Artificial Intelligence (AI) has become one of this decade’s defining technologies. From healthcare and finance to manufacturing and education, organizations increasingly rely on AI to automate repetitive tasks, uncover patterns hidden within large datasets, and support faster decision-making. Cybersecurity has experienced a similar transformation. While attackers employ AI to automate cyberattacks and accelerate vulnerability discovery, defenders are adopting AI to improve threat detection and enhance incident response.
Security Operations Centers (SOCs) receive a high volume of alerts from endpoints, cloud workloads, network devices, identity providers, and business applications. Although SIEM and XDR platforms provide visibility into these environments, analysts often spend considerable time correlating alerts, searching documentation, and determining the next investigative steps. AI offers a practical way to augment analysts by providing contextual explanations, summarizing findings, and recommending remediation actions, rather than replacing human expertise.
Challenges facing modern SOCs
Modern SOCs are expected to detect and respond to sophisticated threats while processing millions of security events every day. High alert volumes contribute to analyst fatigue and increase the likelihood that critical events are overlooked. Investigations frequently require switching between dashboards, documentation, vulnerability databases, and threat intelligence feeds before a complete picture emerges. As infrastructures become increasingly distributed across on-premises and cloud environments, maintaining consistent situational awareness becomes more difficult. AI-assisted workflows help address these challenges by reducing repetitive analysis, adding context, and accelerating investigative decision-making.
Wazuh and artificial intelligence for enhanced SOC workflows
Wazuh promotes flexible AI adoption through the Wazuh AI Analyst available on the Wazuh Cloud and integrations with third-party AI providers. Organizations can leverage the Wazuh AI Analyst capability on the Wazuh Cloud for guidance on their environment’s security posture. Organizations that self-deploy Wazuh can also leverage Wazuh integrations with AI providers. The following sections highlight further details:
The Wazuh AI Analyst
The Wazuh AI Analyst is automated and hands-off. It is an AI-powered security analysis service for Wazuh Cloud subscriptions that processes your security data through Amazon Bedrock and Anthropic’s Claude, delivering insights without any manual configuration. It periodically emails key indicators, a histogram of protected endpoints, alert volume, active vulnerabilities, and a posture summary with a full PDF report attached.
The reports are generated on your Wazuh Cloud subscription’s schedule and are periodically sent to your registered email address. You can also view them from the Wazuh Cloud console in the Environments > AI Reports page.
On privacy, subscription data is not shared with third parties and is not used to train AI models; it is processed only to generate your reports, with encrypted transmission, isolated processing, and no permanent storage. As with any AI output, the recommendations are advisory and should be validated against your own policies before you act.
Threat hunting and security operations with external AI integrations
Beyond the Wazuh AI Analyst, you can expand Wazuh capabilities using a self-hosted LLM and externally managed AI integrations tailored to your needs.
Self-hosted Llama 3 and Ollama
This integration keeps everything on your own network. Ollama runs the Meta open source Llama LLM locally on the Wazuh server; a Python script decompresses the archived logs for a chosen period, vectorizes them into a FAISS store, and serves a LangChain-powered chatbot you can query. Nothing is sent to a cloud provider, which makes it well-suited to teams with strict privacy or data-residency requirements.
Full setup steps are in the Wazuh blog post: Leveraging artificial intelligence for threat hunting in Wazuh.
Externally managed integration with Claude 3.5 Haiku
This integration surfaces Anthropic’s Claude 3.5 Haiku, hosted on Amazon Bedrock, as a chat box inside the dashboard through the OpenSearch Assistant. Setup involves enabling the model in Bedrock, installing the relevant OpenSearch plugins, and creating an ML Commons connector, model, and conversational agent. The assistant can provide useful guidance on many common tasks, including what to do about a finding and how to configure certain settings.
Full setup steps are in the Wazuh blog post: Leveraging Claude Haiku in the Wazuh dashboard for LLM-powered insights.
Conclusion
Artificial intelligence is becoming an important capability in modern SOCs. Rather than replacing analysts, it can reduce repetitive work, accelerate investigations, and provide contextual support for detection, triage, and response activities. These capabilities can help security teams operate more efficiently while keeping analysts responsible for validation and consequential decisions.
For Wazuh Cloud users, the Wazuh AI Analyst provides automated, scheduled security reports covering key indicators, alert activity, endpoint coverage, active vulnerabilities, and overall security posture. Organizations can further tailor AI-enabled security operations through self-hosted LLM integrations for privacy-sensitive threat hunting or externally managed, cloud-hosted models, aligning adoption with their operational, privacy, and data-residency requirements.
