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<\/span><\/figcaption><\/figure> NEW DELHI: Telecom operators need to consider using automated defenses, leveraging machine learning and even AI to secure their networks once they switch to 5G<\/a>, Yasir Liaqatullah, Vice President of Product Management at A10 Networks<\/a> said. In an interaction with ET’s Danish Khan, Liaqatullah said that the company has invested heavily in solving 5G networks-related challenges. Edited excerpts

Please shed some light on security practices for a safe 5G environment.

Security should be built-in to any 5G project and not introduced as an afterthought. For example, for connected cars, data integrity and identity management are critical. Similarly, for massive
IoT<\/a> use cases, the sensors etc. should be actively secured because, if compromised, they can start attacking the operators’ critical infrastructure. With the promise of massive scale and enormous speeds, operators must consider using automated defenses, leveraging machine learning and even AI.

How A10 is preparing for the 5G market?
A10 is laser focused on 5G. We understand the challenges network operators are facing and have invested heavily in solving some of these challenges. We are partnered with some of the other key technology providers and have a comprehensive roadmap to address emerging challenges. Our early bets on 5G adoption are paying off as we have won multiple pilot projects and are best positioned to address the market needs.

What are the opportunities for the enterprise segment when it comes to 5G?
Enterprises have massive opportunities with 5G. Perhaps the most well understood is the industrial automation, through massive IoT, enabling smart factories. Coupled with ultra-reliable and low latency networks, these factories can not only be monitored, but also controlled and automated through local or remote personnel; even AI. Connected healthcare is another example, where emergency surgeries can be performed remotely, and even providing surgeons with real-time haptic feedback. Similarly, remote diagnostics will be much easier as well. AR and VR have multiple consumer applications but enterprises can also greatly benefit from lower latency, aiding in remote meetings.

Is the investment and infrastructure for 4G viable to support 5G?
Operators can take an evolutionary approach to go to 5G and, while new investment is required to go from 4G to 5G, this can be done in steps. Operators can focus on some areas and monetize it before they invest in another area. The various infrastructure segments of interest which needs investment are new frequency spectrums for urban areas, new RAN infrastructure to support high speeds in a dense environment, upgradation of core network and features to support agility and slicing. Investment in each area comes with its own benefits and opens up new use cases, thus enabling operators to choose and prioritize one over the other.

How will 5G enable new use cases?

5G will touch multiple areas and will highlight new use cases, opening up new revenue opportunities. For example, the enhanced broadband is well understood, where data rates can be as high as 10Gbps, and it will reduce costs for last mile internet delivery. Another area 5G is focusing on is ultra-reliable and low latency networks. This will open up use cases for driverless cars as well as industrial automation through remote monitoring. Tactile internet, where real-time haptic feedback will enable the feel of touch and will help in a better, more realistic AR, VR and remote surgery experience. Finally, 5G also promises very high density of connected devices thus it will be much easier to establish smart cities with each car, bus, parking spot, traffic signal as well as each door, elevator and lightbulb connected to the internet and monitored for efficiency and security.
<\/body>","next_sibling":[{"msid":66427401,"title":"Disruption creates more job opportunities than it takes away: Mukesh Ambani","entity_type":"ARTICLE","link":"\/news\/disruption-creates-more-job-opportunities-than-it-takes-away\/66427401","category_name":null,"category_name_seo":"telecomnews"}],"related_content":[],"msid":66428795,"entity_type":"ARTICLE","title":"Security should be built-in to any 5G project: A10 Networks","synopsis":" Telecom operators need to consider using automated defenses, leveraging machine learning and even AI to secure their networks once they switch to 5G, Yasir Liaqatullah, Vice President of Product Management at A10 Networks said.","titleseo":"telecomnews\/security-should-be-built-in-to-any-5g-project-a10-networks","status":"ACTIVE","authors":[{"author_name":"Danish Khan","author_link":"\/author\/479206691\/danish-khan","author_image":"https:\/\/etimg.etb2bimg.com\/authorthumb\/479206691.cms?width=100&height=100&hostid=268","author_additional":{"thumbsize":true,"msid":479206691,"author_name":"Danish Khan","author_seo_name":"danish-khan","designation":"Senior Editor","agency":false}}],"Alttitle":{"minfo":""},"artag":"ETTelecom","artdate":"2018-10-30 14:45:47","lastupd":"2018-10-30 14:45:47","breadcrumbTags":["5G","A10 Networks","augmented reality","Industry","artificial intelligence","IoT","Interviews"],"secinfo":{"seolocation":"telecomnews\/security-should-be-built-in-to-any-5g-project-a10-networks"}}" data-authors="[" danish khan"]" data-category-name="" data-category_id="" data-date="2018-10-30" data-index="article_1">

安全应该是5 g内置任何项目:A10网络

电信运营商需要考虑使用自动防御,甚至利用机器学习和人工智能安全网络一旦切换到5克,亚希尔Liaqatullah,负责产品管理的副总裁A10网络说。

丹麦汗
  • 发布于2018年10月30日02:45点坚持
新德里:电信运营商需要考虑使用自动防御,甚至利用机器学习和人工智能安全一旦切换到他们的网络5克亚希尔Liaqatullah,负责产品管理的副总裁A10网络说。与ET的丹麦汗Liaqatullah表示,该公司已投入巨资在解决5 g相关的挑战。编辑摘录

