HAM

HAM stands for High Availability Manager. It is a software developed by Loke Software that ensures continuous availability of applications and services by automatically detecting and recovering from failures.

HAM uses a combination of monitoring, fault detection, and automated recovery mechanisms to ensure high availability. It constantly monitors the health of applications and services, detects failures or anomalies, and takes appropriate actions to recover from them.

HAM can handle various types of failures, including server crashes, network outages, application errors, and other system-level issues. It adapts to different failure scenarios and employs strategies like failover, load balancing, and auto-scaling to maintain uninterrupted service.

Yes, HAM is designed to work in both physical and virtual environments. It can monitor and manage applications running on physical servers as well as virtual machines or containers.

Yes, HAM is compatible with multiple operating systems including Windows, Linux, and Unix. It supports a wide range of platforms to ensure flexibility and compatibility.

Yes, HAM provides configurable options to tailor the failure detection and recovery mechanisms according to specific requirements. Users can define custom checks, thresholds, and actions based on their application's needs.

Yes, HAM includes a centralized management interface that allows administrators to monitor and control the high availability setup. It provides real-time status updates, configuration management, and reporting capabilities.

Yes, HAM supports clustering and load balancing to distribute workload among multiple servers and ensure high availability. It can automatically redirect traffic to healthy instances and scale resources as needed.

Yes, HAM is capable of automated application recovery. It can restart failed applications, reconfigure them, or even migrate them to different servers or environments to minimize downtime.

Yes, HAM offers comprehensive monitoring and reporting features. It collects and analyzes performance metrics, generates alerts on anomalies or breaches, and provides detailed reports for capacity planning and troubleshooting.