AI based forensic solution for proactive remediation
The solution integrates Event-Driven Use Cases with an Observability tool to proactively identify and address performance issues. Leveraging the Ansible Automation Platform, we assist customers in automating remediation of issues detected by the monitoring tool or provide deeper diagnostic data, such as Thread dumps for detailed analysis. This approach leads to reduced downtime, enhanced system reliability, and an improved user experience, ensuring optimal operational efficiency and heightened customer satisfaction.
Applications have become increasingly complex and difficult to manage. Detecting issues, troubleshooting, and applying patches or fixes can become very time-consuming. The global talent shortage also means it’s difficult to find IT workers with the necessary skills and expertise to keep IT environments operating efficiently. When executed manually, vital infrastructure maintenance and monitoring tasks can quickly consume the capacity of an IT team, detracting from other valuable initiatives.
Discover a faster, smarter way to keep your environment operating at its best
Built on the Red Hat Ansible Automation Platform, Hitachi Systems’ event-driven Application Automation Solution delivers automated, efficient monitoring and management of your IT environment. It integrates event-driven use cases with a sophisticated observability tool to proactively identify and address performance issues.
- Increased IT efficiency — reduces workload for your IT team with automated monitoring and standardised processes that minimises costly downtime. The automated ‘thread dump generator’ eliminates performance disruptions and security risks without requiring manual admin access, enhancing the efficiency of resource utilisation and distribution.
- Rapid diagnosis — immediate detection of issues in essential application states ensures precise and rapid diagnosis of fleeting issues that manual methods may miss.
- Proactive fault management — rapid diagnosis enhances overall system stability and prevents small issues from escalating into major outages.
- Increased reliability — responsive, resilient, and efficient resolution of system faults ensures optimal Mean Time to Recovery (MTTR).
- Improved security — limited requirement for manual access to sensitive systems reduces potential security risks, ensuring a safer operating environment.
- Enhanced user experience — provides a more reliable, stable experience for your customers by resolving performance issues before they escalate.
