This document summarizes Brocade's software networking solutions including Software Defined Networking (SDN) and Network Function Virtualization (NFV). It describes Brocade's SDN controller, vRouter, vADC, and Services Director products. The SDN controller provides a centralized view of the network and APIs for developing applications. The vRouter is a virtual router that can provide networking and security functions with high performance. The vADC provides load balancing, traffic management, and application delivery capabilities. The Services Director provides capacity management and metering for virtual network functions.
Understanding Cisco’s Next Generation SD-WAN Solution with Viptela
Cisco's SD-WAN solution aims to address challenges facing the modern WAN and branch networks, including:
- Increasing use of cloud services and bandwidth demands from more users, devices, and applications.
- Need for flexible connectivity and transport independence beyond traditional MPLS-based WANs.
- Requirements for application-aware policies for quality of experience, segmentation, and security across hybrid WAN transports.
Cisco acquired Viptela to build upon their leading SD-WAN platforms and help customers innovate faster through a cloud-managed and feature-rich SD-WAN solution.
F5 Networks - - OpenStack Summit 2016/Red Hat NFV Mini Summit
F5 Networks presentation on protocol normalization, given at OpenStack Summit 2016 in Barcelona, Red Hat NFV Mini Summit. Includes F5/Red Hat collaboration description.
The VIPRION® 2400 is a midrange chassis-based hardware platform. Adding to the successful F5® VIPRION product line, the new Application Delivery Controller (ADC) provides significant price/performance advantages for enterprises. In addition, F5's Virtual Clustered Multiprocessing (vCMP™) technology combines virtualization and multi-tenancy capabilities to help customers consolidate and efficiently manage application delivery services. Building on F5’s previously announced Clustered Multiprocessing (CMP™) technology, vCMP enables multiple instances of BIG-IP® software to run on one device.
The document summarizes the BIG-IP data center firewall solution from F5 Networks. The solution has been certified by ICSA Labs as a network firewall and performs better than competitors. It defends against over 30 types of network attacks and DDoS attacks. The solution provides a unified security architecture combining firewall, web application firewall, DNS security, access management, and load balancing capabilities in a single device. It integrates with leading vulnerability scanning tools to allow for quick vulnerability assessment and remediation.
This document provides an overview and agenda for a presentation on implementing end-to-end quality of service (QoS) for VMware vSphere with NSX on Cisco UCS. It discusses the project requirements of guaranteeing network traffic for FCoE storage, vSphere management, vMotion and VM backups. It then presents three design options for implementing QoS by marking and prioritizing different classes of service on the virtual network interface cards, VMware distributed virtual switch port groups, Cisco UCS fabric interconnects and Nexus switches. The optimal solution must meet requirements within the constraints of the Cisco and VMware infrastructure components.
Combining SDN with VMware’s NSX can accelerate application deployment and delivery in a secure and virtualized network. No longer will your network create a bottleneck when trying to administer new applications. Key topics include:
- How SDN allows for innovative ways to use a virtualized network
- Why SDN creates greater span of control, network analytics and response
- What intelligence can be gained from a global view of the network
- How SDN and NSX together allow IT to treat their physical network as a pool of transport capacity that can be consumed and repurposed on demand
From: "Software Defined Networking for NSX" webinar presented by Scott Hogg of GTRI and Hunter Hansen of VMware on February 3, 2016. Webinar recording: https://youtu.be/t_3DpN3nIXQ
09 (IDNOG02) Services SDN & NFV Delivering more with less by Mochammad Irzan
Faced with the dual threats of rising operating costs and declining revenues, network service providers are increasingly turning to network functions virtualization (NFV) to help them keep up with constantly changing market conditions.
In a virtualized Telco environment, service providers can deploy and deliver new network functions, services and capacity on demand—reducing normal rollout time from months and weeks to just hours.
Leveraging the principles of cloud computing, network service providers can deliver a level of responsiveness never before available, easily scaling capacity up or down to meet the evolving needs of their subscribers.
The result is a highly agile system that allows new revenue-generating services to be quickly developed, exhaustively tested and selectively rolled out to targeted groups in a fraction of the time and at a much lower cost than previously thought possible.
In this session, the speaker will present how the solution from Juniper networks look like and how it can be deployed by service provider to improve their agility in delivering services to their customers.
VMworld 2014: VMware NSX and vCloud Automation Center Integration Technical D...
This document provides an overview and agenda for a presentation on integrating VMware NSX and vCloud Automation Center. It discusses how the integration enables dynamic configuration and deployment of NSX logical networking and security services through vCloud Automation Center. Key features covered include network profiles for different application topologies, microsegmentation using security groups, applying firewall and security policies, and load balancing. The integration leverages the new NSX vCenter Orchestrator plugin to abstract workflows and make them more extensible.
This document discusses simplifying security in the data center. It introduces concepts like micro-segmentation using Endpoint Groups (EPGs) in Cisco Application Centric Infrastructure (ACI) to isolate application traffic. It also discusses integrating ACI with Cisco TrustSec to apply common identity and security policies between the campus and data center domains. Finally, it demonstrates how the Cisco Firepower management center can be used to automate a security feedback loop, moving compromised endpoints to a quarantined EPG for remediation through REST API calls to ACI.
This document provides an agenda and overview of Cisco Contact Center features, including:
- Introduction to Cisco Contact Center Express, Finesse desktop experience, omnichannel capabilities with Cisco Context Service, and CUIC reporting.
- Details on the Finesse desktop elements, features in Finesse 11.5 like customizable gadgets and multichannel media control, as well as support for web chat, email, outbound capabilities, and IP phone agent functionality.
- Timelines for CAD EOL and information on mixed mode deployments with Finesse, supported phones for IPPA, and an introduction to Cisco's Digital Contact Center vision around omnichannel experiences.
Cisco Connect Toronto 2017 - Cloud and On Premises Collaboration Security Exp...
The document discusses Cisco Spark security features for cloud and on-premises collaboration. It covers Cisco Spark elements, identity management using SAML and OAuth, encrypting and securing messages and files both in the cloud and on-premises using hybrid data security. It also discusses secure search, e-discovery, and partnerships with compliance vendors.
NetScaler SD-WAN provides software-defined wide area networking and cloud access capabilities that are secure, reliable and ensure high application quality. It offers various editions with standard features including bonding multiple WAN circuits into a single logical circuit, monitoring link conditions, and delivering applications over the best circuit. The product provides centralized configuration and management without requiring branch configurations.
