CyberCyte AI transforms complex and fragmented security data, such as threats, vulnerabilities, misconfigurations, identities, and inventory, into actionable insights. By applying contextual enrichment and advanced analytics, it eliminates false positives and enables automated remediation, dramatically accelerating response and improving your security posture with precision.
With over ten million customers, ENERJI-SA required a platform that automatically identifies and improves security gaps to strengthen the cyber security framework. CyberCyte platform provided a new layer of visibility to identify the improvements that can be performed within the existing cyber security solutions.
A global retailer was looking for a solution to manage its cyber assets and assess whether hardening in its infrastructure is performed effectively. CyberCyte was chosen as a managed service offering to monitor the health state of its cyber assets and improve the hardening settings in its endpoints.
An international bank with 500+ branches in Turkey partnered with CyberCyte to enhance cybersecurity. Using CyberCyte EAR for digital forensic management, privileged access tracking, and endpoint visibility with Windows Sysmon, the bank successfully achieved comprehensive security improvements.
Dogus Group needed to enhance cybersecurity across 250 diverse companies in automotive, retail, media, and hospitality. CyberCyte provided centralized visibility, streamlined threat management, and effective risk remediation, significantly strengthening their security posture.
CyberCyte is an AI-driven threat exposure and GRC management platform (X-CTEM) that creates a unified posture for the internal and external attack surface. It enables the discovery and management of cyber risks, simplifying compliance management. The platform provides unique visibility through internal and external exposure analysis, simplifying compliance management for standards such as ISO 27001, NIST, CIS, PCI, and DORA.
CyberCyte uses continuous monitoring, forensic artifact analysis, and AI-driven risk assessment to detect and remediate unknown threats before they impact your systems.
CyberCyte uniquely integrates CTEM (Cyber Threat Exposure Management), ASCA (Automated Security Control Assessment), and GRC (Governance, Risk, and Compliance) into a single, automated platform that offers complete visibility and faster response.
Enterprises, MSSPs, and IT service providers seeking unified threat detection, exposure management, and regulatory compliance can benefit from CyberCyte’s scalable, multi-tenant architecture.
Yes. CyberCyte is designed for fast deployment—on-premise or in the cloud—with actionable insights available within hours, not days.
Absolutely. CyberCyte complements and enhances tools like SIEM, SOAR, EDR, and XDR by enriching data and automating remediation processes.
CTEM, or Continuous Threat Exposure Management, is a proactive framework that continuously identifies, prioritizes, and remediates cyber risks. CyberCyte uses CTEM to reduce attack surfaces and improve organizational resilience.
Yes. CyberCyte includes built-in GRC dashboards to help track and manage compliance with global standards such as ISO 27001, NIST, CIS, and more.
CyberCyte provides MSSPs with a multi-tenant environment, automated workflows, and generative AI support—allowing them to manage more clients with fewer resources and greater efficiency.
Experience how CyberCyte identifies unknown risks, prioritizes them, and automates response.
Take a tour of our unified platform and its AI-driven threat visibility.
CyberCyte is an AI-driven Risk and Threat Exposure Management Platform for Unified Visibility and Response.
The platform enables businesses to benefit from a single pane of glass by unifying threats, vulnerabilities, hardening issues, and inventory risks, prioritizing them, and mapping them to compliance standards. CyberCyte continuously assesses and improves cyber security infrastructure maturity by executing automated diagnostics and remediation actions.
The platform discovers previously unknown risks, reduces complexity, and minimizes operational costs.
