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Serviceguard is integrated by design with advanced
infrastructure management features of the HP Virtual Server
Environment, including our industry-leading Utility Pricing
portfolio which delivers maximum availability at minimal cost.
The portfolio also includes highly available storage management
solutions to optimize performance while reducing management
costs and effort. Fully qualified and tested solutions are
available for Oracle Database, Oracle Real Application Clusters
(RAC), and SAP—all of which are endorsed
by our partners.
HP Serviceguard Solutions are relied upon by so many organizations because we extensively test and qualify everything we do. We’re not interested in dazzling you with promises of functionality that doesn’t actually exist. Some of the key features and benefits you will see are shown below , including the new functionality delivered with Serviceguard Solutions for A.11.19
 High Availability
| New! Faster cluster reformation and 83% faster failover |
Reduces downtime and its associated revenue impact
Delivers full scalability of failover speed regardless of cluster size – unique in the industry
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| New! IP level network monitoring across routers and subnets |
More comprehensive and faster recovery from network failures
Very flexible networking configurations
Robust and rapid network detection for a large variety of failure scenarios
Transparently restores network communications with redundant interfaces
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| New! Fully IPv6 compliant clustering |
Critical for organizations that require IP addresses for growth
Supports federal mandates for IPv6
Allows full IPv6 or mixed IPv4/IPv6 clusters
Supports IPv6 for any subnet configured into the cluster, including subnets that carry the cluster heartbeat, and those connected to a Quorum Server
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New! Increased number of packages from 150 to 300 |
Accommodates the growing package need for virtual machine and cluster file system environments while increasing manageability and scalability. Also increased the number of resources that can be configured for each application environment |
| Robust monitoring |
Comprehensive protection against hardware, software, virtualization, network, and storage faults |
| Advanced cluster arbitration mechanisms |
Prevents data corruption and loss |
| Centralized logging and advanced log-filtering features |
Enables a highly available log-consolidation server |
| HP Serviceguard Cluster File System |
Significantly improves manageability |
| Rapid automatic detection and recovery time |
Prevents failed nodes from jeopardizing the integrity of application data |
| Ability to survive multiple node failures |
Increases application availability and reduces operator error |
| Fast failback |
Provides superior protection |
| Rolling upgrades |
Shortens start-up time for applications in the primary active node |
| Multiple cluster configurations—active-active, active-standby, and rotating standby |
Provides flexible configuration options and full support for extensive virtualization models |
Virtualization
| New! Integrated workload balancing capabilities |
Ensures servers don't become overloaded after a failure in fixed resource environments by placing packages with fixed weights onto nodes with predefined capacities in event of a failure |
| Part of the HP Virtual Server Environment |
Integrated by design with all other components of the HP VSE
Enables you to double resource utilization and flex resources in real
time to maintain service levels after a failover or disaster
Ensures service-level objectives (SLOs) are maintained during planned and unplanned downtime
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| Full support for both physical and virtualized server environments |
Cluster physical servers, nPartitions, vPartitions or HP Integrity Virtual Machines to react to software/hardware failures while assisting with consolidation |
| Complete integration with HP Utility Pricing |
Synchronize movement of hardware resources and software licenses along with a service during failover |
Manageability
| New! Integrated, flexible package dependencies |
Precisely controls extended dependencies between packages without custom scripting—allows orderly start-up/shutdown of inter-dependent applications |
| New! Online cluster management |
Change the configuration of the Quorum Server, the lock disk, the lock LUN or change an interface from IPv4 to IPv6, or vice versa – all while the cluster is running |
| New! Online cluster configuration |
Ability to perform most configuration changes to modular packages, and many changes to legacy packages, while the package is running |
| New! Command preview |
Preview the effect on packages of certain actions or events before they actually occur |
| New! Partial Start-up Maintenance Mode |
Allows a package to be put into a partially started state for maintenance purposes and easier iterative testing during deployment |
| Multiple management options |
Command line and GUI options for management and configuration of multiple clusters. Available standalone or integrated with HP OpenView software and/or HP Systems Insight Manager. |
| Command Fan-out Tools with DSAU |
Executes shell commands and distribute files across your HP Serviceguard clusters - send the same command to all systems in your configuration in a single action |
| Configuration synchronization with DSAU |
Specify a specific server as your configuration master with all other systems defined as clients. The configuration master retains copies of all files that you want synchronized across your clients. Synchronization actions can include updating client files from the configuration master, executing shell commands, or checking for certain processes |
| Log consolidation with DSAU |
Logs from all systems you manage, whether in a cluster or not, can send their logs (system, package, and cluster) to a single location on the consolidation node from which they are easily monitored. GUI front-end and also integrated into Serviceguard Manager.