Cloud and On Premises Collaboration Security Explained
The document discusses authentication and authorization in Cisco Spark cloud and hybrid deployments. It covers key concepts like identity management, SAML and OAuth authentication flows, encryption of messages and content, secure search indexing, and e-discovery. Hybrid data security is also explained, where encryption keys, search indexing, and e-discovery services are hosted on-premises rather than in the cloud. Maintaining encryption keys on-premises provides additional security but also responsibilities if keys are lost.
This document provides an overview of VMware NSX for vSphere and its use cases. It discusses how NSX addresses barriers to creating a software defined data center by providing network virtualization. It allows network provisioning in seconds, increased compute utilization up to 90%, and cost savings up to 80%. Use cases described include deploying applications from a cloud management platform within logical networks with isolation and micro-segmentation for improved network security.
VMworld 2014: vCloud Hybrid Service Networking Technical Deep Dive
VMware vCloud Hybrid Service provides networking services including IPsec VPN connectivity, direct connect options, and network address translation capabilities. Customers can connect their on-premises networks to vCloud Air through various connectivity methods and extend their internal IP addressing schemes. The presentation also discusses load balancing, firewall, and intrusion detection options for securing multi-tier applications on vCloud Air. Disaster recovery with vCloud Air aims to maintain the same network configurations across sites.
Cisco Connect Toronto 2017 - Understanding Cisco Next Generation SD-WANCisco Canada
- Cisco SD-WAN is Cisco's next generation SD-WAN solution which will integrate Cisco's routing platforms and provide innovation in areas like cloud integration, security segmentation, and service insertion capabilities.
- The solution leverages Cisco's acquisition of Viptela to provide a cloud-managed SD-WAN platform that can optimize traffic delivery to cloud applications and data centers while ensuring security and application-aware policies across hybrid WAN transports including broadband, LTE, and MPLS networks.
- Key capabilities of Cisco SD-WAN include cloud on-ramp technologies to optimize access to SaaS and IaaS services, arbitrary VPN topologies to meet compliance needs, and zero touch provisioning of edge devices
PCF in the Land of NSX: A Closer Look at PCF with NSX-V vs. NSX-TVMware Tanzu
This document provides an overview of integrating Pivotal Cloud Foundry (PCF) with VMware NSX Virtualization platforms. It discusses the reference deployment architecture for PCF with NSX-V, including automation tools for NSX-V edge creation and deployment pipelines. It then compares features of NSX-V and NSX-T, including native container support, encapsulation, hypervisor integration, and routing designs. The document demonstrates the NSX-T router design and networking setup and how PAS can integrate with NSX-T. It also covers application security capabilities with NSX-T like security groups.
Как повысить доступность ЦОД? Введение в балансировщики трафика. Часть 2SkillFactory
Василий Солдатов, системный инженер Brocade, компании-лидера рынка высокотехнологичных балансировщиков трафика – о том, как повысить качество услуг дата-центра и обеспечить безотказный и высокоскоростной доступ к данным клиента.
Understanding Cisco’s Next Generation SD-WAN Solution with ViptelaCisco Canada
Cisco's SD-WAN solution aims to address challenges facing the modern WAN and branch networks, including:
- Increasing use of cloud services and bandwidth demands from more users, devices, and applications.
- Need for flexible connectivity and transport independence beyond traditional MPLS-based WANs.
- Requirements for application-aware policies for quality of experience, segmentation, and security across hybrid WAN transports.
Cisco acquired Viptela to build upon their leading SD-WAN platforms and help customers innovate faster through a cloud-managed and feature-rich SD-WAN solution.
F5 Networks - - OpenStack Summit 2016/Red Hat NFV Mini Summitkimw001
F5 Networks presentation on protocol normalization, given at OpenStack Summit 2016 in Barcelona, Red Hat NFV Mini Summit. Includes F5/Red Hat collaboration description.
The VIPRION® 2400 is a midrange chassis-based hardware platform. Adding to the successful F5® VIPRION product line, the new Application Delivery Controller (ADC) provides significant price/performance advantages for enterprises. In addition, F5's Virtual Clustered Multiprocessing (vCMP™) technology combines virtualization and multi-tenancy capabilities to help customers consolidate and efficiently manage application delivery services. Building on F5’s previously announced Clustered Multiprocessing (CMP™) technology, vCMP enables multiple instances of BIG-IP® software to run on one device.
The document summarizes the BIG-IP data center firewall solution from F5 Networks. The solution has been certified by ICSA Labs as a network firewall and performs better than competitors. It defends against over 30 types of network attacks and DDoS attacks. The solution provides a unified security architecture combining firewall, web application firewall, DNS security, access management, and load balancing capabilities in a single device. It integrates with leading vulnerability scanning tools to allow for quick vulnerability assessment and remediation.
VMware NSX - Lessons Learned from real projectDavid Pasek
This document provides an overview and agenda for a presentation on implementing end-to-end quality of service (QoS) for VMware vSphere with NSX on Cisco UCS. It discusses the project requirements of guaranteeing network traffic for FCoE storage, vSphere management, vMotion and VM backups. It then presents three design options for implementing QoS by marking and prioritizing different classes of service on the virtual network interface cards, VMware distributed virtual switch port groups, Cisco UCS fabric interconnects and Nexus switches. The optimal solution must meet requirements within the constraints of the Cisco and VMware infrastructure components.
Software Defined Networking (SDN) with VMware NSXZivaro Inc
Combining SDN with VMware’s NSX can accelerate application deployment and delivery in a secure and virtualized network. No longer will your network create a bottleneck when trying to administer new applications. Key topics include:
- How SDN allows for innovative ways to use a virtualized network
- Why SDN creates greater span of control, network analytics and response
- What intelligence can be gained from a global view of the network
- How SDN and NSX together allow IT to treat their physical network as a pool of transport capacity that can be consumed and repurposed on demand
From: "Software Defined Networking for NSX" webinar presented by Scott Hogg of GTRI and Hunter Hansen of VMware on February 3, 2016. Webinar recording: https://youtu.be/t_3DpN3nIXQ
Faced with the dual threats of rising operating costs and declining revenues, network service providers are increasingly turning to network functions virtualization (NFV) to help them keep up with constantly changing market conditions.
In a virtualized Telco environment, service providers can deploy and deliver new network functions, services and capacity on demand—reducing normal rollout time from months and weeks to just hours.
Leveraging the principles of cloud computing, network service providers can deliver a level of responsiveness never before available, easily scaling capacity up or down to meet the evolving needs of their subscribers.
