�ݺ�ߣshows by User: MatsuoSawahashi

�ݺ�ߣshows by User: MatsuoSawahashi / http://www.slideshare.net/images/logo.gif �ݺ�ߣshows by User: MatsuoSawahashi / Thu, 31 Jan 2019 08:42:29 GMT �ݺ�ߣShare feed for �ݺ�ߣshows by User: MatsuoSawahashi Network and Security Reference Architecture For Driving Workstyle Transformation /MatsuoSawahashi/network-and-security-reference-architecture-for-driving-workstyle-transformation workstyletransformationra-en-190131084229
Many companies have began to use multiple cloud services as usual. However, enterprise network has been built around the data center and it is a topology centered on the data center. The bandwidth of the Internet gateway on the data center becomes short. The access line from the site is also tight with massive data due to increase in use of SaaS such as O365 or Box. Meanwhile, employees have worked in various places such as office, outside and home. Business partners also want to access the enterprise network to collaborate business with the company. They want to use enterprise applications on both on-premise and cloud as same procedure. To solve above problems, we need to change our mind. - The data center is no longer the center, but the network becomes the center. - The Internet is dangerous, however if we use it well, it is cheap, we can build a strong network against failure or disaster - Boundary protection is no longer able to protect enterprises from recent threats, it does not accept diverse usage patterns – beyond various boundaries So, please look at the deck for understanding the solution]]>
Many companies have began to use multiple cloud services as usual. However, enterprise network has been built around the data center and it is a topology centered on the data center. The bandwidth of the Internet gateway on the data center becomes short. The access line from the site is also tight with massive data due to increase in use of SaaS such as O365 or Box. Meanwhile, employees have worked in various places such as office, outside and home. Business partners also want to access the enterprise network to collaborate business with the company. They want to use enterprise applications on both on-premise and cloud as same procedure. To solve above problems, we need to change our mind. - The data center is no longer the center, but the network becomes the center. - The Internet is dangerous, however if we use it well, it is cheap, we can build a strong network against failure or disaster - Boundary protection is no longer able to protect enterprises from recent threats, it does not accept diverse usage patterns – beyond various boundaries So, please look at the deck for understanding the solution]]> Thu, 31 Jan 2019 08:42:29 GMT /MatsuoSawahashi/network-and-security-reference-architecture-for-driving-workstyle-transformation MatsuoSawahashi@slideshare.net(MatsuoSawahashi) Network and Security Reference Architecture For Driving Workstyle Transformation MatsuoSawahashi Many companies have began to use multiple cloud services as usual. However, enterprise network has been built around the data center and it is a topology centered on the data center. The bandwidth of the Internet gateway on the data center becomes short. The access line from the site is also tight with massive data due to increase in use of SaaS such as O365 or Box. Meanwhile, employees have worked in various places such as office, outside and home. Business partners also want to access the enterprise network to collaborate business with the company. They want to use enterprise applications on both on-premise and cloud as same procedure. To solve above problems, we need to change our mind. - The data center is no longer the center, but the network becomes the center. - The Internet is dangerous, however if we use it well, it is cheap, we can build a strong network against failure or disaster - Boundary protection is no longer able to protect enterprises from recent threats, it does not accept diverse usage patterns – beyond various boundaries So, please look at the deck for understanding the solution <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/workstyletransformationra-en-190131084229-thumbnail.jpg?width=120&height=120&fit=bounds" /><br> Many companies have began to use multiple cloud services as usual. However, enterprise network has been built around the data center and it is a topology centered on the data center. The bandwidth of the Internet gateway on the data center becomes short. The access line from the site is also tight with massive data due to increase in use of SaaS such as O365 or Box. Meanwhile, employees have worked in various places such as office, outside and home. Business partners also want to access the enterprise network to collaborate business with the company. They want to use enterprise applications on both on-premise and cloud as same procedure. To solve above problems, we need to change our mind. - The data center is no longer the center, but the network becomes the center. - The Internet is dangerous, however if we use it well, it is cheap, we can build a strong network against failure or disaster - Boundary protection is no longer able to protect enterprises from recent threats, it does not accept diverse usage patterns – beyond various boundaries So, please look at the deck for understanding the solution

Network and Security Reference Architecture For Driving Workstyle Transformation from Matsuo Sawahashi

