Cyberattacks are on the rise.

300%

increase in detections of advanced phishing attacks by Barracuda in 2023.

48%

of organizations experienced phishing or social engineering attacks in 2023.*

47%

of advanced phishing attacks are missed by Microsoft native security.

AI enables cybercriminals to scale attacks and avoid detection.

The cyber kill chain framework is used to understand and describe various stages of cyberattacks, such as ransomware, from initial reconnaissance to data exfiltration. Hackers use AI to scale up their attacks through automation, improve targeting, and hide lateral movement across the network.

Preparation

AI will automate the collection and analysis of data to identify potential targets and vulnerabilities, craft emails, and generate malware designed to evade detection.

Outsmart AI with AI

AI techniques make phishing and social engineering attacks easier to detect, and logs with credential access can be analyzed faster for anomalies. Sifting through network-level traffic data can be done more efficiently with natural language processing. Detection of lateral movement, suspicious files, folders or system activities is easier. Security teams can use AI to detect threats earlier in the cyber kill chain, making their defenses and responses more effective than traditional security measures.

Improved threat detection and intelligence

Machine learning algorithms analyze email traffic and network activity to establish a company’s baseline behavior and then identify anomalies related to potential attacks, such as unusual traffic, emails, or unexpected user behavior. AI’s pattern recognition capabilities excel in identifying complex attack patterns, recognizing evolving techniques, and using predictive analysis to anticipate future threats.

Get AI-powered security from Barracuda.

At Barracuda, we use AI-powered security to help organizations fight the most sophisticated threats. Our AI uses advanced content analysis techniques, anomaly detection, and natural language processing to recognize malicious activity and identify anomalies in user behavior. The continuous learning aspect of AI ensures adaptability to the evolving threat landscape to refine and improve detection efficacy over time. The dynamic, self-learning nature of the AI minimizes false positives and enhances overall email security.

AI-powered email security

AI-powered protection relies on content analysis, anomaly detection, and natural language processing. These techniques scrutinize emails in real time for malicious intent, such as content sentiment, recognizing known phishing patterns and identifying anomalies in sender behavior.

AI-powered Web Application and API Protection

Machine learning (ML)-powered detections are used to identify and block advanced attacks, including account takeover on applications. In addition, ML-powered API discovery capabilities identify unprotected shadow and zombie API endpoints and automatically turn on protections. ML-powered auto configuration engine uses live traffic to identify and fine-tune application protection settings to reduce admin fatigue and improve security.

AI-powered XDR & SOC

With cutting-edge ML to establish baselines in diverse environments, Barracuda’s XDR solution and SOC (Security Operations Center) teams achieve high precision anomaly detection. These ML algorithms analyze patterns within the organization’s data, helping identify deviations that could signal serious security threats.