The result is a highly agile system that allows new revenue-generating services to be quickly developed, exhaustively tested and selectively rolled out to targeted groups in a fraction of the time and at a much lower cost than previously thought possible.
In this session, the speaker will present how the solution from Juniper networks look like and how it can be deployed by service provider to improve their agility in delivering services to their customers.
VMworld 2014: VMware NSX and vCloud Automation Center Integration Technical D...VMworld
This document provides an overview and agenda for a presentation on integrating VMware NSX and vCloud Automation Center. It discusses how the integration enables dynamic configuration and deployment of NSX logical networking and security services through vCloud Automation Center. Key features covered include network profiles for different application topologies, microsegmentation using security groups, applying firewall and security policies, and load balancing. The integration leverages the new NSX vCenter Orchestrator plugin to abstract workflows and make them more extensible.
This document discusses simplifying security in the data center. It introduces concepts like micro-segmentation using Endpoint Groups (EPGs) in Cisco Application Centric Infrastructure (ACI) to isolate application traffic. It also discusses integrating ACI with Cisco TrustSec to apply common identity and security policies between the campus and data center domains. Finally, it demonstrates how the Cisco Firepower management center can be used to automate a security feedback loop, moving compromised endpoints to a quarantined EPG for remediation through REST API calls to ACI.
This document provides an agenda and overview of Cisco Contact Center features, including:
- Introduction to Cisco Contact Center Express, Finesse desktop experience, omnichannel capabilities with Cisco Context Service, and CUIC reporting.
- Details on the Finesse desktop elements, features in Finesse 11.5 like customizable gadgets and multichannel media control, as well as support for web chat, email, outbound capabilities, and IP phone agent functionality.
- Timelines for CAD EOL and information on mixed mode deployments with Finesse, supported phones for IPPA, and an introduction to Cisco's Digital Contact Center vision around omnichannel experiences.
Cisco Connect Toronto 2017 - Cloud and On Premises Collaboration Security Exp...Cisco Canada
The document discusses Cisco Spark security features for cloud and on-premises collaboration. It covers Cisco Spark elements, identity management using SAML and OAuth, encrypting and securing messages and files both in the cloud and on-premises using hybrid data security. It also discusses secure search, e-discovery, and partnerships with compliance vendors.
NetScaler SD-WAN provides software-defined wide area networking and cloud access capabilities that are secure, reliable and ensure high application quality. It offers various editions with standard features including bonding multiple WAN circuits into a single logical circuit, monitoring link conditions, and delivering applications over the best circuit. The product provides centralized configuration and management without requiring branch configurations.
Cloud and On Premises Collaboration Security ExplainedCisco Canada
The document discusses authentication and authorization in Cisco Spark cloud and hybrid deployments. It covers key concepts like identity management, SAML and OAuth authentication flows, encryption of messages and content, secure search indexing, and e-discovery. Hybrid data security is also explained, where encryption keys, search indexing, and e-discovery services are hosted on-premises rather than in the cloud. Maintaining encryption keys on-premises provides additional security but also responsibilities if keys are lost.
This document provides an overview of VMware NSX for vSphere and its use cases. It discusses how NSX addresses barriers to creating a software defined data center by providing network virtualization. It allows network provisioning in seconds, increased compute utilization up to 90%, and cost savings up to 80%. Use cases described include deploying applications from a cloud management platform within logical networks with isolation and micro-segmentation for improved network security.
VMworld 2014: vCloud Hybrid Service Networking Technical Deep DiveVMworld
VMware vCloud Hybrid Service provides networking services including IPsec VPN connectivity, direct connect options, and network address translation capabilities. Customers can connect their on-premises networks to vCloud Air through various connectivity methods and extend their internal IP addressing schemes. The presentation also discusses load balancing, firewall, and intrusion detection options for securing multi-tier applications on vCloud Air. Disaster recovery with vCloud Air aims to maintain the same network configurations across sites.
This document discusses implementing MPLS services using Openflow. It proposes using an SDN architecture with a centralized Openflow controller to logically separate the control plane from network devices. This allows for standardization, programmability, and agility to introduce new services faster. It provides examples of using Openflow flows to push, pop and match MPLS labels to implement MPLS services without altering the Ethernet type. It also addresses challenges around fast reroute, integrating with existing MPLS networks, non-stop routing, and using Openflow for Ethernet and MPLS OAM.
OVNC 2015-THE NEW IP - Open Networking Architecture with SDN & NFVNAIM Networks, Inc.
[Open & Virtual Networking Conference 2015]
- THE NEW IP - Open Networking Architecture with SDN & NFV (Brocade Orcun Tezel 시스템 엔지니어링 아태지역 수석이사)
- 2015.02.05 (목) 09:10~17:50
- 양재동 엘타워
Brocade Software Networking (SDN NFV Day ITB 2016)SDNRG ITB
This document discusses Brocade's software networking portfolio, including their journey acquiring Vyatta and SteelApp, and developing an SDN controller and vRouter. It provides information on Brocade's SDN controller, including that it is based on OpenDaylight and designed to be open, modular, and support collaborative innovation. Example applications for the controller are also discussed, including topology discovery and flow management. Details are given on Brocade's high-performance vRouter, including its DPDK-based data plane, programmable control plane, and validation achieving 80Gbps performance. Potential vRouter use cases are also mentioned, such as providing managed connectivity between an enterprise site and public cloud.
The document discusses software-defined networking (SDN) and OpenFlow, including:
1) OpenFlow allows the control logic to be separated from the forwarding hardware by defining an open interface between the two. This enables more flexible and programmable networks.
2) OpenFlow works by defining flows that match packets and actions that are applied to the matched packets. The flows are populated and managed by an external controller through the OpenFlow protocol.
3) OpenFlow is being deployed in over 100 organizations and is enabling network innovation through its programmable and customizable nature.
pycon apac 2013 presentation
http://apac-2013.pycon.jp/ja/program/sessions.html#session-14-1110-rooma0762-en2-ja
videos are available at
http://www.youtube.com/watch?v=Ow-aXpMO8-o
Cisco SDN/NVF Innovations (SDN NVF Day ITB 2016)SDNRG ITB
The document discusses Cisco's innovations in software-defined networking (SDN) and network functions virtualization (NFV). It provides an overview of Cisco's strategy, which involves various models of programmability including classic SDN with OpenFlow, network virtualization with overlays, and hybrid approaches. The document also discusses Cisco's NFV reference architecture and innovations like the Virtualized Mobility Supervisor (vMS) and virtualized branch solutions.
