs connected to different operators at the same time are often the only ones operating and they get all the revenue. SD-WAN technology allows the use of a “bundle” of LTE modems of several operators, thereby increasing the efficiency of ATMs.

Operation of payment terminals. 

Broadcasting of advertising and informational content. When using terminals as a means of displaying the advertising content of partners, it is necessary to provide a channel with a bandwidth significantly wider than for transactions in ATMs. The same “bundle” of LTE modems can help with this. 

Minimizing the cost of equipment in the terminal and its maintenance, reducing the cost of communication channels.The cost of equipment is reduced through the use of standard devices on the x86 platform instead of specialized routers. Cost optimization for communication channels can be achieved using the “bundle” of any available wired and wireless channels. The use of plug-and-play devices and the implementation of settings through the replication of policies helps to reduce maintenance costs. 

Replacement of obsolete equipment. 

Modernization of KSPD. Network equipment lasts an average of five to seven years, and then is gradually replaced. SD-WAN solutions from any manufacturer can be integrated into the existing territorial divisions’ KSPD, built on standard VPN technologies or dedicated channels.

When upgrading the ICT infrastructure, the implementation of SD-WAN should be considered in at least two cases:

• the equipment was commissioned in 2012 or earlier, but due to the devaluation of the ruble in 2014, there was no replacement. As a result, the equipment becomes obsolete and the deadline for its removal from service by the manufacturer is approaching;
• used standard routers (for example, Cisco 28xx and 29xx series) are already out of production or from technical support.

Mergers, Acquisitions and Reorganizations

The combination of IT systems of different banks is not uncommon today. The first step from which unification begins is to ensure network connectivity. 

Speeding up the integration of heterogeneous networks. SD-WAN is the best tool for combining several geo-distributed networks formed after mergers into a single unified network. 

Automation of the process of migration to new or additional network elements (firewalls or traffic optimizers).The classical approach has two drawbacks: migration is done manually, and it takes months, or even years, and the absence of IT specialists with the necessary qualifications in remote offices. When using SD-WAN, the migration process is automated, fast (due to the deployment of devices on the basis of plug-and-play and zero touch provisioning, ZTP), managed (through configuration through templates) and segmented by trust levels already out of the box. At the same time, any office employee can connect the “box” (SD-WAN equipment) to the Internet.

Enhancing Failover Resiliency

The SD-WAN solution easily provides fault-tolerance of KSPD on various communication lines. Moreover, the technology allows you to build any number of dynamic (created in the presence of traffic) tunnels between any two points. SD-WAN will be built regardless of the types of physical communication channels used (dedicated MPLS, Internet or LTE), and engineers will not need to redistribute traffic between the channels. 

Work through an affiliate network 

Fast and secure connection of new points of presence in an affiliate network.To ensure a presence in the region as soon as possible, you can easily, and, most importantly, quickly connect new sites using the ZTP approach, which allows you to establish a connection to a corporate network without involving IT specialists and business trips. High speed is also achieved due to the independence of the types of communication channels. At the same time, isolation by trusted network segments makes it possible to divide the KSPD into parts and dictate to them the rules of interaction with each other in the logic presented by the business (affiliate network, additional offices, operational offices, operating cash desks). 

Centralization and automation of network management.Unlike classic technologies, the SD-WAN solution is not managed at the end sites. The logic of work is determined on the central controllers and replicated on the equipment of the final sites. SD-WAN automatically selects the most profitable route, which will consist of several physical channels that provide applications with the level of communication they need. 

Mobile service center. 

Maintenance of the bank’s mobile office in the framework of various events. In such cases, 100% availability of services is required anywhere in the region, regardless of the presence of telecom operators. One of the tasks that SD-WAN solves is the provision of fault-tolerant and redundant communications for vehicles based on the “bundle” of LTE modems from various operators. 



Wi-Fi for customers at points of sale

Organization of high-quality free Wi-Fi in branches, additional and operational offices. This goal can be set to obtain information about customers for the tasks of targeting and profiling. Moreover, it is usually necessary to achieve it within the existing budget for communication channels, equipment and with minimal involvement of IT personnel.

Here you can give an example of the company GAP, which although it does not belong to the financial sector, but the tasks it has solved are also relevant for its representatives. Thanks to the SD-WAN technology, the company was able to switch from MPLS to the use of several Internet channels, thereby increasing the bandwidth by 26 times. Part of this band was used to distribute Wi-Fi to customers. 

The number of devices on the World Wide Web is growing rapidly. According to EZELINK, in 2022 there will be six devices connected in Guest wifi solutions to the Internet for every person. The bottleneck for the development of IT infrastructure that provides users and Internet of things elements access to data centers and the applications running in them is the last mile of the channel to the client. The twentieth anniversary of Wi-Fi wireless technology, celebrated in June, can no longer provide increased connectivity. The technological response to the new business requirements is the new Wifi6 wireless solutions (802.11ax) wireless standard introduced in June at a EZELINK press conference.

Benefits of New Technology  

Wi-Fi 6 provides an average of four times faster performance than Wi-Fi 5 (802.11ac). The new standard supports modulation of 1024 QAM – and the Outdoor wifi solutions previous only 256 QAM, respectively, a much larger amount of information can now be encoded into a unit of spectrum.

