Here are key aspects of VMware Site Recovery Manager:
- Disaster Recovery Orchestration: VMware SRM provides an automated orchestration framework for disaster recovery, enabling organizations to define, test, and execute recovery plans for virtualized applications and workloads.
- Integration with VMware vSphere: SRM tightly integrates with VMware vSphere, utilizing the capabilities of the virtualization platform for the replication and recovery of virtual machines (VMs) between sites.
- Array-Based Replication: SRM supports array-based replication, allowing organizations to replicate VMs at the storage array level. This provides efficient and scalable replication with minimal impact on production workloads.
- Automated Failover and Failback: SRM automates the failover process, allowing organizations to quickly switch to the recovery site in the event of a disaster or disruptive event. Once the primary site is restored, SRM supports automated failback to the original site.
- Non-Disruptive Testing: SRM allows organizations to perform non-disruptive testing of recovery plans. This ensures that recovery plans are validated without impacting production environments.
- Array-Agnostic: While SRM often integrates with array-based replication technologies, it is array-agnostic, meaning it can work with various storage arrays from different vendors, offering flexibility in choosing storage solutions.
- Site-to-Site Migration: SRM facilitates site-to-site migration, allowing organizations to move workloads between data centers with minimal disruption. This capability is useful for planned data center migrations or consolidations.
- Customizable Recovery Plans: Organizations can create customizable recovery plans in SRM, specifying the order in which VMs are recovered and configuring dependencies between VMs. This flexibility allows for tailored recovery strategies based on specific business requirements.
- Application Consistency: SRM ensures application consistency during the replication process. It coordinates with VMware’s vSphere Replication and storage replication technologies to quiesce applications, ensuring that replicated VMs are in a consistent state.
- Network and Security Configuration: SRM automates the reconfiguration of networks and security settings during the recovery process. This ensures that recovered VMs are properly connected to the appropriate networks and security policies.
- Health Monitoring and Reporting: SRM provides monitoring and reporting tools to keep administrators informed about the status of replication, recovery plans, and overall system health. This helps ensure ongoing compliance with recovery objectives.
- Integration with vCloud Director: SRM integrates with vCloud Director, extending its capabilities to service providers and enabling the automation of DR for organizations using vCloud Director for multi-tenant cloud environments.
VMware SRM is a critical component for organizations looking to establish robust disaster recovery and business continuity strategies in virtualized environments. By automating and orchestrating the recovery process, SRM helps minimize downtime and streamline the recovery of critical applications and services.
Here are key aspects of ExaGrid solutions:
- Scalable Grid Architecture: ExaGrid employs a scalable grid architecture, where multiple appliances can be combined into a grid to provide linear scalability. This architecture allows organizations to easily scale their backup storage infrastructure as data volumes grow.
- Post-Process Deduplication: ExaGrid uses a post-process deduplication approach. After data is ingested, it is deduplicated and stored in a deduplicated format on the ExaGrid appliance. This helps optimize storage efficiency by eliminating redundant data.
- Unique Landing Zone: ExaGrid features a unique landing zone, where the most recent backups are stored in their full and undeduplicated form. This landing zone accelerates backup and restore performance, as there is no need for rehydration of data during these processes.
- Instant VM Recovery: ExaGrid supports instant recovery of virtual machines (VMs), enabling organizations to quickly recover and run VMs directly from the ExaGrid appliance in the event of a failure.
- Scale-Out Architecture: ExaGrid’s scale-out architecture allows organizations to add additional appliances to the grid to accommodate growing data volumes and to maintain performance levels. This scale-out approach provides flexibility and investment protection.
- Integration with Veeam, Commvault, and Other Backup Applications: ExaGrid solutions integrate with a variety of backup applications, including Veeam and Commvault. This integration ensures compatibility with existing backup workflows and applications commonly used in enterprise environments.
- Global Deduplication Across All Appliances: ExaGrid’s global deduplication spans across all appliances in a grid, providing a comprehensive and efficient deduplication process. This ensures that redundant data is eliminated across the entire infrastructure.
- WAN-Efficient Replication: ExaGrid supports WAN-efficient replication, allowing organizations to replicate backup data to offsite or remote locations for disaster recovery purposes. This replication is optimized for efficient use of wide-area network (WAN) bandwidth.
- Retention Timeframes: ExaGrid allows organizations to retain backup data for extended periods, providing flexibility in meeting regulatory compliance and data retention requirements.
- NFS and SMB Support: ExaGrid supports NFS (Network File System) and SMB (Server Message Block) protocols, making it compatible with various operating systems and environments.
