This artificial intelligence, Vectra AI, offers an integrated platform for detection and extended response (XDR) optimized by AI. Vectra AI equips security analysts with prioritization and rapid response capabilities in the face of cyberattacks. The system improves the efficiency of the Security Operations Center (SOC) through the optimization of security information and event management (SIEM) systems, as well as the modernization of existing solutions for intrusion detection (IDS) and extension of endpoint detection and response (EDR). Through its proactive approach, Vectra AI protects against various types of attacks such as account takeovers, advanced persistent threats, and data breaches. Ideal for critical infrastructures and high-risk environments, such as the finance, telecommunications, health sectors, among others, this solution is also suitable for the protection of identities in Cloud and to the control of cloud administration plans. Vectra AI dramatically reduces alert noise allowing analysts to focus on real threats, improving incident response and cyber resilience in complex hybrid environments.
The platform continuously analyzes the network to detect threats and prioritizes alerts based on their severity. This effectively reduces the volume of alerts, allowing analysts to focus on critical incidents. This feature is essential for businesses looking to optimize their work process in cybersecurity.
Using artificial intelligence, the platform offers enhanced protection against threats targeting identities in cloud environments. It allows for increased visibility and rapid response to incidents, which is crucial for organizations using extensive cloud services and looking to secure their critical infrastructures.
By integrating advanced AI technologies, the solution significantly improves the efficiency of managed detection and response services. It ensures a accurate detection threats and a substantial reduction in the time required to respond to them, thus increasing the resilience of businesses against cyberattacks.