QAI
Lifecycle Trust in AI
Drift metrics
DETECT
Identify statistically significant deviations from the established behavioral baseline. Most teams discover this through customer complaints, not monitoring.

Behavioural Drift / Factual Drift / Hallucination Risk / Semantic Drift
DETECT
Root cause
ATTRIBUTE
Link drift to specific changes: model update, prompt edit, RAG config, or data shift. Not just an alert - visibility.

Configuration change /Model upgrade/
Seasonal Query Patterns
ATTRIBUTE
REPORT
Generate evidence
Dashboard with drift timelines, attribution reports, lifecycle logs. Ready for engineering, compliance, and regulators. No manual preparation., download anytime.

Verifiable / Audit Ready
REPORT
LADDD
Lifecycle-Aware Distributional Drift Detection
Step 1
Connect
No changes to your inference pipeline. No added latency. No deployment risk. Full observability from the outside in.
Analyzing current workflow..
API endpoints
Log streams
Out-of-band
Model-agnostic
Step 2
Baseline
QAi establishes a versioned behavioural baseline for every monitored system. Each baseline is explicitly linked to a lifecycle event.
Step 3
Detect
Statistical deviations from baseline are detected continuously. Drift is identified 14–21 days earlier than manual review.
Our solution
Your stack
Step 4
Report
QAi generates structured evidence packs - drift timelines, attribution reports, lifecycle logs - ready for engineering, compliance, and regulators. No manual preparation
Chatbot system
Significant increase in formal language and regulatory terminology
Workflow system
Changes in document retrieval distribution
Sales system
Average response length increased
WHY QAi
Out-of-band by design
Zero impact on inference performance. QAi observes from outside your pipeline - no deployment risk, no latency added.
FAQs
What types of AI systems can QAi monitor?
How long does integration take?
Does QAi require access to our data or models?
Which regulations does QAi address?
What does an evidence pack contain?