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Cloud-native disaster recovery; centralized management; automated compliance; ransomware recovery; global deduplication; financial services focused security controls; pension fund data archiving and governance.
Hardware and software solutions that ensure pension fund operations can continue during disruptions, including redundant data centers, automated failover systems, and recovery planning tools.
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Redundant Data Centers Presence of geographically separated duplicate data centers for failover. |
Druva Phoenix is a cloud-based solution built on AWS with multi-zone and multi-region redundancy, ensuring geographically separated system duplication. | |
Redundant Network Connections Secondary network links to maintain connectivity if the primary fails. |
AWS infrastructure (used by Druva Phoenix) is designed with redundant backbone links and secondary connectivity for failover. | |
Redundant Power Supplies Backup power solutions such as UPS and generators for uninterrupted operations. |
Druva leverages cloud infrastructure with UPS/generators and redundant physical layers at AWS data centers. | |
RAID Storage Redundancy Use of RAID configurations for data loss protection in storage devices. |
Phoenix supports storage-level RAID configurations through AWS’s managed storage platform. | |
Automated Failover Capability of systems to automatically switch to backup resources with minimal downtime. |
Druva offers automated failover orchestration in its disaster recovery workflows. | |
Hot/Cold Standby Systems Availability of hot or cold standby servers ready for quick activation. |
Hot and cold standby servers can be configured in Druva’s DRaaS offering based on documented product capabilities. | |
Server Clustering Group of servers linked to enhance redundancy and load balancing. |
Druva supports clustering/load balanced server groups; this is standard in AWS-hosted compute backends. | |
Disaster Recovery as a Service (DRaaS) Integration Integration with cloud-based DR solutions for rapid failover. |
Druva Phoenix integrates with Disaster Recovery as a Service providers/solutions for rapid failover. | |
Cross-region Replication Replication of data and services across multiple geographical regions. |
Cross-region replication is supported (global deduplication, geo-spread backup/restore offered). | |
Hardware Fault Tolerance Ability to sustain operations in the event of hardware failures. |
AWS provides hardware fault tolerance; Druva’s SLA and disaster recovery documentation confirm support. | |
Virtualization Support Utilization of virtual machines for flexible and fast disaster recovery. |
Virtualization is supported both on-premises (VMware, Hyper-V) and in DR orchestration to cloud. | |
Load Balancer Redundancy Redundant load balancers to prevent a single point of failure. |
Supports load balancer redundancy (cloud load balancing is native in AWS stack, on which Druva Phoenix runs). | |
High Availability Architecture Architecture designed to minimize downtime and maintain service. |
Druva’s reference architecture and SLA emphasize high-availability infrastructure and operations. | |
Point-in-Time Recovery Ability to restore systems to a specific prior state. |
Point-in-time recovery (file versioning and VM snapshots) is a standard, advertised feature. |
Automated Backup Scheduling Systematic, scheduled backups performed without manual intervention. |
Automated backup scheduling is part of Druva’s central policy/management platform. | |
Incremental/Differential Backups Support for only backing up data that has changed since last backup. |
Incremental and differential backup methods are used to optimize storage and bandwidth. | |
Offsite Backup Location Safe storage of backup data in a physically separate location. |
Backups can be held in AWS regions apart from production, fulfilling offsite backup requirements. | |
Backup Frequency How often backups are performed. |
No information available | |
Backup Retention Policy Management Definition and enforcement of rules for how long backups are kept. |
Retention policies are configurable and automatically enforced by the platform. | |
Encrypted Backup Storage Ensuring all backup data is encrypted in transit and at rest. |
Backups are encrypted at rest and in transit (documented at https://www.druva.com/solutions/security-compliance/). | |
Backup Verification and Testing Regularly validates backup integrity and usability by testing restores. |
Automated verification and regular, test restores are supported via policy controls and compliance reporting. | |
Granular Restore Capability Ability to restore individual files, databases, or other small elements. |
Granular individual file, database, and VM restore is supported and documented. | |
Automated Backup Failure Alerts Instant notification if a scheduled backup fails or is incomplete. |
Backup and job failure alerts are a feature of Phoenix’s alerting/monitoring dashboard. | |
Cloud Backup Integration Direct backup to trusted cloud storage providers. |
Cloud backup integration is the Phoenix core value proposition and publicly advertised. | |
Snapshot Support Supports the creation of instant, space-efficient data snapshots. |
Supports snapshot-based instant data recovery for VMs and files. | |
Immutable Backups Protection from alteration or deletion for a set period. |
Druva supports immutable backup features, including legal hold and write-once policies. | |
Multi-format Backup Support for backing up various data formats and systems. |
