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For companies dependent on technology, these events can be catastrophic, leading to data loss, extended downtime, and potentially, the permanent closure of the business. Fast failover and minimal downtime: One of the key benefits of Pure Protect //DRaaS is its rapid failover capability.
Today, I’ll walk you through the critical compute considerations for disaster recovery, focusing on performance, freedom of choice over technology, sizing, and support. Key Takeaways: Interoperability is key : Choose compute solutions that support heterogeneous environments, allowing you to mix and match technologies.
Recovery Time Objective (RTO): Measures the time it takes to restore applications, services, and systems after a disruption. BGP, OSPF), and automatic failover mechanisms to enable uninterrupted communication and data flow. Implement WAN optimization technologies and QoS policies to prioritize recovery-related traffic.
In Part 1 of this blog series, we looked at how to use AWS compute, networking, and security services to create a foundation for a multi-Region application. Data is at the center of many applications. For this reason, data consistency must be considered when building a multi-Region application.
The growing need for applications to always be available eventually created a demand for recovery faster than traditional backups could provide. Backup solutions implemented more aggressive backup schedules via snapshot technologies or by offloading backups to storage systems.
Failover vs. Failback: What’s the Difference? by Pure Storage Blog A key distinction in the realm of disaster recovery is the one between failover and failback. In this article, we’ll develop a baseline understanding of what failover and failback are. What Is Failover? Their effects, however, couldn’t be more different.
Failover vs. Failback: What’s the Difference? by Pure Storage Blog A key distinction in the realm of disaster recovery is the one between failover and failback. In this article, we’ll develop a baseline understanding of what failover and failback are. What Is Failover? Their effects, however, couldn’t be more different.
DXC Technology: Turning Ideas into Real Business Impact by Blog Home Summary When this leading technology services provider needed a robust disaster recovery (DR) solution for its Managed Container Services platform, DXC Technology chose Portworx by Pure Storage.
New capabilities include powerful tools to protect data and applications against ransomware and provide enhanced security with new Zerto for Azure architecture. Consolidated VPG State View— in addition to creating VPGs and performing failover operations, you can now view a simplified VPG state directly from the cloud console.
In this feature, SIOS Technology ‘s Todd Doane offers five strategies for achieving application high availability. Business-critical applications, such as SAP, S/4 HANA, SQL Server, and MaxDB, serve as the backbone of many organizations. The company relied on securities trading applications based on Oracle Database.
Customers only pay for resources when needed, such as during a failover or DR testing. Automation and orchestration: Many cloud-based DR solutions offer automated failover and failback, reducing downtime and simplifying disaster recovery processes. Replication log latency is important for application performance. Azure or AWS).
READ TIME: 4 MIN March 4, 2020 Coronavirus and the Need for a Remote Workforce Failover Plan For some businesses, the Coronavirus is requiring them to take a deep dive into remediation options if the pandemic was to effect their workforce or local community.
A DR runbook is a collection of recovery processes and documentation that simplifies managing a DR environment when testing or performing live failovers. To identify potential business impact, ask yourself questions like: Which applications are most important? What virtualized infrastructure makes up those applications?
In this post, we start by discussing the threats against applications running as Kubernetes clusters. We’ll cover the threats against applications running as Kubernetes clusters and how Zerto for Kubernetes and its one-to-many replication functionality protects against them. They’re managed by the Kubernetes control plane.
We get reminded repeatedly with each cloud outage that there is no such thing as a bullet-proof platform, and no matter where your applications and data reside, you still need a disaster recovery plan. Outages are only one of many threats facing your data and applications.
No application is safe from ransomware. This vulnerability is particularly alarming for organizations that are refactoring their applications for Kubernetes and containers. Refactoring” an application means breaking it down into many different “services” which can be deployed and operated independently.
When you deploy mission-critical applications, you must ensure that your applications and data are resilient to single points of failure. Organizations are increasingly adopting a multicloud strategy—placing applications and data in two or more clouds in addition to an on-premises environment.
Consider factors such as the types of applications and data you need to protect, your recovery time objectives (RTOs) and recovery point objectives (RPOs) , compliance requirements, and budget or resources constraints. Zerto provides continuous data protection (CDP) with near-synchronous replication and unique journal-based technology.
Backup technology has existed as long as data has needed to be recovered. With the Zerto platform, replication happens at the hypervisor level using a scale-out model and journaling technology. Perform an entire site or applicationfailover, failback, and move without data loss or impact to production.
Even with the higher speed capacity, an SSD has its disadvantages over an HDD, depending on your application. SSDs aren’t typically used for long-term backups, so they’re built for both but are typically used in speed-driven applications. Applications that require fast data transfers take advantage of SSDs the most.
Zerto empowers you to: Recover entire sites and applications with confidence, at scale, in minutes. In just a few clicks, recover entire sites or multi-VM applications. Easily perform failover and backup testing quickly, without disruption. It’s that easy. Lower risk with instant, non-disruptive testing.
IT resilience refers to the ability to continuously keep essential IT systems and applications up and running despite disasters and disruptions. The right technologies and resources can help you achieve this. This can be achieved via periodic backups of data and applications to offsite storage to allow for fast recovery.