Another important benefit is less latency in accessing the medium. Unlike previous versions of Wi-Fi, the Wi-Fi 6 standard does not use OFDM to encode a signal, but OFDMA (orthogonal frequency division multi-access), this algorithm allows multiple access, or simultaneous access to a transmission medium for several devices. In previous versions of Wi-Fi, the access point and client devices transmitted only in the case of free air. With the Wifi solution simultaneous broadcasting of several devices, an error of overlapping frames (packets) occurred – a collision. The device that failed to establish communication periodically repeated access attempts.

With an increase in the density of devices, such a mode of working with Hotel wifi solution collisions is no longer effective. The basis of the new standard is borrowed from mobile communications. Devices do not fight for air, spending their resources, but use the scheduler in the downstream channel. In fact, the device negotiates with the access point about the airtime, which does not allow collisions.

 The new technology provides energy efficiency – electricity is not wasted on multiple attempts to occupy the ryokanal. This is especially important in light of the rapid development of the Cloud managed wifi solutions Internet of things, as it saves the battery power of sensors.

 As a rule, sensors transmit a small amount of information at rare intervals. Wi-Fi 6 is optimized to work in this mode. Now the time interval of a communication session can be divided into small segments for interaction with devices of the Internet of things and plan the exchange of packets. For example, a water meter will be able to arrange communication sessions with an access point once a day.

New technologies provide greater connectivity. OFDMA allows you to simultaneously transmit traffic from nine devices. Improved MU-MIMO – receive / transmit technology for working with multiple users. Wi-Fi 6 can transmit to eight devices simultaneously with spatial diversity. The BSS colorization technology that came from mobile communications began to be used, which allows devices to highlight their access points and ignore the others when the devices are densely coated.

Wi-Fi 6 is compatible with previous standards, so you can switch to it gradually by smoothly changing the backbone switches and client devices. Each device will be serviced according to the standard with which it can work.

Wi-Fi 6 or 5G?

Wi-Fi 6 and 5G are becoming the main wireless technology. But 5G will take longer to deploy, as it is an operator technology that requires frequency allocation and an operator license. You can deploy a Wi-Fi network faster, because it does not need permissions for the open frequency spectra used in the technology, and Wi-Fi 6 works in two bands at once: 2.4 and 5 GHz.

Technologies complement each other in many ways. 5G is more suitable for the street, for autonomous transport, and Wi-Fi 6 is more focused on corporate use indoors. There are intersections – in small offices it may be more efficient to use 5G – no need to deploy and maintain your Wi-Fi network. At the same time, Wi-Fi can also be used outdoors, for example, in large factories. Wi-Fi 6 looks preferable when wirelessly connecting virtual reality devices and for obtaining high-definition images (4K, 8K), when high speed transmission of large amounts of data is required. Wi-Fi 6 technology can be effectively used in places with increased connection density: in stadiums, in lecture halls and conference rooms.

Wi-Fi chipsets are significantly cheaper than mobile communications chipsets. So, most likely, there will be many things with the Wi-Fi interface. Smartphone manufacturers are also interested in using the Wi-Fi 6 standard, as this extends the life of the device on a single battery charge.

New Standard – New Infrastructure

The Wi-Fi 6 standard is new and finally accepted can only be considered after ratification. “But the products will be available now, as there will be no technical changes to the standard.

EZELINK has announced the new line of access points that support BLE, Zigbee, and Thread IoT protocols. Four external antennas allow you to simultaneously work with four users. The market is offered a Wi-Fi 6-enabled low-end Catalyst 9115 and a more powerful Catalyst 9120, supporting more innovations. A built-in high-precision spectrum analyzer that assesses the effect of interference on the network and also detects malicious elements – for example, access points for intruders trying to intercept the usernames and passwords of users on the corporate network.

The entire network, including switches, should be ready for work with the Wi-Fi 6 standard. Radio performance reaches 5 Gb / s, so old access switches with gigabit ports become a bottleneck when transmitting packets on a network. Yes, and on aggregation and in the core of the network more efficient devices are required. The former flagship product of the Catalist 6800 line with a capacity of 160 Gb / s is no longer relevant. It is being replaced by a supporting network based on the intent of the Catalyst 9600 switch with a performance of 2.4 Tbps. Moreover, the switch is modular, which makes it attractive for large corporations. Modularity can be used for redundancy and scaling – ports are added without interruption to service the device.

Work is underway to create an ecosystem of solutions that support the new standard. There are device partners who are testing to interact with new EZELINK products. The company itself is testing the compatibility of new access points with Apple, Samsung devices and using the Intel chipset. As part of the interaction testing, coordination of the optional Wi-Fi 6 parameters between the network device and the client is being worked out. This practice was created by EZELINK for Wi-Fi standard 5. As a result of partnership with Apple, roaming optimization in Wi-Fi networks was achieved: switching between access points is four times faster than without such optimization, which is especially important when transmitting voice and video . Interaction with developers of applications for the mobile-cloud world in the framework of EZELINK DevNet. There is a partnership within the framework of the OpenRoaming consortium working on seamless roaming and authentication between LTE / 5G and Wi-Fi networks. Samsung, Boingo, GlobalReach, Presidio and other companies joined the project. “At the beginning of 2020, we expect a mass offer of devices with Wi-Fi 6 support for users. Wi-Fi 6 is a revolution in terms of technology, and the leap in technology development in particular leads to the emergence of new models for their application, leading to business development. We are entering a new era of wireless communications.