- Automated Tiered Storage: ExaGrid provides automated tiered storage, allowing organizations to archive older and less frequently accessed backup data to cost-effective storage tiers.
- Scale-to-Fit Licensing: ExaGrid offers a scale-to-fit licensing model, allowing organizations to add capacity as needed without having to overprovision upfront. This flexibility aligns with the dynamic nature of data growth.
ExaGrid’s backup storage solutions are known for their scalability, performance optimization, and cost-effective approach to data deduplication. These features make them suitable for organizations with evolving backup and data protection needs.
Key Capabilities:
- Natively integrated into Veeam Data Platform
Easily send backup and replica jobs offsite to a service provider in just a few clicks
No additional licensing requirements for Veeam Data Platform customers
- Securely designed :
End-to-end encryption protects data at the source and in-flight through a secure SSL/TLS connection and at rest
Protect backup data from intentional or accidental deletion with insider protection services
- Execute a hybrid strategy with Off-site Backup
Easily store backups off site for retention, secure recovery and more by leveraging a service provider’s cloud
Quickly get started without needing to build out additional backup infrastructure
- Maintain business continuity with DRaaS
Achieve full- or partial-site failover to a remote disaster recovery (DR) site from any location through a secure web portal
Meet the most stringent recovery objectives ranging from minutes to seconds with Continuous Data Protection (CDP)
Here are key aspects of Veeam Replication:
- Near-Continuous Data Replication: Veeam Replication enables near-continuous replication of VMs by copying changes made to the VMs at the primary site to a secondary site. This ensures that the replicated VMs are kept up to date with the latest changes.
- Image-Based Replication: Similar to Veeam Backup, Veeam Replication uses an image-based approach to replicate entire VMs. This includes the VM configuration, operating system, applications, and data. The replicated VMs are stored in a ready-to-start state.
- Efficient Data Transfer: Veeam Replication optimizes data transfer by sending only changed data blocks over the network. This helps minimize bandwidth requirements and speeds up the replication process.
- Multiple Replication Modes: Veeam offers various replication modes, including replicas for failover, replicas for failback, and replicas for storage migration. This flexibility allows organizations to use replication for different purposes, such as disaster recovery, planned migrations, or testing.
- Point-in-Time Recovery: Veeam Replication supports point-in-time recovery, allowing organizations to restore VMs to specific points in time. This is useful for recovering from data corruption or other issues affecting the primary VMs.
- Automated Failover and Failback: Veeam Replication automates the failover process, allowing organizations to quickly switch to the replicated VMs in the event of a disaster or planned maintenance. Once the primary site is restored, automated failback can be initiated.
- Built-in Traffic Compression and Acceleration: Veeam Replication includes built-in traffic compression and acceleration technologies to optimize data transfer across the network. This helps improve replication performance and efficiency.
- Application Consistency: Veeam Replication ensures application consistency during the replication process. It coordinates with Veeam’s application-aware processing to quiesce applications, ensuring that replicated VMs are in a consistent state.
- Scheduling and Bandwidth Throttling: Organizations can configure replication jobs to run on a scheduled basis, allowing for regular updates of replicated VMs. Bandwidth throttling options are available to control the impact of replication on the network during peak hours.
- Granular VM Selection: Veeam Replication allows for granular VM selection, giving organizations the flexibility to choose specific VMs for replication based on priority or business requirements.
- Integration with VMware vSphere and Microsoft Hyper-V: Veeam Replication integrates seamlessly with both VMware vSphere and Microsoft Hyper-V environments, providing a unified replication solution for organizations with mixed virtualization platforms.
- Monitoring and Reporting: Veeam provides monitoring and reporting tools to track the status of replication jobs, providing insights into replication performance, job history, and overall system health.
Veeam Replication is a critical component of Veeam Backup & Replication, offering organizations the ability to create and maintain copies of their virtualized workloads for disaster recovery, planned migrations, and other scenarios requiring high availability and resilience.
Features:
- Logically Air-Gapped : Logical separation of backup data from production accounts.
- Secure Access : Least-privilege IAM and role-based access controls (RBAC).
- Immutable Storage : Leverage Immutable Storage in Azure Blob to store data in a WORM state.
- Recovery Flexibility: Across subscriptions, regions or even restore outside of Azure.*
- Full- and File-Level : Full instance or granular recovery, either in place or as new.
- Simplified Recovery : Wizard-driven, automated and self-service workflows.
- Automated Backup : Automated discovery and protection via native backups.
- Cost-Optimized : Backup lifecycling to object storage with cost calculations.
- Hybrid Ready : Operationally consistent management across hybrid- and multi-cloud* environments.