Fig Security Operations Resilience vs Xmore AI: Side-by-Side Comparison (2026)

Fig Security Operations Resilience: SOC resilience platform detecting & repairing drift in detection rules and pipelines. built by Fig Security. Core capabilities include Drift detection: identifies when detection rules or response workflows break due to upstream changes, Drift repair: automated root cause tracing, fix suggestion, testing, and deployment with user approval, Change modeling: simulate planned infrastructure or coverage changes before production deployment..

Xmore AI: Agentic AI platform for autonomous SOC ops, alert correlation & threat response. built by Xmore AI. Core capabilities include Alert correlation across multiple security sources, Autonomous threat response execution, Plain-English command interface for automated workflows..

Both serve the Security Orchestration Automation and Response market but differ in approach, feature depth, and target audience.

Fig Security Operations Resilience differentiates with Drift detection: identifies when detection rules or response workflows break due to upstream changes, Drift repair: automated root cause tracing, fix suggestion, testing, and deployment with user approval, Change modeling: simulate planned infrastructure or coverage changes before production deployment. Xmore AI differentiates with Alert correlation across multiple security sources, Autonomous threat response execution, Plain-English command interface for automated workflows.

Fig Security Operations Resilience is developed by Fig Security. Xmore AI is developed by Xmore AI. Vendor maturity, funding stage, and team size can be important factors when evaluating long-term viability and support quality.

Fig Security Operations Resilience and Xmore AI serve similar Security Orchestration Automation and Response use cases: both are Security Orchestration Automation and Response tools, both cover AI SOC, Security Orchestration, Alerting. Review the feature comparison above to determine which fits your requirements.