AI-Native Business Continuity Management Platform Reviews & Product Details

Fortiv is an AI-powered Business Continuity and Operational Resilience platform that helps organizations automate and modernize the entire business continuity lifecycle; from business impact analysis (BIA) and dependency mapping to continuity planning, testing, incident response, and audit reporting. Designed for mid-market and enterprise organizations operating in complex, highly regulated environments, Fortiv replaces fragmented spreadsheets and manual processes with a centralized, intelligent platform that delivers real-time visibility, guided execution, and continuous resilience readiness. Fortiv’s AI voice agents guide frontline employees through BIA data collection using natural conversation, helping organizations gather structured, consistent, and reliable resilience data at scale. The platform automatically maps dependencies across people, systems, vendors, locations, and business processes, helping teams identify single points of failure and understand how disruptions cascade across operations. Using this data foundation, Fortiv automatically generates and maintains business continuity plans, creates AI-powered tabletop exercises and simulations, and enables coordinated incident response with integrated communications and real-time status tracking. With Fortiv, BCM and resilience teams move from reactive administration to proactive risk management, reducing manual workload, improving audit readiness, strengthening organizational preparedness, and enabling faster, more confident decision-making. Key Capabilities: - AI-guided Business Impact Analysis (BIA) data collection - Real-time dependency mapping and visualization - Automated business continuity plan generation - AI-generated tabletop exercises and simulations - Incident management and coordinated response notifications - Continuous audit-ready reporting and compliance support - Human-in-the-loop AI validation and governance - Enterprise integrations across HR, CMDB, and operational systems