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0 Service quality monitoring system architecture /slideshow/service-quality-monitoring-system-architecture-114887580/114887580 servicequalitymonitoringsystemarchitecture-180916234136
The latest distributed system utilizing the cloud is a very complicated configuration in which the components span a plurality of components. Applications for customers are part of products, and service quality targets directly linked to business indicators are needed. Legacy monitoring system based on traditional system management is not linked not only to business indicators but also to measure service quality. Google advocates the idea of site reliability engineering (SRE) and introduces efforts to measure quality of service. Based on the concept of SRE, the service quality monitoring system collects and analyzes logs from various components not only application codes but also whole infrastructure components. Since very large amounts of data must be processed in real time, it is necessary to design carefully with reference to the big data architecture. To utilize this system, you can measure the quality of service, and make it possible to continuously improve the service quality. ]]>
The latest distributed system utilizing the cloud is a very complicated configuration in which the components span a plurality of components. Applications for customers are part of products, and service quality targets directly linked to business indicators are needed. Legacy monitoring system based on traditional system management is not linked not only to business indicators but also to measure service quality. Google advocates the idea of site reliability engineering (SRE) and introduces efforts to measure quality of service. Based on the concept of SRE, the service quality monitoring system collects and analyzes logs from various components not only application codes but also whole infrastructure components. Since very large amounts of data must be processed in real time, it is necessary to design carefully with reference to the big data architecture. To utilize this system, you can measure the quality of service, and make it possible to continuously improve the service quality. ]]> Sun, 16 Sep 2018 23:41:36 GMT /slideshow/service-quality-monitoring-system-architecture-114887580/114887580 MatsuoSawahashi@slideshare.net(MatsuoSawahashi) Service quality monitoring system architecture MatsuoSawahashi The latest distributed system utilizing the cloud is a very complicated configuration in which the components span a plurality of components. Applications for customers are part of products, and service quality targets directly linked to business indicators are needed. Legacy monitoring system based on traditional system management is not linked not only to business indicators but also to measure service quality. Google advocates the idea of site reliability engineering (SRE) and introduces efforts to measure quality of service. Based on the concept of SRE, the service quality monitoring system collects and analyzes logs from various components not only application codes but also whole infrastructure components. Since very large amounts of data must be processed in real time, it is necessary to design carefully with reference to the big data architecture. To utilize this system, you can measure the quality of service, and make it possible to continuously improve the service quality. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/servicequalitymonitoringsystemarchitecture-180916234136-thumbnail.jpg?width=120&height=120&fit=bounds" /><br> The latest distributed system utilizing the cloud is a very complicated configuration in which the components span a plurality of components. Applications for customers are part of products, and service quality targets directly linked to business indicators are needed. Legacy monitoring system based on traditional system management is not linked not only to business indicators but also to measure service quality. Google advocates the idea of site reliability engineering (SRE) and introduces efforts to measure quality of service. Based on the concept of SRE, the service quality monitoring system collects and analyzes logs from various components not only application codes but also whole infrastructure components. Since very large amounts of data must be processed in real time, it is necessary to design carefully with reference to the big data architecture. To utilize this system, you can measure the quality of service, and make it possible to continuously improve the service quality.

Service quality monitoring system architecture from Matsuo Sawahashi

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0 Multi cloud network leveraging sd-wan reference architecture /slideshow/multi-cloud-network-leveraging-sdwan-reference-architecture/113647997 multi-cloudnetworkleveragingsd-wanra-180909095248
A lot of clients use multiple public clouds as a result of selecting a cloud that meets their requirements. In connecting on-premise DCs and clouds, as a result of connecting with individual lines, it has become a complicated, lacking flexibility, and high cost network. This presentation produces a simple and flexible with low cost multi-cloud networking reference architecture leveraging a cloud exchange service with SD-WAN (Software Defined Wide Area Network).]]>
A lot of clients use multiple public clouds as a result of selecting a cloud that meets their requirements. In connecting on-premise DCs and clouds, as a result of connecting with individual lines, it has become a complicated, lacking flexibility, and high cost network. This presentation produces a simple and flexible with low cost multi-cloud networking reference architecture leveraging a cloud exchange service with SD-WAN (Software Defined Wide Area Network).]]> Sun, 09 Sep 2018 09:52:48 GMT /slideshow/multi-cloud-network-leveraging-sdwan-reference-architecture/113647997 MatsuoSawahashi@slideshare.net(MatsuoSawahashi) Multi cloud network leveraging sd-wan reference architecture MatsuoSawahashi A lot of clients use multiple public clouds as a result of selecting a cloud that meets their requirements. In connecting on-premise DCs and clouds, as a result of connecting with individual lines, it has become a complicated, lacking flexibility, and high cost network. This presentation produces a simple and flexible with low cost multi-cloud networking reference architecture leveraging a cloud exchange service with SD-WAN (Software Defined Wide Area Network). <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/multi-cloudnetworkleveragingsd-wanra-180909095248-thumbnail.jpg?width=120&height=120&fit=bounds" /><br> A lot of clients use multiple public clouds as a result of selecting a cloud that meets their requirements. In connecting on-premise DCs and clouds, as a result of connecting with individual lines, it has become a complicated, lacking flexibility, and high cost network. This presentation produces a simple and flexible with low cost multi-cloud networking reference architecture leveraging a cloud exchange service with SD-WAN (Software Defined Wide Area Network).

Multi cloud network leveraging sd-wan reference architecture from Matsuo Sawahashi

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0 https://public.slidesharecdn.com/v2/images/profile-picture.png https://cdn.slidesharecdn.com/ss_thumbnails/workstyletransformationra-en-190131084229-thumbnail.jpg?width=320&height=320&fit=bounds MatsuoSawahashi/network-and-security-reference-architecture-for-driving-workstyle-transformation Network and Security R... https://cdn.slidesharecdn.com/ss_thumbnails/servicequalitymonitoringsystemarchitecture-180916234136-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/service-quality-monitoring-system-architecture-114887580/114887580 Service quality monito... https://cdn.slidesharecdn.com/ss_thumbnails/multi-cloudnetworkleveragingsd-wanra-180909095248-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/multi-cloud-network-leveraging-sdwan-reference-architecture/113647997 Multi cloud network le...