Gambit - 2026 Pricing, Features, Reviews & Alternatives

Gambit is an AI-native cyber resilience platform designed to ensure enterprise business continuity through ransomware attacks, infrastructure outages, and operational disruptions. The platform continuously validates recovery capabilities across hybrid information technology environments, including cloud infrastructure, backup systems, and infrastructure as code deployments. It serves enterprise organizations that require verifiable proof of recovery readiness to meet regulatory compliance requirements such as the Digital Operational Resilience Act, the National Institute of Standards and Technology Cyber Security Framework, and Sarbanes Oxley. The system maintains service level agreement commitments to customers and stakeholders. This approach addresses the challenge that traditional backup solutions and protection mechanisms alone cannot guarantee business continuity when critical systems face disruption.

The platform delivers business application visibility through continuous automated mapping of resources, dependencies, and middleware relationships across the entire information technology estate. It identifies how individual infrastructure components connect to form complete business applications, revealing interdependencies that impact recovery scenarios. Drift detection capabilities monitor configuration changes and deployments in real time, updating the resilience posture as the environment evolves. Backup coverage mapping identifies systems with adequate protection and exposes gaps in the recovery strategy. Validation of backup immutability and healthy restore point discovery determines which recovery points remain uncompromised and suitable for restoration following a security incident.

The platform incorporates AI-native cyber resilience posture management functionality that scores the resilience of critical applications against infrastructure failures, human errors, nonhuman errors, and cyber attacks. This scoring system prioritizes vulnerabilities based on potential impact to service level agreements and business operations. Live impact mapping shows how changes in one system component affect dependent applications and services. The system generates audit ready compliance evidence on demand, providing defensible documentation for regulatory reviews and board presentations. Cost optimization features identify duplicate backups, over provisioned replication configurations, and unnecessary redundancies that consume budget without contributing to actual recovery capabilities.

The system operates through agentless integration, deploying across existing infrastructure without requiring software agents on protected systems. A full representational state transfer application programming interface provides integration points for existing workflows, ticketing systems, and operational tools. Model context protocol support allows scripts, runbooks, and AI assistants to query the platform directly for resilience scores, gap identification, and backup validation within automated processes. Integration with cloud environments, backup solutions, and infrastructure as code platforms maintains a unified view of the recovery landscape. Continuous validation ensures that resilience assessments remain current as infrastructure changes occur, eliminating static recovery plans that become outdated between testing cycles. The platform surfaces the specific systems that business operations depend upon, enabling organizations to focus resilience investments on applications that directly impact revenue and stakeholder commitments.