The Industry’s First AI-Powered Risk Management Platform For Amplifying SecOps Effectiveness
The Cyclops platform automatically consolidates alerts and data-points from all security tools, using autonomous AI-powered correlation to normalize, enrich and analyze it, delivering a contextual AI-driven security data fabric that you can easily query using natural language.
Here are some examples:
Which of our accounts/users have expired passwords and MFA enabled?
Where are my top risks?
What incident should I handle first?
Which devices are owned by admins, missing EDR, and have critical vulnerabilities with known exploits?
Which of our critical buckets are not covered by the CSPM?
Where are the gaps in my coverage?
Where do I have Log4J?
Understand Risk, Manage Exposure, Prioritize Mitigation Efforts, and Track the Overall Security and Risk Posture Faster, more Effectively, and more Efficiently than Ever Before!
The correlation engine is responsible for gathering security alerts and data points from your existing security and IT technology stack. Since the data arrives in various formats, it correlates, categorizes, normalizes and deduplicates it to enable further analysis.
A unified graph is created to show all the data relations in the organization. Users can easily browse this data to get details about the various entities, alerts, findings and incidents.
To help users navigate through the data, CyclopsIQ suggests queries that can provide additional insights based on the user role, past query history and current trends.
Cyclops dashboards are designed to provide risk-related information that is relevant and meaningful within the particular context of the user and the organization.
Cyclops supports the creation of automated workflow to:
Define ownership
Map business lines
Tag critical assets
Open and track tickets in ticketing systems
Remediate vulnerabilities
Mitigate threats
Cyclops Copilot allows users to submit any free-text question in the search window to help them get the answers they need faster. This is enabled by harnessing the power of AI, specifically Large Language Models (LLM), to decipher and comprehend free text entered by users in the search window.