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| Administration for clusters, nodes and packages |
One tool for large clustered environments, maintain consistency of configuration files on cluster member nodes. Run, halt or move a package via drag and drop, run or halt a node or a cluster |
| Instantly act on changing status |
Comprehensive monitoring, color-coded, graphically-intuitive icons, online status and configuration information for multiple clusters, their member nodes, and packages
Alerts Panel reports cluster status in one place
SNMP event browser displays all SNMP traps generated by Serviceguard nodes
Auto-Refresh provides automatic updates including property sheets
Saveable status and configuration snapshots
Package dependency graph
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| Comprehensive online help, tooltips and wizards |
Reduces management costs and effort, reduces dependency on expertise; available in multiple languages |
| Unified manageability for virtualized environments |
Identify nodes that are VMware guests, Integrity VM hosts or Integrity VM guests, nPartitions or vPars with context sensitive links to Partition Manager (on nPartitions) and VM Manager (on HP Integrity Virtual Machines) |
Application Integration
| Pre-written Toolkits |
Extensible infrastructure to accommodate any application and its resources. Available for all major services, applications and databases—fully supported, tested & qualified by HP
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| Common look and feel for each cluster service |
Reduces time and effort, and dependency on expertise |
| Serviceguard Developers Toolbox |
Facilitates quick, easy and correct integration of an application into a Serviceguard cluster with a validation loop back to HP |
Serviceguard Extension for SAP
Co-developed with, fully tested and endorsed by SAP
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100% confidence in the resiliency and robustness of your SAP environment
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Automatic upgrades if purchased with a support contract
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No need to devote staff to updating or maintaining SAP integration into the cluster
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Comprehensive availability and monitoring
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Protects the SAP Central Instance, SAP System Central Services, SAP Dialog Instances, SAP Replication Instances, SAP liveCache and underlying Oracle or SAP MaxDB databases
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Online maintenance
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Reduces downtime even when you are performing maintenance or installing patches
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Integrated with HP Serviceguard Disaster Recovery Solutions
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Protection against site outages, natural and man-made disasters
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Integrated with HP Serviceguard Extension for RAC (SGeRAC)
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Reduces the complexity for integrating SAP environments with Oracle RAC to ease deployment and configuration of high-end complex SAP environments that require and can sustain heavy workloads
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Enables SAP virtualization
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Quickly adapt to changing resource demands or maintenance needs
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Utilizes SAP Replicated Enqueue technology
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Fully automated and transparent zero-impact failover for SAP Single Points Of Failure (SPOFs) in the software stack
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Optimizes resource utilization
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No need for a dedicated secondary node to serve as backup – during normal operation, the secondary node can function as an application server in the production SAP environment or run as a separate SAP development or test instance
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Hot Standby Service for SAP liveCache
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Reduce recovery time for SAP liveCache from hours to less than two minutes – endorsed by SAP as the first solution of its kind
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Serviceguard Extension for RAC
New! Support for Cluster Interconnect Monitoring on IPv4 and IPv6 subnets
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Further improve monitoring of subnet networks required in Oracle RAC to respond more quickly to NIC outages or subnet problems that might otherwise cause nodes to be evicted with a subsequent loss of RAC service
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New! Enablement of improved RAC VIP management and failover performance and VIP network monitoring on IPv4 and IPv6
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Simplifies network configuration in a RAC environment and enhances the availability of networks needed by Oracle clients.
