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From Question to Answer
In Milliseconds

See how LogLens transforms natural language into powerful observability insights through our intelligent processing pipeline.

1

Natural Language Input

Ask your question in plain English. No need to know KQL, SQL, or any query syntax.

Example Query

"Show me all 500 errors in the checkout service from the last hour where response time exceeded 2 seconds"

2

Semantic Understanding

Our NLP engine understands intent, context, and your infrastructure topology.

Entity Recognition

checkout-service

Time Range

now-1h to now

Conditions

status:500, latency>2s

3

Query Translation

Automatically generates optimized queries in your data source's native language.

Generated KQL Query

service:"checkout-service" 
AND status:500 
AND response_time_ms > 2000
AND @timestamp >= now-1h
| stats count() by endpoint, error_message
| sort -count
4

Data Source Execution

Query executes across your connected data sources in parallel with smart caching.

Datadog

✓ 124ms

Elasticsearch

✓ 89ms

Prometheus

✓ 56ms

Custom API

✓ 102ms

5

Root-Cause Analysis

AI correlates signals across logs, metrics, and traces to identify the real issue.

94% Confidence

Database connection pool exhaustion

→ Detected spike in connection wait time (metrics)

→ Correlated with "connection pool timeout" errors (logs)

→ Traced to recent traffic surge from marketing campaign (traces)

6

Actionable Insights

Get explainable visualizations, natural language summaries, and shareable insight cards.

Visual Charts

Plain English Summary

Shareable Cards

Built on Cutting-Edge Technology

LogLens leverages the latest advances in AI, distributed systems, and query optimization.

Large Language Models

Fine-tuned models specifically trained on observability queries and incident data.

  • • Custom tokenization for service names & tags
  • • Context-aware query generation
  • • Continuous learning from feedback

Intelligent Caching

Multi-tier caching system reduces query latency by up to 90%.

  • • Query result caching with TTL
  • • Predictive pre-fetching
  • • Edge location optimization

Cross-Signal Correlation

Advanced algorithms detect causal relationships across different signal types.

  • • Time-series anomaly detection
  • • Dependency graph analysis
  • • Machine learning pattern matching

Enterprise Security

Read-only access with zero data storage ensures your data never leaves your infrastructure.

  • • OAuth 2.0 / SAML authentication
  • • End-to-end encryption (TLS 1.3)
  • • SOC 2 Type II certified

Real Performance Numbers

Based on production usage across 500+ teams

<200ms

Average Query Latency

98.7%

Query Translation Accuracy

94%

Root-Cause Confidence

87%

Faster Incident Resolution

See LogLens in Action

Watch a live demo or try our interactive playground with sample data.