Radware ADC Solution for the Virtual Data Center Dirk Aertgeerts Country Sales Manager Belgium & Luxembourg

Transcription

1 Radware ADC Solution for the Virtual Data Center Dirk Aertgeerts Country Sales Manager Belgium & Luxembourg

2 About Us Public Company Sept (NASDAQ: RDWR) Founded in People Worldwide 270 in R&D Global Presence Selling in over 40 countries Consistent Revenue Growth 2009 Record Year $126M in Cash, constant Investments ADC: Strongest growth in 2009 for Radware, Slide

3 Agenda Radware s Virtual ADC Solution Roadmap Optimizing The Virtualized Infrastructure Summary Slide 3

4 How Virtualization Affects the ADC Relevant changes in the Virtualized Data Center Frequent moving parts changes within the virtual infrastructure: Virtual Machines & applications Network resources Storage resources Orchestration eco-systems are introduced to increase efficiency and automation Application availability, performance and security challenges increased How do these changes impact the ADC s role? The ADC must support instant provisioning of services, dynamic resource scheduling and decommissioning The ADC must provide greater service agility Align ADC services with moving parts changes Even greater need to ensure applications delivery Participate in orchestration eco-system The New ADC needs to be as agile as all virtual elements Slide

5 Radware s Virtual ADC: The Agility of Virtual; The Predictability of Physical

6 Virtual ADC Infrastructure Customer Data Center vadc A Shared/public Applications Shared/public Applications vadc - B Executive only Applications Executive only Applications Internal application vadc C Internal application vadc D Business Business Unit Specific Unit Specific Radware Virtual ADC Virtual ADC hosts multiple private Virtual ADC instances on one physical device Each Virtual ADC instance is called vadc vadcs provide the same functionality as traditional physical ADC devices Slide 6

7 Full Encapsulation of vadc Instance Customer Managed Customer Monitor Only Provider Managed Global SLB, Security, Application acceleration On Demand Global SLB Services On Demand Acceleration Services On Demand Security Services Fully featured ADC Health Checks, Layer 7 Configurations, etc. Layer SharePoint 4-7 Services Layer 4-7 Oracle Services Marketing Layer 4-7 Services Applications Vlans, ARP tables, Virtual routing and forwarding tables IP Network Domain 1 IP Network Domain 2 IP Network Domain 3 Resources reservation (CPU, Memory, SSL) Private: config file Infrastructure 1Gbps logging statistics Private: config file Infrastructure 2Gbps logging statistics Private: config file Infrastructure 2Gbps logging statistics Slide 7

8 Why Radware Virtual ADC The Agility of Virtual; The Predictability of Physical Fault Isolation Network Isolation Management Isolation Resource reservation SLA Assurance Instant provisioning OnDemand Scalability Resource Abstraction Central management Slide 8

9 Fault Isolation Software failover is limited to a single vadc Network or configuration errors are limited to a single vadc vadcs restart vadc decommissioning Benefits System with no single point of failure Fault isolation like separated physical devices Non Stop ADC and Service Continuity Slide

10 Redundancy & Service Continuity vadc3 fails on Device 1 vadc3 on Device 2 becomes active for vadc3 vadc1 & 2 are not affected and continue to run on Device 1 Service Continues across both devices Virtual ADC Device 1 Virtual ADC Device Slide 10

11 Network Isolation Virtualized network elements per vadc: Interfaces Vlans MAC address ARP table Routing and forwarding tables Support overlapping IP domains Benefits Network traffic is private and isolated Simplified network architecture each vadc appears as physical device Service multiple customers with network segregation Slide

12 Management Domain Isolation Private and separated: Configuration files User database Alerts Statistics Logging Per vadc Role Based Access Control (RBAC) Access Control List (ACL) Dedicated management IP Benefits: Management privacy same as physical device Configuration file corruption affects only one vadc Simplified cloning of vadc Service multiple customers with management privacy Simplified management with smaller configuration file Slide

13 SLA Assurance Resource reservation per vadc vadc consumes only its own resources No performance impact by neighboring vadcs Guarantees no resource starvation of neighboring vadcs Benefits SLA Assurance per vadc and of the entire device Predictability of vadc performance Service multiple customers with no performance impact Guarantee applications availability Slide

14 Instant Provisioning Instant provisioning of new vadc: Define throughput requirement Automatically allocate physical resources Configure services Benefits Rapid deployment of new services ADC services provisioning is as fast as other virtual services provisioning Slide

