News & Updates

Operational Resilience: System Recovery as Your Key Compliance Safeguard Operational resilience has emerged as the cornerstone of modern financial industry regulations. Firms are now required not only to prevent disruptions, but also to ensure they can rapidly recover critical functionalities when inevitable problems arise. This is where a robust system recovery strategy takes center stage. Why System Recovery Matters for

BMR vs. Replication: Choosing Your Disaster Recovery Path Based on RTOs When it comes to disaster recovery, the speed at which you can recover systems, often defined as your Recovery Time Objective (RTO), is crucial for minimizing downtime and its associated costs. Cristie Software offers two powerful tools to meet your RTO goals: Bare Machine Recovery (BMR): Restores entire systems

What is the major hole in 80% of DR plans? Cloud computing dominates the enterprise computing landscape and is set to continue this protectory. A recent report from HashiCorp indicated that 90% of large enterprises had adopted a multi-cloud infrastructure. However, this focus on virtualization is side-tracking many disaster recovery (DR) plans when it comes to system recovery. Cristie Software

Simplifying migration from VMware Cristie Software offer an easy migration path from VMware for customers looking to move to alternative environments. Despite the dominance of VMware in virtualization, cloud management, end user computing, and hyperconverged infrastructure technologies, leading analyst house Forrester predicts that 20 percent of existing VMware customers will seek an alternative in 2024. Migrate easily from VMware to

Reducing risk for Insurance industry digital transformation. Cristie Software work with many insurance industry firms to provide system recovery and migration solutions to support disaster recovery and aid the move towards full digitalization. 2024 marks a period of significant change for the insurance industry with digital transformation and cyber resilience a key focus. Regulations such as DORA and NIS2 within