Backups support multiple data formats and platforms (OS, DB, VMs, NAS, SaaS, etc.). |
Automated Recovery Workflows Predefined scripts/workflows for fast, consistent disaster recovery. |
Automated DR/recovery workflows are provided in platform and can be customized per asset. | |
Customizable Runbooks Editable recovery procedure documents integrated with the recovery system. |
Runbooks can be customized and embedded for recovery workflows in the administrator interface. | |
Business Impact Analysis Tools Integrated tools for assessing the impact of various disruptions. |
BIA support is embedded through compliance/impact reports for regulated industries. | |
Recovery Point Objective (RPO) Minimum period between recovery points (measures potential data loss in disaster scenarios). |
No information available | |
Recovery Time Objective (RTO) Maximum acceptable downtime for restoring operations. |
No information available | |
Automated DR Plan Testing Ability to automatically run and validate recovery plans on a scheduled basis. |
Automated DR testing and validation is part of ongoing compliance and SLA testing packages. | |
Centralized DR Dashboard Unified UI to view status, progress, and issues with DR planning and activation. |
Centralized dashboard for DR/BC status is shown in product screenshots and documentation. | |
Change Tracking for Recovery Plans Version control and audit trails for modifications to recovery procedures. |
All runbook, workflow, and plan changes are versioned and tracked for audit/compliance. | |
Guided Recovery Wizards Step-by-step, user-friendly guides for executing recovery plans. |
Guided recovery steps/wizards are embedded in the product UI for disaster response and troubleshooting. | |
Role-based Plan Access Access controls to ensure only authorized personnel can view/modify DR plans. |
Role-based access controls are used to define who may view and edit DR/BC plans. | |
External Entity Notification Integration Built-in notification templates and integrations to alert third parties (customers, regulators) during events. |
Notifications to external entities available via integration connectors (email, SIEM, custom alerts). | |
Compliance Reporting for DR Plans Automated reports to validate compliance with regulatory standards. |
Compliance reporting is built into the platform for regulatory review (advertised for financial services). |
Real-time System Health Monitoring Continuous monitoring of hardware, software, and network components. |
Continuous health/status monitoring supported from cloud console. | |
Automated Failure Detection Immediate identification of system malfunctions or outages. |
System automatically detects and notifies administrators of failures or unresponsive resources. | |
Customizable Alert Thresholds Ability to define what triggers alert notifications. |
Alert thresholds and notification policies are configurable at system, job, or user level. | |
Multi-channel Alerts Support for sending notifications via email, SMS, voice, and app alerts. |
Notifications via email, SMS, and other supported channels for alerting and reporting. | |
Anomaly Detection Algorithms AI-based warnings for abnormal activity suggestive of problems. |
Druva advertises the use of anomaly detection to spot ransomware activity and abnormal backup patterns. | |
Automated Escalation Policies Rules for escalating incidents to higher levels as needed over time. |
Escalation policies configurable within administrator/dashboard interface for incident response. | |
Event Logging and Audit Trails Comprehensive logs for all operational events and alerts. |
Event logs and audit trails are maintained for all major product operations and are exportable. | |
Dashboard Visualization Graphical representation of live system status and alerts. |
Visual dashboards and analytics are prominent product features (see Druva Phoenix console). | |
Health-check Scheduling Routine tests of all key system components. |
Health checks and scheduled validation of system/backup status are supported via policy. | |
Custom Incident Classification Tagging and prioritization of incidents based on severity and scope. |
No information available | |
Historical Uptime Reporting Statistics on uptime and outage events over time. |
Uptime statistics are standard in cloud backup/service reports available to administrators. |
Audit Trail Logging Comprehensive records of all key changes and accesses for compliance checks. |
Audit trails (change/access logging) are required for financial industry deployments and supported. | |
Scheduled Compliance Reporting Automated reports demonstrating conformity to regulatory standards. |
Scheduled compliance (regulatory) reporting functions are advertised on datasheets for financial customers. | |
Role-based Access Controls (RBAC) Defined user permissions based on responsibility and authority. |
Role-based access controls are configurable for user and admin accounts in Phoenix. | |
Encryption (At Rest and In Transit) Industry-standard encryption for sensitive DR/BC data. |
All data is encrypted both in-transit and at-rest using industry standards (AES-256/TLS). | |
Single Sign-On (SSO) Support Integration with enterprise authentication solutions. |
Integrates with SSO providers (Okta, Azure AD, ADFS, etc.) for authentication. | |
Multi-factor Authentication Extra authentication layers for secure system access. |
Multi-factor authentication is available and strongly recommended for privileged access. | |
Separation-of-duties Enforcement Controls to mandate that no one user can compromise critical DR/BC processes. |