The document discusses the new enterprise reality of hybrid workers, modern app architectures, software as a service (SaaS) adoption, and agile networks. It notes that enterprise IT is rapidly losing visibility and control as infrastructure is provisioned at the edge and outages can be caused by external providers. ThousandEyes provides cloud and network intelligence to give enterprises deep visibility into every layer of the network and applications to help optimize digital experiences. This includes monitoring application performance, network paths, routing, and correlating data to identify issues. ThousandEyes has agents around the world and integrates with popular platforms.
With all the hype around Cloud and SDN, business decision makers are finding themselves trying to navigate through many new concepts and consequently needing to change the way they have traditionally selected their IT infrastructure. Technologies are now becoming more integrated and it is more important than ever to help your business be agile enough to keep up with the demands of your users and your customers. Come hear from Lisa Guess to learn how organizations can embrace Cloud technologies such as automation, SDN and Orchestration platforms to help you build next-generation networks.
Marek Bražina, Senior Systems Engineer, VMware
Virtualization Forum 2014, Prague, 22.10.2014
Jestliže SlideShare nezobrazí prezentaci korektně, můžete si ji stáhnout ve formátu .ppsx nebo .pdf (kliknutím na tlačitko v dolní liště snímků).
MongoDB World 2019: Wipro Software Defined Everything Powered by MongoDBMongoDB
Software defined addresses customer’s next generation IT requirements such as enabling agility and scalability. SDx powers development of domain aligned vertical driven data services such as IoT and Analytics as part of SDX Modern Data Platform based on MongoDB which facilitates digital disruption.
Cloud computing case studies with ProfitBricks IaaSProfitBricks
ProfitBricks cloud computing case study with one cloud user in the USA (Cloud Pharmaceuticals) and one in Germany (DriveNow). Cloud case studies include cloud use cases and cloud architecture overviews presented at Cloud Expo Santa Clara.
This document discusses drivers and barriers to cloud migration as well as common issues organizations face. It proposes that F5 and VMware solutions can help by automating network changes, enabling live application migration between data centers, and providing a hybrid cloud architecture. F5 solutions such as BIG-IP can optimize performance, maximize availability, simplify management, and accelerate desktop virtualization deployments. The plug-in for VMware vSphere aims to simplify management by integrating F5 solutions directly into the vSphere client user interface.
This document provides an overview of enterprise cloud transformation best practices. It discusses key aspects of cloud maturity models, alignment of IT and business strategy, agile cloud development practices, and software defined networking (SDN). Specific topics covered include virtualization maturity, cloud brokerage, application lifecycles, and network functions virtualization. Examples from AT&T and Virtela are given to illustrate real-world SDN implementations.
Getting Started with ThousandEyes Proof of ConceptsThousandEyes
The document provides an overview and agenda for a ThousandEyes proof of concept. It discusses the ThousandEyes overview, identifying opportunities, defining success criteria, executing the proof of concept, and includes a demo. The agenda includes preparing for the proof of concept over two weeks, running the active trial for 4-6 weeks, and developing a go-forward plan over another two weeks. It also discusses best practices for executing the proof of concept and ensuring a focus on the defined success criteria.
The document outlines an agenda for an F5 Synthesis Information Session. The agenda includes introductions, a discussion of Software Defined Application Services, reference architectures, total cost of ownership models, ecosystem partners, and global services. It also provides an overview of key technology challenges like mobility, cloud computing, threats, and the growth of software-defined networks and APIs.
Cloud computing is a general term for internet-based computing where shared servers provide resources, software, and data to computers and other devices on demand. It provides scalable and elastic resources, accessible from anywhere on the internet. Key characteristics include on-demand self-service, broad network access, resource pooling, rapid elasticity, and measured service. Cloud services can be software, platforms, or infrastructure delivered as a service via private, public or hybrid clouds.
The CoreSite Interconnect Gateway™ (CIG) solution was created with optimal performance and cost efficiency in mind. CIG allows you to hit the “easy button” to rapidly enhance your network performance. This fully managed solution creates secure, high-bandwidth direct connectivity to leading public clouds, network service providers, data centers, and corporate offices to improve application performance and reduce network costs. Traffic is efficiently routed between vendors through router, firewall and WAN acceleration services on the platform.
Join our webinar to learn how BMC enables enterprise customers to transform their organization to a digital DevOps model. In this webinar, NICE InContact will share their story of transforming from a physical data center to a hybrid environment, including data center and cloud infrastructure. They'll talk about strategies, challenges, best practices, and navigating an acquisition. Learn how NICE InContact improved service management and capacity management as well as resolution time for incidents using BMC TrueSight and AWS DevOps solutions. Join us to learn from a peer in the enterprise space to help you plan your own IT infrastructure transformation.
Thinking about SDN and whether it is the right approach for your organization?Cisco Canada
Thinking about SDN and whether it is the right approach for your organization? Have you heard about Cisco’s Application Centric Infrastructure and F5 Synthesis yet? The path to radically simplify and accelerate application deployment and datacenter agility can be a phased approach that leverages your existing investment. Rapid delivery of applications to anyone, anywhere, at any time is complex—and many businesses struggle with it.
Cloud computing is a model for enabling ubiquitous, convenient, on-demand network access to a shared pool of configurable computing resources that can be rapidly provisioned and released with minimal management effort or service provider interaction. Key characteristics of cloud computing include on-demand self-service, broad network access, resource pooling, rapid elasticity, and measured service. Common uses of cloud computing involve hosting applications and services through major cloud platforms like Amazon Web Services, Microsoft Azure, and Google Cloud.
A New Approach to Continuous Monitoring in the CloudNETSCOUT
In this #CLUS 2019 session, you will learn how NETSCOUT’s smart data platform enables continuous monitoring in hybrid cloud environments to minimize risk and accelerate customer migration to the Cloud. You will review real-life examples of how businesses optimized their Cloud migration gaining visibility and deep insights, in both physical and virtual worlds, to maintain continuity and security of the services throughout the migration process.
The document discusses challenges facing today's enterprises including cutting costs, driving value with tight budgets, maintaining security while increasing access, and finding the right transformative capabilities. It then discusses challenges in building applications such as scaling, availability, and costs. The document introduces the Windows Azure platform as a solution, highlighting its fundamentals of scale, automation, high availability, and multi-tenancy. It provides considerations for using cloud computing on or off premises and discusses ownership models.