请阐明一个安全的5 g环境安全实践。

安全应该是5 g内置任何项目和不引入马后炮。例如,对于连接汽车、数据完整性和身份管理是至关重要的。同样,为大型物联网用例,传感器等应该积极保护,因为如果妥协,他们可以开始攻击运营商的关键基础设施。大规模的承诺和巨大的速度,运营商必须考虑使用自动防御,甚至利用机器学习和人工智能。

广告
A10正在准备5 g市场如何?
A10激光聚焦于5 g。我们理解网络运营商面临的挑战,并投入巨资在解决这些挑战。我们正在与其他的一些关键技术提供者和应对新兴挑战有一个全面的路线图。我们早期的押注5 g采用偿还为我们赢得了多个试验项目和满足市场需求的最佳位置。

有什么机会为企业细分时5 g ?
企业有大量机会与5克。或许最清楚是工业自动化,通过大规模物联网,使智能工厂。再加上飞船稳定性极强,和低延迟的网络,这些工厂不仅可以被监控,但也通过本地或远程控制和自动化人员;甚至是人工智能。连接卫生保健是另一个例子,可以远程执行紧急手术,甚至为外科医生提供实时触觉反馈。同样,远程诊断也会容易得多。AR和VR有多个使用者应用程序,但企业也可以大大受益于更低的延迟,帮助在偏远的会议。

是4 g可行的投资和基础设施来支持5 g ?
操作人员可以采用一种渐进的方法去5克,虽然新投资要求从4 g 5克,这可以在步骤完成。运营商可以集中在某些地区和货币化之前他们投资于另一个领域。感兴趣的各种基础设施领域,需要投资新的频率光谱城市地区,新的基础设施,以支持高速跑在密集的环境中,核心网络的升级和功能来支持敏捷性和切片。投资在每个地区都有自己的好处和开辟了新的用例,从而使经营者选择和优先考虑。

广告
5克如何启用新的用例?

5 g将涉及多个领域,突出新的用例,开放新的收入机会。例如,提高宽带很好理解,数据率可高达10 gbps,它会降低成本为互联网交付最后一英里。5克的另一个领域是专注于飞船稳定性极强,和低延迟的网络。这将打开用例无人驾驶汽车通过远程监控以及工业自动化。触觉网络,实时触觉反馈将使触摸的感觉,将有助于在一个更好的,更实际的基于“增大化现实”技术,虚拟现实和远程手术经验。最后,5克还承诺很高的密度连接设备因此将更容易建立智能城市每辆车,巴士,停车位,交通信号以及每一个门,电梯和灯泡连接到互联网和监测效率和安全性。
  • 发布于2018年10月30日02:45点坚持
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<\/span><\/figcaption><\/figure> NEW DELHI: Telecom operators need to consider using automated defenses, leveraging machine learning and even AI to secure their networks once they switch to 5G<\/a>, Yasir Liaqatullah, Vice President of Product Management at A10 Networks<\/a> said. In an interaction with ET’s Danish Khan, Liaqatullah said that the company has invested heavily in solving 5G networks-related challenges. Edited excerpts

Please shed some light on security practices for a safe 5G environment.

Security should be built-in to any 5G project and not introduced as an afterthought. For example, for connected cars, data integrity and identity management are critical. Similarly, for massive
IoT<\/a> use cases, the sensors etc. should be actively secured because, if compromised, they can start attacking the operators’ critical infrastructure. With the promise of massive scale and enormous speeds, operators must consider using automated defenses, leveraging machine learning and even AI.

How A10 is preparing for the 5G market?
A10 is laser focused on 5G. We understand the challenges network operators are facing and have invested heavily in solving some of these challenges. We are partnered with some of the other key technology providers and have a comprehensive roadmap to address emerging challenges. Our early bets on 5G adoption are paying off as we have won multiple pilot projects and are best positioned to address the market needs.

What are the opportunities for the enterprise segment when it comes to 5G?
Enterprises have massive opportunities with 5G. Perhaps the most well understood is the industrial automation, through massive IoT, enabling smart factories. Coupled with ultra-reliable and low latency networks, these factories can not only be monitored, but also controlled and automated through local or remote personnel; even AI. Connected healthcare is another example, where emergency surgeries can be performed remotely, and even providing surgeons with real-time haptic feedback. Similarly, remote diagnostics will be much easier as well. AR and VR have multiple consumer applications but enterprises can also greatly benefit from lower latency, aiding in remote meetings.

Is the investment and infrastructure for 4G viable to support 5G?
Operators can take an evolutionary approach to go to 5G and, while new investment is required to go from 4G to 5G, this can be done in steps. Operators can focus on some areas and monetize it before they invest in another area. The various infrastructure segments of interest which needs investment are new frequency spectrums for urban areas, new RAN infrastructure to support high speeds in a dense environment, upgradation of core network and features to support agility and slicing. Investment in each area comes with its own benefits and opens up new use cases, thus enabling operators to choose and prioritize one over the other.

How will 5G enable new use cases?

5G will touch multiple areas and will highlight new use cases, opening up new revenue opportunities. For example, the enhanced broadband is well understood, where data rates can be as high as 10Gbps, and it will reduce costs for last mile internet delivery. Another area 5G is focusing on is ultra-reliable and low latency networks. This will open up use cases for driverless cars as well as industrial automation through remote monitoring. Tactile internet, where real-time haptic feedback will enable the feel of touch and will help in a better, more realistic AR, VR and remote surgery experience. Finally, 5G also promises very high density of connected devices thus it will be much easier to establish smart cities with each car, bus, parking spot, traffic signal as well as each door, elevator and lightbulb connected to the internet and monitored for efficiency and security.
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