No information available | |
Retention Policy Enforcement Automated enforcement of document/data retention policies for compliance. |
Retention policies are configurable and can be enforced automatically for all backup content. | |
Vulnerability Scanning Integration Continuous checks for and notification of known security issues. |
Automated vulnerability scanning and notification are provided by both Druva and the AWS infrastructure. | |
Data Sovereignty Controls Allows location-based data storage to comply with jurisdictional rules. |
Data sovereignty features allow selection of backup region to conform with jurisdictional/company policy. | |
Regulator Access Modules Secure portals for regulator review of DR planning and testing records. |
No information available |
Granular Permission Levels Multiple, clearly defined user permission tiers. |
Granular role/permissions definitions for administrative and user access are present. | |
User Management Dashboard Centralized interface for user administration actions. |
Phoenix administrator dashboard allows for full user management and access review. | |
Privilege Escalation Controls Alerts and controls around elevation of user privileges. |
Privileged escalation events and security actions are monitored and alerted via audit system. | |
User Activity Monitoring Tracking and monitoring of user actions within the system. |
User actions (login, backup, restore, admin events) are tracked and monitored in the audit logs. | |
Automated User Provisioning/De-provisioning Automatic onboarding/offboarding of users as employment status changes. |
API-based onboarding/offboarding is supported; automated user provisioning can be implemented via SSO directory sync. | |
Delegated Administration Ability to delegate administration roles to business units, with oversight. |
Delegation is possible; sub-administrator roles or business-unit controls are supported. | |
User Access Reviews Periodic, automated reviews of permission appropriateness. |
Regular access reviews can be scheduled and are documented as a compliance reporting tool. | |
Integrated Directory Support Integration with Active Directory or LDAP for user federations. |
Directory integration (Active Directory, LDAP, SSO) is documented in the admin guides. | |
Self-service Password Reset User ability to reset passwords securely and independently. |
Self-serve password reset is available for users through the Druva portal. | |
Access Policy Management Tools to configure and monitor role-based access policies. |
Access policy management tools, including rights management and audit, are built-in. |
Scheduled Full-scale DR Testing Automated or manual system-wide disaster recovery test routines. |
System-wide DR tests are supported and can be run both manually and on automated schedules. | |
Partial/Component-level Testing Testing specific system components in isolation. |
Component-level disaster recovery testing is documented as part of the platform. | |
Simulated Disaster Scenarios Built-in disaster scenarios for realistic practice exercises. |
Simulated disaster drills are available as configurable policy-based test runs. | |
Automated Testing Result Reports System-generated outcomes from all tests and drills. |
Testing outcomes are logged and available through platform reporting. | |
Issue and Action Logging Logs problems, resolutions, and follow-up actions from each test. |
Issues/actions resulting from test runs can be logged and reported for audit and follow-up. | |
Regulatory Certification Support Integrated modules to support regulatory certifications. |
Supports regulatory certification evidence and testing documentation. | |
After-action Review Tools Guidance for post-exercise performance assessment. |
After-action review and post-mortem summaries are configurable via incident/task workflow. | |
Automated Remediation Guidance Recommendations and tasks generated from failed test steps. |
Automated suggestions and guidance are included in reports and post-test reviews. | |
Drill Frequency Configuration Supports defining how often regular testing should occur. |
No information available | |
Test Impact Simulation Simulation capability to quantify impacts of disruption without executing full tests. |
No information available |
API Access for Automation APIs for automating DR/BC processes or integration with ITSM/orchestration tools. |
Open APIs allow integration and process automation for DR/backup tasks. | |
Third-party Software Compatibility Ability to connect and function with diverse DR and backup products. |
Multiple industry integration points (VMware, AWS, NAS, DB, etc.) and certification for third-party interoperability. | |
Data Import/Export Tools Easily move data into and from DR/BC environments. |
Import/export capability for backup/restore across environments is listed in product documentation. | |
Cloud Platform Integration Out-of-the-box support for AWS, Azure, GCP, and/or other relevant providers. |
Out-of-the-box integration with AWS and Azure; supports GCP via API. | |
ERP/Finance System Integration Native or API-based integration for key pension operations data feeds. |
No information available | |
Regulatory Data Exchange Automated sharing of compliance and DR status with regulators. |
No information available | |
Directory Services Integration Connection to organizational directory and access services. |
Directory services (AD, SSO, LDAP) supported, allowing federated user/group management. | |
Single Pane of Glass Management Manage, monitor, and respond across environments from one console. |
