Extends service-oriented architecture middleware and services to private clouds
IBM® Workload Deployer is a hardware appliance that provides access to IBM middleware virtual images and patterns to more easily, quickly and repeatedly create application environments that can be published and managed in a security-rich private cloud.
This product works seamlessly with IBM WebSphere® Application Server Hypervisor Edition, which is optimized to run in virtualized hardware server environments including IBM z/VM®, IBM PowerVM® on IBM AIX® and VMware ESX.
IBM Workload Deployer:
- Reduces costs by helping you deploy, manage and maintain application environments in a security-rich private cloud.
- Increases agility and time to value by providing virtual images and patterns that can speed application deployment and reduce setup time for IBM WebSphere environments.
- Reduces risk and increases repeatability by incorporating more than 10 years of management experience for cost-effective, rapid and repeatable application deployment.
- Optimizes administration within virtualized infrastructure.
- Enhances security throughout the entire infrastructure lifecycle.
Reduces costs
- Can help reduce hardware, power and cooling costs by using shared virtualized infrastructure and enabling higher hardware usage rates in a private cloud.
- Reduces the resources and time required to configure and administer the IBM middleware environment.
- Can significantly reduce software labor hours when compared with manual deployment.
- Can free developers to focus on application enhancements.
- Allows you to seamlessly extend your investment in service-oriented architecture (SOA) into a cloud services environment.
Increases agility and time to value
- Includes WebSphere Application Server Hypervisor Edition virtual images, the IBM Web Application Pattern, IBM DB2® patterns and Hypervisor virtual images and common solution topologies.
- Provides a self-service virtual system management console that sets up and tears down deployed environments based on user input times. Also helps simplify environment setup with the click of a button, which makes running systems available within minutes.
- Supports virtual image customization to include binaries for monitors and corporate governance agents.
- Provides drag and drop tools. They allow you to assemble virtual images, scripts and topologies into customized patterns. They also allow you to create and deploy virtual applications without taking the underlying middleware or virtual images into consideration.
- Integrates fully with development and service management tools from IBM Rational® and IBM Tivoli® for support.
Reduces risk and increases repeatability
- Allows you to publish only best practice, accepted solution topologies for user deployment.
- Allows you to customize environments once, and then capture those exact configurations for redeployment with a single click. This enhances repeatability and reduces the potential for errors.
- Allows you to lock images, patterns and even specific parameters (such as memory size = 1024) to help support identical, repeated deployments.
- Allows you to apply updates to images and patterns once and republish for broader user access. This helps simplify maintenance and management.
Optimizes administration
- Offers reliability with added appliance failover IBM POWER7® support.
- Provides intelligent placement algorithms to optimize resource use based on cloud activity.
- Tracks and reports usage statistics based on user and groups using virtual images and patterns. Provides management reports for internal chargeback purposes.
- Supports Representational State Transfer (REST) application programming interfaces (APIs) for standards-based integration into existing data center management software including Tivoli.
- Provides an enhanced level of dynamics through service-policy-based management. This allows for the enforcement of health policies and response time goals, and managing the rollout of new application versions.
Enhances security
- Provides an appliance that serves as an encrypted vault where images, patterns and permissions are stored. This appliance is tamper-resistant and has a self-disabling switch, which is triggered if the appliance cover is removed.
- Provides granular access controls, allowing administrators to restrict visibility, pattern creation privileges and deployment rights to individuals and groups.
- Integrates with existing Lightweight Directory Access Protocol (LDAP) directories to tie into existing access control lists.
- Allows passwords for virtual systems deployed to be set at the time of deployment. This helps guarantee that root access is only given to credentialed parties.
Ebook: Private Cloud For Dummies
- White paper: A study on reducing labor costs through the use of IBM Workload Deployer
Learn the approach for quantifying the impact that private cloud technologies have on various aspects of labor.
- Demos: IBM Workload Deployer
Gain insight into using efficient, flexible private cloud environments to speed application development and reduce setup time.
- White paper: Deliver ROI by speeding application deployment to the cloud
Learn how IBM Workload Deployer, helps control IT costs and delivers ROI.
- Ebook: Virtualization with IBM Workload Deployer—Designing and Deploying Virtual Systems
Learn about designing and developing virtual systems in this IBM Redbooks® publication.
Buy IBM Workload Deployer
Extends service-oriented architecture middleware and services to private clouds
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System Requirements
Purpose:
Use this set of prerequisites to plan for installation, configuration and use of Workload Deployer.
Information required:
You need to collect the following data to define your Workload Deployer base configuration.
