Fortra leverages AI algorithms to automate cybersecurity tasks such as threat detection, incident response, and vulnerability management. It provides real-time insights and analytics, enabling organizations to proactively defend against cyber threats. By integrating seamlessly with existing systems, Fortra improves overall security operations efficiency and reduces the response time to incidents.

StrongestLayer is an AI-native security platform designed to protect organizations from AI-generated email threats. With advanced detection capabilities, it identifies and stops complex attacks that traditional tools miss. The platform is easy to set up, integrating with O365 or Google Workspace within minutes. StrongestLayer provides real-time user guidance, accurate threat detection, and reduces SOC fatigue by automating triage and predictive detection. Empower your employees with knowledge to recognize threats and ensure enhanced security for your organization.

ThreatSlayer is an advanced AI-powered browser extension that offers comprehensive online security. It intelligently detects and blocks dangerous websites, phishing scams, and malware attacks in real-time. It leverages a collaborative network of users to enhance threat detection and provide proactive protection. Beyond security, it offers an incentive mechanism, rewarding users for contributing to the security community. Designed for both personal and enterprise use, ThreatSlayer ensures a safe and secure browsing experience.

Vectra AI's platform is designed to provide comprehensive threat detection and response, focusing on identifying malicious behavior within enterprise environments. By leveraging AI technology, it enables organizations to detect threats from multiple attack surfaces including cloud services, data centers, identities, and end-user devices. The solution enables security teams to act quickly, ensuring that threats are neutralized before they can escalate into significant breaches. Vectra's unique Attack Signal Intelligence™ helps organizations gain deeper insights into attacker behaviors, allowing for informed and rapid decision-making in cybersecurity.