15 On Demand Scalability On Demand throughput of the entire Virtual ADC device On Demand throughput per vadc (100Mbps granularity) On Demand advanced services per vadc : Global server load balancing Intelligent traffic management Bandwidth management Advanced DoS protection Application acceleration Benefits: Eliminate over spending on the initial solution Pay only for the required capacity and add more when needed Higher ROI Eliminate capacity planning risks Slide

16 Resource Abstraction Introducing Capacity units concept to ADC: Capacity units contain slices of physical resources: CPU, Memory, Acceleration and Network resources ADC administrators use the same throughput requirements language Throughput requirements are translated into Capacity units vadc is automatically allocated with sufficient Capacity units Benefits Eliminate complicated resources calculations Minimize users errors Shorten learning curve Easily reallocate resources to meet changing business needs Slide

17 Central Management Global admin provisions vadcs and allocates capacity units Centralized dashboard: Benefits Central view of system status Real-time performance figures CPU & throughput utilization statistics Alerts of insufficient resources Central location to manage all vadc Maximize resources utilization and efficiency CPU utilization per vadc during the last hour Throughput utilization per vadc Slide

18 Roadmap

19 Application Delivery in the Virtualized Data Center Orchestration system - All ADC instances provide similar functionality and are remotely controlled Manages and operates all data center elements Multiple ADC instances on highend blade system Multiple ADC instances on appliance Soft ADC on Virtual Server infrastructure Virtual Application Delivery Solutions Network & Storage SAN Virtualized Data Center Slide 19

20 Application Delivery in the Virtualized Data Center ADC resource Pool Managed by orchestration system Virtualized Application Delivery Infrastructure Network & Storage SAN Virtualized Data Center Slide 20

21 Optimizing The Virtualized Infrastructure

22 The Network Admin Challenge The virtual data center is much more dynamic compared to its physical counterpart Any configuration changes in the virtualization layer should also be reflected in the ADC Otherwise, the virtual application availability and performance might be degraded The challenge of keeping the static ADC aligned with application resources is becoming much more complex Slide 22

23 Introducing vadapter vadapter is a virtual appliance for VMware virtual Infrastructure Automatic adaptation of ADC configuration to the relevant virtual infrastructure changes Ensuring virtual application availability, performance and security Slide 23

24 Dynamic ADC Network and Security Services Network Event Application Delivery Controllers Adjust ADC configuration VirtualDirector Monitored Event Resource Event Third Party Monitoring systems Adjust Application Resources VirtualDirector manages application resources based on how the application is expected to behave Determines application health based on multiple weighted events Optimize and create new application resources (Clone, run scripts, increase limits, and more) Take action ONLY if the source of the problem is identified, doesn t blindly increase resources.

25 Summary

26 Virtual ADC Benefits CAPEX Reduction Reduce costs by consolidating ADC hardware Increase ADC infrastructure utilization OPEX Reduction Achieve higher efficiency in the data center while reducing complexity Reduce real estate and power consumption Operations simplicity and less spare parts with less physical devices Reduce manageability costs Business Agility Drive business agility while creating a more dynamic and flexible data center Rapid deployment of new services and applications Easier alignment of ADC services with business needs Slide 26

27 Summary Only Radware s Virtual ADC provides: Risk free path to ADC virtualization with: Complete Fault Isolation Network Isolation Management Isolation Resource Reservation and performance predictability And, drives business agility in the Virtualized data center with: Instant provisioning OnDemand scalability Simplified resource abstraction Central management Slide 27

28 Generic logical Multi Tenant solution Logical Resources are allocated as planned Shared resources are allocated first come first serve Sales RBAC Routing Table Customer Support Marketing Finance Device Resources RBAC RBAC RBAC Routing Table Routing Table Routing Table Network Resources Memory CPU Starvation Generic ADC Slide 30 Device Slide 29

29 Radware Solution All Resources are allocated as planned Guaranteed SLA Starvation is not possible Sales Configuration Guaranteed Network Resources Guaranteed memory Resources Guaranteed CPU Resources Customer Support Marketing Configuration Configuration Guaranteed Network Resources Network Resources Guaranteed Network Resources Guaranteed memory Resources Memory Resources Guaranteed memory Resources Guaranteed CPU Resources Guaranteed CPU Resources CPU Finance Configuration Guaranteed Network Resources Guaranteed memory Resources Guaranteed CPU Resources Radware Virtual ADC Device Slide 31

30 Thank You