Cloud computing is an umbrella term for internet-based computing resources that provide shared processing, data storage, software, and other services. It allows users to access applications and data from anywhere via simple web services. Key advantages include lower costs, improved performance, universal access to documents, easier collaboration, and unlimited storage. However, it requires a constant internet connection and features may be limited compared to desktop software. Data security and loss of access are also potential disadvantages.
The document discusses how networks need to change to accommodate new demands like mobility, virtualization, and changing traffic patterns. It notes challenges around centralized management, flexibility, and cost reduction. New approaches are needed to close the gap between business needs and what traditional IT can deliver. The document advocates for software-defined networking and open architectures to provide innovation, flexibility, and efficiency through an ecosystem of partners. This will allow networks to better support trends like cloud computing, big data, and security services.
Similar to Brocade Software Networking Presentation at Interface 2016 (20)
Sami provided a beginner-friendly introduction to Amazon Web Services (AWS), covering essential terms, products, and services for cloud deployment. Participants explored AWS' latest Gen AI offerings, making it accessible for those starting their cloud journey or integrating AI into coding practices.
Cultural Shifts: Embracing DevOps for Organizational TransformationMindfire Solution
Mindfire Solutions specializes in DevOps services, facilitating digital transformation through streamlined software development and operational efficiency. Their expertise enhances collaboration, accelerates delivery cycles, and ensures scalability using cloud-native technologies. Mindfire Solutions empowers businesses to innovate rapidly and maintain competitive advantage in dynamic market landscapes.
An MVP (Minimum Viable Product) mobile application is a streamlined version of a mobile app that includes only the core features necessary to address the primary needs of its users. The purpose of an MVP is to validate the app concept with minimal resources, gather user feedback, and identify any areas for improvement before investing in a full-scale development. This approach allows businesses to quickly launch their app, test its market viability, and make data-driven decisions for future enhancements, ensuring a higher likelihood of success and user satisfaction.
Ansys Mechanical enables you to solve complex structural engineering problems and make better, faster design decisions. With the finite element analysis (FEA) solvers available in the suite, you can customize and automate solutions for your structural mechanics problems and parameterize them to analyze multiple design scenarios. Ansys Mechanical is a dynamic tool that has a complete range of analysis tools.
React and Next.js are complementary tools in web development. React, a JavaScript library, specializes in building user interfaces with its component-based architecture and efficient state management. Next.js extends React by providing server-side rendering, routing, and other utilities, making it ideal for building SEO-friendly, high-performance web applications.
NBFC Software: Optimize Your Non-Banking Financial CompanyNBFC Softwares
NBFC Software: Optimize Your Non-Banking Financial Company
Enhance Your Financial Services with Comprehensive NBFC Software
NBFC software provides a complete solution for non-banking financial companies, streamlining banking and accounting functions to reduce operational costs. Our software is designed to meet the diverse needs of NBFCs, including investment banks, insurance companies, and hedge funds.
Key Features of NBFC Software:
Centralized Database: Facilitates inter-branch collaboration and smooth operations with a unified platform.
Automation: Simplifies loan lifecycle management and account maintenance, ensuring efficient delivery of financial services.
Customization: Highly customizable to fit specific business needs, offering flexibility in managing various loan types such as home loans, mortgage loans, personal loans, and more.
Security: Ensures safe and secure handling of financial transactions and sensitive data.
User-Friendly Interface: Designed to be intuitive and easy to use, reducing the learning curve for employees.
Cost-Effective: Reduces the need for additional manpower by automating tasks, making it a budget-friendly solution. Benefits of NBFC Software:
Go Paperless: Transition to a fully digital operation, eliminating offline work.
Transparency: Enables managers and executives to monitor various points of the banking process easily.
Defaulter Tracking: Helps track loan defaulters, maintaining a healthy loan management system.
Increased Accessibility: Cutting-edge technology increases the accessibility and usability of NBFC operations. Request a Demo Now!
A Comparative Analysis of Functional and Non-Functional Testing.pdfkalichargn70th171
A robust software testing strategy encompassing functional and non-functional testing is fundamental for development teams. These twin pillars are essential for ensuring the success of your applications. But why are they so critical?
Functional testing rigorously examines the application's processes against predefined requirements, ensuring they align seamlessly. Conversely, non-functional testing evaluates performance and reliability under load, enhancing the end-user experience.
A captivating AI chatbot PowerPoint presentation is made with a striking backdrop in order to attract a wider audience. Select this template featuring several AI chatbot visuals to boost audience engagement and spontaneity. With the aid of this multi-colored template, you may make a compelling presentation and get extra bonuses. To easily elucidate your ideas, choose a typeface with vibrant colors. You can include your data regarding utilizing the chatbot methodology to the remaining half of the template.
WhatsApp Tracker - Tracking WhatsApp to Boost Online Safety.pdfonemonitarsoftware
WhatsApp Tracker Software is an effective tool for remotely tracking the target’s WhatsApp activities. It allows users to monitor their loved one’s online behavior to ensure appropriate interactions for responsive device use.
Download this PPTX file and share this information to others.
Break data silos with real-time connectivity using Confluent Cloud Connectorsconfluent
Connectors integrate Apache Kafka® with external data systems, enabling you to move away from a brittle spaghetti architecture to one that is more streamlined, secure, and future-proof. However, if your team still spends multiple dev cycles building and managing connectors using just open source Kafka Connect, it’s time to consider a faster and cost-effective alternative.
Software development... for all? (keynote at ICSOFT'2024)miso_uam
Our world runs on software. It governs all major aspects of our life. It is an enabler for research and innovation, and is critical for business competitivity. Traditional software engineering techniques have achieved high effectiveness, but still may fall short on delivering software at the accelerated pace and with the increasing quality that future scenarios will require.
To attack this issue, some software paradigms raise the automation of software development via higher levels of abstraction through domain-specific languages (e.g., in model-driven engineering) and empowering non-professional developers with the possibility to build their own software (e.g., in low-code development approaches). In a software-demanding world, this is an attractive possibility, and perhaps -- paraphrasing Andy Warhol -- "in the future, everyone will be a developer for 15 minutes". However, to make this possible, methods are required to tweak languages to their context of use (crucial given the diversity of backgrounds and purposes), and the assistance to developers throughout the development process (especially critical for non-professionals).
In this keynote talk at ICSOFT'2024 I presented enabling techniques for this vision, supporting the creation of families of domain-specific languages, their adaptation to the usage context; and the augmentation of low-code environments with assistants and recommender systems to guide developers (professional or not) in the development process.
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2. Data Center Journey over the Past Decade!
