Advanced Cyber Operations
with Knowledge Graphs
Solution Impact:
Knowledge graphs create real-time topological maps of cloud resources, permissions, and communications patterns, highlighting security drift.
When red team exercises discover privilege escalation paths, the graph immediately identifies similar patterns across all cloud environments.
Security teams can simulate "blast radius" of potential compromises, prioritizing remediation of vulnerabilities that provide access to the most critical asset.
Problem:
Ephemeral cloud resources create constantly changing attack surfaces that traditional security tools cannot map effectively.
Scenario:
A technology company operating multi-cloud infrastructure must protect dynamically scaling systems against emerging threats.
Multi-cloud Infrastructure Protection
Solution Impact:
Knowledge graphs correlate seemingly unrelated intrusion attempts across global infrastructure, revealing coordinated attack patterns.
When penetration testers discover a new vulnerability chain, the graph immediately identifies similar pathways across production environments.
Security teams can simulate end-to-end attack scenarios on digital replicas before implementing countermeasures, preventing unintended disruptions to banking operations.
Problem:
Traditional security tools operate in isolation, creating intelligence gaps that prevent holistic understanding of complex, multi-stage attack campaigns.
Scenario:
A global banking institution faces sophisticated nation-state attacks targeting financial transaction systems.