Centralized management (single pane of glass) visible in sales and support collateral. | |
Legacy System Support Tools or connectors for older hardware and software integration. |
Limited support for legacy systems/OS is mentioned for select archival and migration use cases. | |
Event-driven Automation Hooks Triggers and hooks for programmatic responses to incidents. |
Supports event-driven automation via webhooks and API connectors for incident response. |
Intuitive User Interface Simple, user-friendly layout minimizing operator error. |
Druva Phoenix is widely praised for its intuitive UI in analyst reviews. | |
Accessible Design (WCAG) Compliance with accessibility standards for users with disabilities. |
Phoenix is designed for accessibility; documentation states WCAG conformance. | |
Mobile Access and Management Full-featured admin console accessible from mobile devices. |
Admins can access/manage system via responsive web UI and mobile app. | |
Multi-language Support System UI and notifications available in multiple languages. |
No information available | |
Quick Access Shortcuts Hotkeys, bookmarks, or favorite lists for rapid recovery actions. |
Quick actions and favorites exist in admin UI for common disaster management operations. | |
Context-specific Help On-demand help articles and training at points of action. |
Contextual help, tooltips, and documentation are part of the product’s online interface. | |
Automated Error Correction Suggestions Inline tips for resolving config or process problems. |
Inline guidance and suggestions are shown for error correction in system config screens. | |
Clear Incident Communication Interface Built-in notifications for team and stakeholder coordination. |
Alerts and interfaces are available for communicating DR events to team/stakeholders. | |
Minimal Disruption Recovery Flows Streamlined workflows designed to reduce operator stress and cognitive load. |
Streamlined recovery workflows are designed to minimize disruption and confusion in crisis. | |
Performance Assistance Tools Guidance and suggestions for system tuning before or during incidents. |
Performance tuning recommendations and best practice tips are built into the UI and documentation. |
Maximum Concurrent Recovery Sessions Number of disaster recovery operations that can run simultaneously. |
No information available | |
Data Restore Speed The speed at which critical pension fund data can be restored. |
No information available | |
Failover Activation Time Time taken to activate failover systems. |
No information available | |
Supported User Base Maximum number of concurrent users supported for recovery and continuity processes. |
No information available | |
Storage Capacity Maximum volume of backup data supported. |
No information available | |
Throughput Under Load Tests Performance under system stress scenarios. |
No information available | |
Auto-scaling Resources Ability to scale compute, storage, and network resources dynamically. |
Auto-scaling (compute, storage, IOPS) is an inherent feature of cloud native solutions like Druva Phoenix. | |
Latency Reporting Monitoring of end-to-end response times during DR events. |
System response and latency metrics are accessible via dashboard and drill-down reports. | |
Dynamic Resource Pooling Aggregates unused resources for burst DR operations. |
Dynamic resource pooling/burst scaling is supported for DR events and large backup/restore jobs. | |
Performance Bottleneck Alerts Automated notification if DR/BC processes are hindered by hardware/software limits. |
Performance bottleneck alerts are included as part of health/system issue identification. |
24/7 Vendor Support Hotline Always-available technical and operational support line. |
Druva support is 24/7 globally and has a hotline; SLA documents and customer reviews confirm. | |
Vendor DR Performance Assurance SLA-based performance guarantees for DR/BC systems. |
Performance guarantees and SLAs are prominently stated for regulated industries like finance. | |
Support Ticketing System Integrated platform for logging and tracking support requests. |
Support ticketing/tracking is available inside the Phoenix admin portal. | |
Vendor Escalation Matrix Clearly defined escalation ladder for unresolved or critical issues. |
Support escalation paths are documented for all severity levels. | |
Self-help Resource Library Comprehensive, searchable help articles and documentation. |
Extensive self-help/documentation resources are available on the Druva website. | |
Onsite Support Availability Option for remote or physical technician intervention. |
Onsite (remote/hands, in-person for critical cases) support is available per agreement. | |
Scheduled Maintenance Calendar Transparent plan for routine support and upgrades. |
Regular, scheduled maintenance and upgrade windows are notified to customers, and transparent maintenance logs are provided. | |
System Documentation Quality Comprehensiveness and clarity of vendor-supplied technical documents. |
Phoenix documentation is frequently cited as comprehensive and clear in user reviews. | |
Customer Feedback Mechanism Channel for reporting bugs and suggesting improvements. |
Feedback mechanisms, product suggestion forums, and bug reporting are available via web portal. | |
Training and Certification Programs Structured programs for staff upskilling on DR/BC systems. |
Online training, webinars, and optional certification are offered for enterprise customers and partners. |
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