2
Consolidation Virtualization Convergence Cloud
New IP
Business Dynamics Act as a Catalyst for Network Change
2000 2010 20142007
Data Center
in a Rack
Today
3. New IP—Transformation of the Network
Enabling a new way of doing business
3
Technology Excellence
Open with a purpose
Innovation centric, software enabled
Ecosystem driven
Your own pace, your own way
Business Excellence
Unleash the Power of Network Today, to Be Future Ready
BUSINESS IT
5. Software Defined Networking (SDN)
A Programmable Network—Design, Build, Manage
5
Data Plane
Control Plane
Basic Network Services:
Topology Mgr, Switch Mgr, Host Tracker, Stats Mgr
Advantages
• Logically centralized view of
the overall network
• Improved interoperability
and manageability
• Enable users to develop and
deploy unique capabilities
for their network needs
REST APIs
Network protocols like OpenFlow
Applications and Orchestration Frameworks
6. Network Functions Virtualization (NFV)
6
Hardware Software
Router
VPN
Firewall
Advantages
• Virtualize the network
devices to create multiple
virtual functions for various
network appliances
• Enable service innovations
and meet service SLAs
• Reduce CAPEX/OPEX
8. Brocade SDN Controller
Leading open source SDN Controller—Part of open, modular portfolio
8
Designed for an open, multivendor world
• Each layer can be selected independently
• No platform or northbound dependencies
Simple on-ramp to SDN
• Low-risk investment protection
• Smooth installation and maintenance
Collaborative innovation
• Joint and custom app development
• Bridge to OpenDaylight community
Rapid Service Delivery
Brocade SDN Controller is an
open-source SDN Controller built
directly from OpenDaylight.
9. Brocade vRouter
Increase networking agility and connectivity with improved ROI
9
100M+
Production
Hours
Proven High Density with
Breakthrough Performance
Brocade vRouter is the first virtual router
capable of providing advanced networking
and security in software with scale, reliability,
and performance.
High ROI and efficiency
• Proven high VNF density of vRouters
in single server
• Low CPU consumption provides
headroom for other VNFs
Delivers breakthrough performance
• 80Gbps line rate on single vRouter
• Advanced enhancements with Intel DPDK
High versatility
• Single product, multiple functions for Cloud & SP
• Cloud network segmentation, Secure gateway services
and Workload and Subscriber firewall
10. Brocade Virtual Application Delivery Controller (vADC)
Fast, secure, available applications
10
Flexible Licensing for Enterprise
Capacity Management
Brocade Virtual Application Delivery Controller
(vADC) solutions help ensure predictable high-
performance for applications whenever and
wherever they are deployed.
Purpose-built for the Cloud
• Deploy in any Hybrid Cloud architectures
• On-demand application delivery—ADCaaS
• Established CSP partnerships—Azure, AWS,
Rackspace, Joyent, etc.
Process automation
• Easy, consistent deployment of Service templates (LBaaS) and
service isolation with centralized mgmt.
• Usage visibility—metering and billing capabilities
for chargeback
• Integration with key orchestration tools—OpenStack,
VMware NSX and Brocade SDN Controller
Hyperscale and Performance on Demand
• Highest Layer 7 throughput for software (50GB/node)
• Unique web application security solution
11. The Brocade vADC Family
A Comprehensive Approach To Application Delivery
11
• Load Balancer / Traffic Manager / ADC
• Provides reliability, availability, offload,
security, scripting, and more
• Traffic Script
• Web Application Firewall
• Defends your web applications against
Layer-7 attacks
• Elastic and adaptive services
director
• Automates licensing, &
metering of ADC services
• Disruptive licensing model
Services Director
VirtualTraffic Manager
VirtualWeb Application Firewall
Web Acceleration
• Web acceleration
• Image and content compression and
caching
12. Brocade Services Director
• Enterprise capacity management
• Unique Capacity Pooling Provides Unmatched Flexibility and Scalability
12
13. Making Capacity and Resource Mgmt Easy
Unique usage-based
licensing model
Dynamic resource and
capacity allocation for
changing workload
Drill down to usage reports
and export billing data for
chargeback
Resource and
Services View
Capacity
Allocation View
Services, Catalogue,
Diagnostic, Active,
and Systems View
14. Brocade Virtual Traffic Manager
• High Performing L7 Based Load Balancing
• Automated/orchestrated ADCaaS solution
14
In the Beginning:
Direct Client/Server
You Need Scale and Availability
Huge increase in users Apps are always up and running
…
…
…
ADC Per App Architecture
15. Unmatched Ability to Cluster
15
Improved performance and reliability
Even better performance and reliability
BROCADE’S ABILITY TO CLUSTER.
17. TCP
IP
Business
Logic
HTTP
Web App
Firewall
Business
Logic
HTTP
TCP
IP
Network Firewall
Business
Logic
HTTP
TCP
IP
Reverse Proxy
Traditional network firewalls:
• Operate at TCP/IP level
• Opening/closing ports
Reverse proxies, next-gen firewall and DPI
• Allows / blocks users and applications, traffic
patterns
• Limited view of business logic
• Fails PCI DSS requirement
Web application firewalls look beyond
TCP/IP
into application-level security:
• Business logic inspection
• HTTP content
• Dual-mode “Detect & Protect” security
Network firewalling has become commodity, the trend has been to move
to application layer attacks
Source: 10.1.1.42:3231
Destination: 192.168.1.12:80
Sequence Number: 32234
POST /Account/Profile
Host: www.onlinebank.com
Cookie: Sessionid = 172347
Action=transfer_mon
ey&from_account=1
3654&to_account=3
2165&amount=1000
USD
Brocade Web Application Firewall
18. • A scalable, application-aware Layer 7 security solution
• Offers highest protection and performance in web and cloud application security
• Allows customers to mitigate web application security threats in a scalable manner
• Distributed WAF
18
Web Applications
Hacker
User
vWAF
Brocade Web Application Firewall
20. 20
Web applications present unique challenges…
A 1-second delay in page load time
7% loss in conversions
11% fewer page views
16% decrease in
customer satisfactionIf your site earns $200,000 per day, you
could lose up to $5M in annual sales
Source: Aberdeen group
21. Automate Web Performance best Practices
Dynamic
Layout
Compress
• JavaScript & Stylesheet shrinking
• Image resampling
• Metadata removal
• Dynamic Gzip/deflate compression
• JavaScript/Stylesheet re-ordering
• Removal of missing and duplicate content
• Browser aware optimizations (Desktop, Mobile and legacy browsers )
Cache
• On-Proxy resource caching
• Dynamic page caching
• Aggressive Browser caching
• Auto URL versioning
Combine
• Merge Stylesheets
• Image Spriting
• Background image inlining
Automates web performance best practices, so you can focus on
strategic development & content
22. Examples of where to leverage vADCaaS
22
Enterprise
Apps
“It handles all our traffic with no problem, and the fact that I don’t have to do much with it is very
very important. With all the other stuff on my plate, not having to constantly watch over the load
load balancer is huge.”
