Clearly see every user interaction

Session explorer

Knowing how your AI is interacting is the key to optimizing experiences, maintain compliance, and detect risks early.

See the full picture of every AI interaction

Full session tracking
of every interaction

Capture every user message, AI response, and tool call in real time, ensuring complete oversight of every interactions.

Evaluator-driven, real-time anomaly detection

Automatically flag bias, hallucinations, compliance risks, and security threats using AI-powered evaluators.

Multi-location login monitoring

Track user authentication patterns to detect logins from unauthorized locations and identify who is logging in, from where, and when.

How we deliver the most advanced AI session explorer

End-to-end session insights

Every user interaction is systematically logged, linking inputs, AI outputs, and tool calls with rich metadata to provide a clear, auditable session history. Each session is recorded in real-time, available for every agent.

Evaluator-based risk assessment

Advanced AI evaluators monitor conversations in real time, identifying risks such as biased responses, prompt injections, or compliance violations, ensuring swift and proactive issue resolution.

Real-time security & compliance alerts

Receive instant alerts when potential threats or policy breaches occur, allowing teams to take immediate corrective action before risks escalate and brand damage is caused.

Scalable observability for your AI agents

In-stream analysis

Continuous, real-time monitoring of AI interactions, detecting risks and performance issues before they impact users.

Infinite retention

Ensures historical AI data remains accessible for long-term trend analysis and deep troubleshooting without data loss.

Cost optimization

Tracks token usage and suspicious resource consumption, helping teams prevent cost overruns while maintaining AI efficiency.

Remote, index-free querying

Lightning-fast searches without the overhead of indexing, ensuring real-time AI observability without unnecessary storage costs.