CA Technologies today announced CA ARCserve r16, a comprehensive hybrid data protection solution that enables customers and service providers to rigorously safeguard the availability of critical data, applications and services across their increasingly diverse mix of virtual, conventional, and cloud resources.
The comprehensive solution and simplified licensing enable customers to reduce costs and better mitigate risk.
The CA ARCserve r16 unifies data protection across virtual, conventional and cloud resources to ease management of diverse IT Infrastructures.
CA ARCserve r16 delivers this high-value capability with:
- A modular architecture that unifies diverse data management functions and facilitates integration with third-party management tools and services
- A simplified single license based on total amount of data being protected
- Standby replication of virtual machine images
- A new cloud connection layer that eases management of access to multiple public and private cloud storage resources
It unifies data management functions through a scalable, modular architecture that also facilitates integration with third-party software such as remote monitoring tools, “Today’s IT organizations are spending inordinate time and money to protect critical services—often relying on a mix of ‘point’ backup solutions for conventional servers, virtual infrastructure and cloud resources that leave them exposed to the risk of a highly damaging outage,” James Forbes-May, Vice President of Data Management, APAC at CA Technologies.management platforms, and solutions from service providers, like Amazon Web Services, Microsoft, N-able and LabTech.
CA ARCserve r16 further simplifies management of heterogeneous IT environments by allowing customers to purchase multiple data protection functionalities with a single license based on the total amount of data they need to protect.
This licensing model also makes it easy for service providers to price and package complete data protection and management solutions to their customers. CA ARCserve r16 is also available through traditional licensing models.
Comprehensive Protection for Virtualized Infrastructure
A new offering, CA ARCserve r16 Central Host-Based VM Backup, empowers organizations to protect their virtual infrastructure with image-based host-level protection for VMware vSphere, “Downtime is not an option in today’s highly competitive world, where businesses must be more agile than ever despite finite resources,” said Eric Rockwell, president of centrexIT, a San Diego-based provider of technology management services. “We’re migrating our customers from Symantec to CA ARCserve for a variety of reasons—including its overhead-slashing infinite incrementals functionality, its ready-to-go virtualization support, its reliability and its unbeatable replication capabilities.”as well as full system replication and high availability supporting Microsoft Hyper-V, VMware vSphere and Citrix XenServer.
By providing both full bare-metal recovery and full system failover of complete VMs, it enables organizations to meet their increasingly stringent restore SLAs. Recovery of individual applications and granular recovery of targeted files and folders can be accomplished within minutes.
With the new CA ARCserve r16 Central Virtual Standby, customers can schedule the automatic conversion of image-based recovery points to VMware Virtual Disk or Microsoft Virtual Hard Disk formats. By making these backup images available as standby virtual machines, customers can further speed the recovery of data and services.
Powerful Support for the Cloud
CA ARCserve r16 introduces a common cloud connection layer across all data protection components— including traditional file backup, disk imaging, replication and high availability. “The banks that rely on our data protection services are subject to strict regulatory scrutiny,” said Terry Oehring, founder and CEO of Solis Security, an MSP specializing in providing information security for financial institutions. “By leveraging CA ARCserve, we can reliably and cost-effectively enable our customers to meet this key challenge by accurately targeting the data that they need to protect and securely replicating it offsite in the cloud.”This provides integrated access to hybrid cloud storage, enabling customers to more readily take advantage of public and private cloud services such as Amazon Web Services, Microsoft Windows Azure and Eucalyptus, for purposes such as remote, off-site data protection, archiving and failover.
CA ARCserve r16 also allows customers to use Amazon Elastic Compute Cloud (EC2) as their disaster recovery infrastructure helping to ensuring they can be up and running quickly in the event of a problem with their on-premises infrastructure. This cold standby technology can eliminate the significant costs associated with the purchase of redundant hardware and cloud computing charges as part of a business continuity plan.
CA ARCserve r16 also enables service providers and their customers to protect systems and data both locally (for fast, simple end-user or administrator recovery), and in the cloud (to protect critical data files offsite for disaster recovery).
Additional Enhancements across Entire Solution Set
“Since implementing CA ARCserve as the primary disaster recovery solution to help ensure the availability of key business systems in our highly virtualized environment, we’ve reduced our recovery time from more than three days to less than four hours,” said Prashanth Thirumlai, IT infrastructure manager at The Haskell Company, a $500 million integrated design-build firm based in Jacksonville, Florida. All major components of CA ARCserve r16—including ARCserve Backup, ARCserve D2D and ARCserve Replication and High Availability—have been updated with significant enhancements, including new AES encryption to secure data in transfer and at rest, as well as tighter integration between traditional and image-based backup.
In addition, CA ARCserve continues to offer integrated backup to disk, tape or cloud, storage resource management, infrastructure visualization and data deduplication.