— Chris Loughlin, Citrix Certified Administrator and Epic Client Systems Manager
Virtual
Datacenter
“With Brocade vTM now in place, everything is virtual. We just click a button and it happens in a
very predictable and easily configurable manner.
- Yoni Kirsh, managing director of Fastrack Technology
E-Retail
“With a faster website, the number of page views increased, which naturally led to higher
conversion rates and an increase in orders.”
— Lionel Touati, online sales technical director at Maisons du Monde
Online
Media &
Games
“The Brocade Virtual Traffic Manager does exactly what it’s supposed to do, and everything that
we need it to do.”
— Greg Birdwell, infrastructure architect at BARBRI
Developer
Teams
“We never know what a customer may want to implement next, but we know with TrafficScript
we are ready for any future implementation.”
— Josh Allen, Web Operations Infrastructure Engineer at CoSentry
23. What You Can Achieve with Brocade vADC
23
Capacity Planning
10x Faster Provisioning
Up to 90% Greater ROI
Automated Service Management
Enterprise Licensing
24. Call to Action…Take the First Step Today
Brocade.com Product Pages
– Brocade Virtual Application Delivery Controller (vADC)
– Brocade vRouter
– Brocade SDN Controller
FREE Trial Software Downloads
– Brocade vADC
– Brocade vRouter
– Brocade SDN Controller
Book Demo or POC
– Contact Scott Sims: ssims@brocade.com / 972-567-4756
24
Today I’ll talk about the Brocade Software Networking Solutions that leverage SDN and NFV technologies. These technologies from Brocade deliver an Open and an Agile solution architecture that further improves economics.
In 2000 we started with consolation server farms
Later virtualization was introduced to bring efficientices with the hardware and physical space
Convergence with intergrated systems and improved deployment times
Then Cloud as a service to help control operation and hardware costs and improve agility
What is the new IP?
Brocade New IP focuses on transforming the network to precisely achieve the flexibility and agility that is needed to meet the SLAs.
The 4 key tenets of New IP are to deliver innovative technologies that are Open, .Software-based, Ecosystem driven but at the same time enabling the customers to adapt to these new transformative innovations at their own pace.
This enables a new way of doing business ie. now it is the business that drives IT and not the IT limitations chaining the business growth.
So thereby Unleash the Power of Network Today, in order to be Future Ready!
Let’s talk about SDN and NFV at a very high level. Many of you may already know about it.
So what is SDN – Software Defined Network?
SDN is a programmable network that enables the customer to design, build and manage their own network. It decouples the Data Plane from the Control Plane on a physical network device.
The advantages of doing so are:
Logically centralized view of the overall network
Improved interoperability and manageability
Enable users to develop and deploy unique capabilities for their network needs
What is NFV – Network Functions Virtualization?
In order to make the network more flexible and agile, one of the best software technologies is NFV. It essentially virtualizes the hardware network devices like router, ADC, firewall, VPN.
The advantages of this are:
Virtualize the network devices to create multiple virtual functions for various network appliances ie. Layer 3 to Layer 7
Enable service innovations and meet service SLAs
Reduce CAPEX/OPEX
Brocade SDN Controller is a leading open source solution based on OpenDaylight. We are a commercial version of the opendaylight sdn controller. We bring our experience and support to help customers embrace SDN and limit any switch costs.
It is a vendor-agnostic solution as it is-
Designed for an open, multivendor world
Each layer can be selected independently
No platform or northbound dependencies
Simple on-ramp to SDN
Low-risk investment protection
Smooth installation and maintenance
Collaborative innovation
Joint and custom app development
Bridge to OpenDaylight community
Brocade vRouter is the first virtual router that has the ability to provide advanced networking and security in software. It delivers the following benefits:
High ROI and Efficiency
Proven high VNF density of vRouters in single server
Low CPU consumption provides headroom for other VNFs
Delivers breakthrough performance
80Gbps line rate on single vRouter
Advanced enhancements with Intel DPDK
High Versatility
Single product, multiple functions for Cloud and SP like router, VPN, Firewall
Cloud network segmentation, Secure gateway services and Workload and Subscriber firewall
Brocade vRouter has more than 100M+ production hours deployed at customer sites.
Brocade Virtual Application Delivery Controller (vADC) solutions help ensure predictable high-performance for applications whenever and wherever they are deployed.
Purpose-built for the Cloud
Deploy in any Hybrid Cloud architectures
On-demand application delivery - ADCaaS
Established CSP partnerships – Azure, AWS, Rackspace, Joyent etc
Intel DPDK – Explain the benefits
Process automation
Easy, consistent deployment of Service templates (LBaaS) and service isolation with centralized management
Usage visibility – metering and billing capabilities for chargeback
Integration with key orchestration tools – OpenStack, VMware NSX and Brocade SDN Controller
Hyperscale and Performance on Demand
Highest Layer 7 throughput for software (50GB/node)
Unique web application security solution
There are four parts to the vADC story, which together provide a comprehensive on-demand solution, and build up to the concept we call “Application Delivery as a Service” or “ADC-as-a-Service”
First, the core ADC platform is known as Brocade Traffic Manager: this provides core Layer 4 to 7 services, including load balancing, caching and SSL offload, and a powerful scripting tool, called TrafficScript. And we will see in a moment, Traffic Manager also acts as the platform on which we build higher-level services for security and content optimization.
Second, Brocade Web Application Firewall is a Layer-7 web application firewall, which is designed to protect applications from external application-level attacks. While a network firewall ensures that only certain types of traffic are permitted or denied, a web application firewall works with the business logic to decide whether to allow the request to be processed, checking for targeted attacks such as SQL Injection and Cross-Site scripting, and preventing data leakage.
Third, to accerate your web application convent we have the Web Accelerator which compress and caches web app content to improve bandwidth used, load times, lowers requests, best CDN Enterprise services on load times and number of requests
Finally, Brocade Services Controller gives a framework to manage on-demand provisioning, by automating the deployment, licensing and metering of ADC services across a virtual or cloud framework. When linked to a service orchestration framework, we call this ability to create and manage on-demand application delivery services “ADC-as-a-Service” and it transforms the way ADC services are consumed by enterprises and service providers to a much more fluid capacity-based model.
