- SafeKit
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High Availability in Physical Security Market
- Physical Security Software
- Video Management Software (VMS)
- Electronic Access Control Software (EACS)
- Building Management System Software (BMS)
- SCADA Software
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- Solutions
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New application (real-time replication and failover)
- Windows (mirror.safe)
- Linux (mirror.safe)
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New application (network load balancing and failover)
- Windows (farm.safe)
- Linux (farm.safe)
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Full VM or container real-time replication and failover
- Hyper-V (hyperv.safe)
- KVM (kvm.safe)
- Docker (mirror.safe)
- Podman (mirror.safe)
- Kubernetes (k3s.safe)
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Database (real-time replication and failover)
- Microsoft SQL Server (sqlserver.safe)
- PostgreSQL (postgresql.safe)
- Oracle (oracle.safe)
- MySQL (mysql.safe)
- MariaDB (mysql.safe)
- Firebird (firebird.safe)
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Web (network load balancing and failover)
- Apache (apache_farm.safe)
- Microsoft IIS (iis_farm.safe)
- NGINX (farm.safe)
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Amazon AWS
- AWS (mirror.safe)
- AWS (farm.safe)
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Google GCP
- GCP (mirror.safe)
- GCP (farm.safe)
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Microsoft Azure
- Azure (mirror.safe)
- Azure (farm.safe)
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Other clouds
- All cloud solutions
- Cloud (mirror.safe)
- Cloud (farm.safe)
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Physical security (real-time replication and failover)
- Milestone XProtect (milestone.safe)
- Nedap (nedap.safe)
- Genetec SQL Server (sqlserver.safe)
- Bosch AMS (hyperv.safe)
- Bosch BIS (hyperv.safe)
- Bosch BVMS (hyperv.safe)
- Hanwha Vision (hyperv.safe)
- Hanwha Wisenet (hyperv.safe)
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- Architectures
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Basic architectures
- Overview
- Mirror Cluster
- Farm Cluster
- SafeKit Console
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Advanced architectures
- Farm+Mirror Cluster
- Active Active Cluster with Replicaton
- N-1 Cluster
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Hypervisor architectures
- Hyper-V Cluster
- KVM Cluster
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Container architectures
- Docker Cluster
- Podman Cluster
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- Best practises
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High availability best practises
- High Availability Architectures & Software Clustering Best Practices
- Shared Nothing vs. Shared Disk Architecture: Choosing the Best HA Cluster
- Software clusering vs hardware clustering
- VM HA vs. Application HA: Choose Your Redundancy Level with SafeKit
- High Availability and Disaster Recovery (HADR)
- HA Cluster vs. Fault Tolerant System: Choosing the Right Redundancy Strategy
- How to Implement Redundant Servers with Simple HA Software
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Replication best practises
- Data Replication Techniques for High Availability: A Complete Comparison
- Synchronous vs. Asynchronous Replication: How SafeKit Ensures Zero Data Loss?
- Byte-Level File Replication vs. Block-Level Disk Replication for HA
- Alternative to SQL Server Always On: HA for Express and Standard Editions
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Clustering best practises
- How a Virtual IP Address (VIP) Works in High Availability Clustering?
- Handling Power Outages and Network Isolation in a HA Cluster
- Heartbeat, failover and quorum in a cluster
- SAN vs. NAS Shared Storage for Failover Clustering: A Detailed Comparison
- What are RPO and RTO? Definitions, Examples, and HA Strategies
- Microsoft NLB vs SafeKit network load balancing
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- Resources
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Technical documentations
- SafeKit quick installation guides
- SafeKit user's guide
- SafeKit release notes
- SafeKit SRB
- Knowledge Base
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- Support
- Price
- Contact
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Eviden > Products > SafeKit: All-in-One SANless High Availability & Application Clustering Software > Archived SafeKit Video: How Business Continuity and Disaster Recovery can be implemented with a single software?