SREs and DR DR refers to the processes, procedures, and technologies used to prepare for and recover from natural or man-made disasters that threaten the availability of critical systems. DR tries to minimize the impact a disaster has on applications, restoring them to a usable state as quickly as possible.
High-availability clusters: Configure failover clusters where VMs automatically migrate to a healthy server in case of hardware failure, minimizing service disruptions. Key features of Nutanix AHV: Storage: Nutanix has integrated storage that distributes data across multiple disks, making it better for failover and data integrity.
Real-time replication and automated failover / failback ensure that your data and applications are restored quickly, minimizing downtime and maintaining business continuity. Reduced storage costs Solution: Zerto’s efficient data replication and compression technologies reduce storage requirements, lowering costs.
The vendor’s Disaster Recovery as a Service ( DRaaS ) product, Axcient Fusion, can mirror all of an organization’s technological assets in the cloud as a means to replicate data centers on-demand. IBM offers a range of technology and consulting services. Users can choose from multiple tiers of recovery to create a custom solution.
The vendor’s Disaster Recovery as a Service ( DRaaS ) product, Axcient Fusion, can mirror all of an organization’s technological assets in the cloud as a means to replicate data centers on-demand. IBM offers a range of technology and consulting services. Users can choose from multiple tiers of recovery to create a custom solution.
AWS makes it easy to configure the compute and storage resources needed to meet your application and performance demands. VMs in separate AZs can be configured as a Windows Failover Cluster Instance (FCI), and each node in the FCI connects to a single shared instance of an FSx file system.
However, these organizations are learning that cloud adoption can be challenging: they often struggle to migrate complex, inefficient, legacy technologies that were never truly designed for the cloud. Zerto In-Cloud for AWS empowers users with the ability to logically select all EC2 instances that make up a particular application.
Educators need their applications available to reliably teach to our children, while constituents need access to emergency, financial and social services in their most critical time of need. IT professionals serving state, local and education entities have a tremendous responsibility.
HPE GreenLake for Disaster Recovery offers Zerto’s same industry-leading continuous data protection (CDP) technology to deliver RPOs of seconds and RTOs of minutes, all on the HPE GreenLake platform. The HPE GreenLake cloud platform helps you modernize your business by bringing a cloud operational experience to all your applications and data.
Understanding the Cloud Migration Process Before diving into the specifics of using Zerto for cloud migration, it’s essential to understand the basic steps involved in the process: Assessment and planning: Assess your current infrastructure, applications, and data to determine which workloads are suitable for migration to the cloud.
In this submission, SIOS Technology Solutions Architect Ian Allton outlines the four keys to disaster recovery implementation, as well as 7 steps to proper business continuity planning. Critical applications have low RTOs, normally of a few seconds and RPOs of zero. 3) DR Options.
The Future of Business Continuity The Future of Business Continuity: Innovations and Emerging Technologies In an era of rapid technological advancement, the landscape of business continuity is evolving, embracing innovations and emerging technologies to enhance resilience.
A company that suffers an information technology (IT) disaster might never fully recover or may take months to recover. From the recreation parks all the way up to the public safety teams, especially our police and fire in the event of disasters, depend on us for technology services.” –Kim
Backup and recovery technology is also steadily advancing; as detailed in Gartner’s Magic Quadrant for Data Center Backup and Recovery Solutions, “by 2022, 40 percent of organizations will replace their backup applications from what they deployed at the beginning of 2018.”
A strong cyber recovery plan—sometimes referred to as a “cybersecurity disaster recovery plan”— includes advanced tools such as a “ cyber vault ,” which isolates critical data and applications from the primary system to protect them from cyber threats. Backup Disaster recovery encompasses a broader approach than backup alone.
Arcserve Continuous Availability ensures business continuity with asynchronous, real-time replication and automatic failover to prevent downtime and data loss. Axcient enables users to mirror their entire business in the cloud, thereby simplifying data access and restoration, failovers, and virtualization.
While technology is crucial, the human element is equally significant. Real-time replication and automated failover/failback ensure rapid recovery of data and applications, minimizing downtime and business disruption. Organizations need solutions that meet SLAs , ensuring the fastest recovery with minimal data loss.
But having control when it’s spread across hundreds of different applications both internal and external and across various cloud platforms is a whole other matter. . Finally, good cloud data security comes down to investing in the right technologies. According to Cybersecurity Insiders’ 2022 Cloud Security Report : .
Here, we delve into HA and DR, the dynamic duo of application resilience. High Availability is the ability of an application to continue to serve clients who are requesting access to its services. There are two types of HA clustering configurations that are used to host an application: active-passive and active-active.
The Australian Signals Directorate (ASD) has developed a set of prioritized mitigation strategies known as the Essential Eight to safeguard internet-connected information technology networks. Easily spin up your environment or applications to create self-serve, high-fidelity clones that can be used for testing.
It’s likely that your IT environment changes often during the year as you add or upgrade applications, platforms, and infrastructure. Instead, you may be able to run a test on the recovery of an individual application once a week or every other week. How the Zerto Platform Can Help with Disaster Recovery Testing.
For this year’s datacenter failover exercise, 57 Tier 1 and 2 service applications where declared to be “impacted”. While the previous year’s test was more extensive, this year’s was limited to failover response testing and recovery of underlying information technology infrastructure only.
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