See Slide 27 for detailed explanation to help you talk through this slide with a customer.
Financial and time benefits of going with us
In traditional models each ADC has specific capacity allocated to it that cannot be shared with other ADCs
With Brocade customers purchase capacity to fill their ‘bucket’, that capacity can then be distributed and redistributed between ADCs as needed in unlimited numbers.
Whether for services providers or enterprises, we provide a complete set of tools to manage the inventory of ADC instances, so you know how resource pools are being used, and to plan ahead for how to re-allocate resources between different applications and groups. Usage reports can be created for business units and individual clients, making it easy to implement charge-back and billing for cost allocation across the business.
Each app has its own vTM = address scale and availability – need to make sure it looks virtual – animation
There are FOUR parts to the vADC story, which together provide a comprehensive on-demand solution, and build up to the concept we call “Application Delivery as a Service” or “ADC-as-a-Service”
First, the core ADC platform is known as Brocade Traffic Manager: this provides core Layer 4 to 7 services, including load balancing, caching and SSL offload, and a powerful scripting tool, called TrafficScript. And we will see in a moment, Traffic Manager also acts as the platform on which we build higher-level services for security and content optimization.
Second, Brocade Web Accelerator provides automatic HTML optimization, to reduce page load times. Traffic Manager includes a number of powerful tools to accelerate applications and services, but Web Accelerator gives an extra boost for some types of applications.
Third, Brocade Web Application Firewall is a Layer-7 web application firewall, which is designed to protect applications from external application-level attacks. While a network firewall ensures that only certain types of traffic are permitted or denied, a web application firewall works with the business logic to decide whether to allow the request to be processed, checking for targeted attacks such as SQL Injection and Cross-Site scripting, and preventing data leakage.
Finally, Brocade Services Controller gives a framework to manage on-demand provisioning, by automating the deployment, licensing and metering of ADC services across a virtual or cloud framework. When linked to a service orchestration framework, we call this ability to create and manage on-demand application delivery services “ADC-as-a-Service” and it transforms the way ADC services are consumed by enterprises and service providers to a much more fluid capacity-based model.
A Web Application Firewall is a security add on module to the Traffic manager, which focuses on fixing the vulnerabilities found in Web Applications. It is designed to secure known and unknown vulnerabilities and block attacks by implementing a rich set of security features.
The Web Application Firewall can meet the most demanding application-level security requirements, helping compliance with regulations such as PCI DSS and HIPAA.
Lets take a look at our layers of security and understand that there is no one stop shop solution for total IT security
*Click*
Traditional firewalls focus on and network-level security, I ensuring that only the right kind of traffic and destinations are permitted access to the application. A "regular" firewall typically looks at layers 3 and 4 of the OSI model. For instance, to allow TCP port 80, allow UDP port 53 from only specific IP addresses, or deny TCP port 25.
*Click*
Next, the more sophisticated next-generation firewalls look at patterns in traffic and may be able to identify users and application signatures in the traffic – but they still do not meet the requirements of PCI DSS, which requires full content inspection and parameter validation.
Reverse proxies, IDSs and IPSs:
Link packets into streams
Limited view of business logic
Fail PCI DSS requirement
Next Gen Firewalls:
• Designed to be a primary firewall, identifying and controlling applications users and content traversing the network.
• App-ID: Identifies and controls more than 900 applications of all types, irrespective of port, protocol, SSL encryption or evasive tactic.
• User-ID: Leverages user data in Active Directory (as opposed to IP addresses) for policy creation, logging and reporting.
• Content-ID: Blocks a wide range of malware, controls web activity and detects data patterns (SSN, CC#) traversing the network.
*Click*
Lastly, Web Application Firewall looks above these levels, and works closely with the application itself, WAFs exists because organizations have lots of custom written (web) applications, that won't be included in the "well known applications and protocols” protected by Next Gen Firewalls. A WAF and can provide proactive security tools such as form virtualisation, cookie and URL encryption, and complete control over parameter validation to detect SQL injection, cross-site scripting attacks directory traversal, or brute-force authentication attempts. .
WAF is designed to compensate for insecure coding and “virtually patch” vulnerabilities
• Business logic inspection
• Proactive application security (log/alert suspicious requests and suggest protection measures)
• Looks specifically for flaws in the application itself
• Highly customized for each security environment – looking at how the web application is supposed to act and acting on any odd behavior.
• Does not address the performance requirements of a primary firewall.
While these different security device may have slight functional overlaps, none can claim to be a complete security solution for any enterprise. The Web Application Firewall focuses on Application security and defends in conjunction of other complementing security solutions in the layered security model
Attacks can be carried out against any of these layers. As network firewalling has become commodity, the trend has been to move to application layer attacks.
Example attacks:
IP layer: ping of death (DoS)
TCP layer: SYN flood (dDoS)
HTTP layer: forceful browsing (accessing hidden but unprotected assets)
Business Logic layer: logic flaws (e.g. logging in as one user, but then doing some action in the name of another)
A scalable, application-aware Layer 7 security solution
Offers highest protection and performance in web and cloud application security. The vWAF identifies and stops attacks that would typically be missed by a network firewall protecting valuable data. Web Application Firewalls allow customers to mitigate web application security threats in a scalable manner.
Shown here is a list of optimizations dynamically applied by the Web Accelerator.
Most of these optimizations are well documented and most web applications developers are aware of them and their benefit
In fact, Google PageSpeed and Yahoo ySlow are two well known grading tools that score your web performance based on how many optimizations best practices are applied your webpages.
Having a high score in any of these benchmarks will not only ensure you have a light and fast loading webpage but also a highly SEO score as all the main search engines (Google, yahoo, Bing, etc.) all take into account the speed of your website in consideration when returning search engine results
Although well documented, applying these best practices in a consistent manner is a different story. As you can imagine every time you push out new iterations of web designs and code you need to ensure all these best practices are followed, this takes time to test and implement, often taking time out of development to dedicate time to fix and optimize design and code and not all organizations have resources to do so.
Think of Web Accelerator as a tool for your development team not a replacement – Web Accelerator automates these best practices at runtime and each time new content is pushed
A website’s Google PageSpeed and Yahoo ySlow score instantly is improved
Google PageSpeed: https://developers.google.com/speed/docs/insights/about
YSlow: http://yslow.org/faq/