Comprehensive Email Management
Everything you need for professional email operations in one powerful platform
Advanced Security
Multi-layered protection against threats and vulnerabilities
- AI-powered threat detection
- End-to-end encryption
- Advanced phishing protection
Intelligent Backup
Never lose critical communications with smart recovery options
- Continuous point-in-time backups
- Granular recovery options
- Cross-region redundancy
Smart Storage
Optimize your email storage with intelligent management
- Automatic archiving policies
- Deduplication technology
- Tiered storage optimization
IT Catastrophe Recovery Versus High Availability?
Almost always on is the so-called “five-nine reliability system.” The backup system or backup component takes over if a vital IT infrastructure fails but is still maintained by a high-availability architecture
Users and programmes can access the same data that was accessible prior to the interruption and continue working uninterrupted as a result.
IT Disaster Recovery describes the techniques, tools, and policies that IT organisations should use to restore vital IT services and components following a disaster. A data centre being destroyed as a result of a significant earthquake is an example of a cyber disaster.
Infrastructure with High Availability Components
Redundancy
Hardware redundancy, software and application redundancy, and data redundancy are all elements of high-availability IT infrastructure.
Hardware Redundancy
Involves duplicating critical physical components like servers, power supplies, and network devices to ensure system uptime in case of hardware failure.
Software and Application Redundancy
Ensures that software services and applications are replicated across multiple systems, allowing uninterrupted operation even if one instance fails.
Data Redundancy
Involves storing copies of data across multiple locations or systems, ensuring data availability and integrity in the event of corruption or loss.
High Availability Advantages
Decreased downtime
SLA within 1%
Assurance of service continuity
Outstanding performance
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Frequently Asked Questions
Carbonio is a modern email and collaboration platform that supports high availability through data replication, clustering, and failover mechanisms to ensure minimal downtime and uninterrupted service.
If a server fails, Carbonio’s high-availability configuration automatically shifts the workload to another healthy node, ensuring that users continue to access services without interruption.
Yes, Carbonio fully supports clustered deployment. You can configure multiple nodes to work together, which helps in load balancing and offers redundancy in case of a node failure.
Not necessarily. Carbonio is flexible and can run on standard servers. However, for high availability, you’ll need a proper cluster setup with replicated storage and redundant network paths.
You can configure Carbonio for high availability by setting up multiple application nodes, using a load balancer, and implementing storage and database replication across servers.
Many users find Carbonio to be a modern, open-source alternative to Zimbra, with more scalable architecture and native support for high-availability features like clustering and failover.
Absolutely. With a proper high-availability setup, Carbonio continues to serve emails and collaboration tools even during scheduled maintenance or unexpected outages.
What are the benefits of using Carbonio in a high-availability infrastructure?
The cost depends on your infrastructure size and deployment model, but since Carbonio is open-source, it’s typically more cost-effective than proprietary solutions.
Yes, Carbonio is designed to scale and can meet enterprise-level needs with support for clustering, redundancy, and seamless failover capabilities.