The IP address and subnet mask for the Ethernet interface for appliance management access
The IP address of the default gateways (routers) that supports the subnets for the Ethernet interfaces
Best Practice:
Use the remaining three Ethernet interfaces to handle data traffic to and from the various hypervisors.
Optional:
The IP addresses and subnet mask for Ethernet interfaces for appliance service access (MGT0, MGT1, ETH0, ETH1, thru ETH8) MGMT Ethernet interface on a dedicated subnet for all network- and system-wide management functions. This dedicated subnet would handle network traffic for Web Management (WebGUI) functions.
Setup and physical installation perquisites:
You need to collect the following data to configure your Workload Deployer environment.
The Workload Deployer is a 2U rack-mountable network appliance. You can install the appliance in an EIA-310-D 48.3-cm (19-in) rack with at least 71.1 cm (28 in.) of depth. When planning the installation, keep the following in mind:
The rack must provide rear mounting columns. The appliance requires both front and rear mounting support.
There must be at least 30 inches (76.20 cm) of free space behind the rack frame to remove replaceable parts.
The ambient temperature in the operating environment and within the rack should not exceed 104° F (40° C).
Leave at least 2 inches (5.1 cm) above and below the appliance to provide adequate ventilation and to assist in appliance maintenance.
The rack must provide sufficient free space in the front for the Ethernet cables and any serial console cable.
You will need the following tools, hardware, and cables to install the Workload Deployer rack-mounting kit:
- A medium Phillips screwdriver
- Two (2) standard rack screws
You will need the following cables to connect the Workload Deployer to your network: At least one (1), but up to ten (10), network cables.
To perform the initial configuration, you must use a serial connection. The serial connection must be between an ASCII terminal or a PC running terminal emulation software to the serial port on the appliance. To make this connection, use the provided DB-9 null-modem cable. Note: If the terminal or PC is not equipped with a serial port, use a USB-to-serial converter cable.
| Software | Hardware | Suggested Minimum Configuration | Optimal Hardware |
|---|---|---|---|
| VMware ESX: ESX 3.5, ESX 4.1, ESX 4.0, ESXi | Hardware matching VMware ESX HCL (link resides outside of ibm.com) | 4+ Processor/Core System 16GB+ RAM 147+ GB Storage |
32 Core Systems 128GB RAM SAN Storage (ie: DS4000) |
| PowerVM 5, 6 and 7 System Director 6.2.1.1 VM Control 2.3.1.1 Hardware Management Console 7.7.3 or later AIX Levels for Directo and NIM – AIX 6.1 TL5 SP3 VIOS 2.2.0.11-FP-24 SP-01 |
PowerVM hardware roadmap | 4+ Processor/Core System 16GB+ RAM 147+ GB Storage |
32 Core Systems 128GB RAM SAN Storage (ie: DS4000) |
| z/VM 5.4 or z/VM 6.1, or later with DIRM enabled (RACF optional) MAINT user id / privileges required VSwitch configured |
4+ Processor/Core System 16GB+ RAM 147+ GB Storage |
32 Core Systems 128GB RAM SAN Storage (ie: DS4000) | |
| A separate LPAR with the following: - 4 GB of central storage - 2 GB of expanded storage (XSTOR) - 2 CPs ( IFLs, optional) - 3 3390 Mod 3 DASD for page / spool datasets (recommended to have five page data sets defined to the system for performance reasons) For each provisioned guest / vm Shared Mini Disk Mode: - 3 3390 Mod 9 DASD (21 GB - for cache) - 1 3390 Mod 9 DASD per VM/guest Isolated Mini Disk Mode - 3 3390 Mod 9 DASD (21 GB ) per VM/guest | |||
| WebSphere Application Server Hypervisor Edition System Requirements (per virtual machine deployed using Cloudburst) | |||
| Minimum Requirements 1 Virtual CPU 2048 MB Virtual RAM 30 GB Storage |
Suggested Requirements 2-4 Virtual CPU 8192 MB Virtual RAM 30 GB Storage | ||
| Sample Cluster Topology (1 Deployment manager, 2 Application Server nodes, 1 IBM Http Server system) | |||
| Minimum Requirements (per system (4) 1 Virtual CPU 2048 MB Virtual RAM 40 GB Storage for initial deployment 20 GB Storage for each subsequent deployment |
Suggested Requirements (per system (4) 2-4 Virtual CPU 8192 MV Virtual RAM 40 GB Storage for initial deployment 20 GB Storage for each subsequent deployment | ||
Web User interface
To use the Web user interface, you can use one of the following browsers:
Mozilla Firefox, Version 3.5, 3.6 or 4
Microsoft® Internet Explorer, Version 7, 8 or 9
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