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New! GMS Authorization
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Prevent unauthorized users from accessing cluster information and registering or deregistering group memberships to further secure the environment so that only certain users can modify it according to your security policies
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Joint support from HP and Oracle
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Single point of contact, comprehensive inclusion of both HP and Oracle best practices
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Advanced cluster arbitration mechanisms and the use of robust volume managers
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Helps to eliminate data corruption and preserve data integrity
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Robust I/O fencing
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Provides data integrity protection among nodes, both inside and outside of the cluster
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Supports Cluster file system (CFS), Shared Logical Volume Manager (SLVM), Cluster Volume Manager (CVM), Automated Storage Management (ASM) on SLVM and raw volumes
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Flexible storage management options
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Seamless integration with Serviceguard Manager, HP System Management Tools, and both Serviceguard CFS and HP Volume Managers
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Improved manageability
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Local area network (LAN) monitoring
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Delivers rapid recovery and transparent restoration of service following events like hardware Network Interface failures
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Increased storage subsystem availability
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Eliminates the impact of storage link failures by providing multiple independent pathways to storage and comprehensive monitoring services
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Ability to withstand multiple node failures
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Better node availability, service continues to run even in case of multiple node failure
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Rolling upgrades
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Maintain application availability during hardware and software maintenance
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Integration with HP-UX Virtual Server Environment
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Double resource utilization and flex resources in real time to maintain service levels after a failover or disaster.
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Can be integrated with HP Serviceguard Disaster Recovery Solutions
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Protect against site outages, natural and man-made disasters
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Disaster Recovery using Extended Distance Cluster
Natural extension of Serviceguard from multi-system to multi-data center
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Comprehensive, robust and unified solution for varying levels of availability
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Host based data mirroring
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Can work with any Serviceguard supported storage
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Synchronous data replication
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Data is available at both the sites for minimum impact on RPOs (recovery point objectives)
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Disaster Recovery using Metrocluster
New! Metrocluster with SONET/SDH site interconnect
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Lower cost alternative to Dense Wave Division Multiplexing (DWDM) ideal for smaller configurations
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New! Per core licensing
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Makes disaster recovery feasible even for smaller environments - size your environment as you see fit, then choose either per core or per cluster licensing
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New! Support for XP Thin Provisioning storage virtualization
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Reduce storage management time and costs, storage acquisition costs and deliver full high availability and disaster tolerance
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Single DR solution for Oracle RAC databases as well as other applications
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Provides a unified “all-in-one” solution for local high availability, remote disaster recovery, static load balancing between sites, dynamic load balancing within a site and storage and network flexibility
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No impact to Oracle RAC performance
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Maintain service levels
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Fully integrated and supported by HP, Oracle, and Symantec
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Delivers 100% confidence in the resiliency and robustness of your disaster tolerant environment
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Disaster Recovery using Continentalclusters
Cluster to cluster failover
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Allows failover of an entire cluster
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Mutual Recovery
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Allows for mission-critical services to run on both clusters, with each cluster configured to recover the mission-critical services of the other
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Disaster Recovery over unlimited distances
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Allows you to choose the location of your data center based on your priorities
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Push-button failover
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Initiates a failover when you deem fit
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Integrated with Serviceguard Extension for Real Application Cluster (SGeRAC)
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Provides disaster tolerance to your Oracle RAC database over unlimited distances
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Storage Management
Serviceguard integration with Cluster File System (CFS)
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Simplifies application installation and ongoing management, particularly for Oracle RAC databases
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Advanced volume management and file system capabilities
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Improves resource utilization
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Integration with Oracle Disk Manager (ODM)
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Improves database performance 10x
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Dynamic Storage Tiering
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Reduces storage costs dramatically by enabling administrators to set up policies that segment data
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FlashSnap™ database clones or point-in-time copies
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Almost eliminates the need to take applications offline for storage management
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Storage mapping
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Tunes performance of disk arrays
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I/O fencing
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Enables rapid application recovery in the event of a failure by isolating your storage resources from failed nodes that are not part of the cluster
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Complete online administration capabilities
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Significantly reduces storage management time
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Portable Data Containers
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Promotes seamless data migration between platforms
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Dynamic multipathing
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Guards against broken links to storage, with tools to monitor availability of storage
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