Database Monitoring Without the Hassle

Monitor 11+ databases with zero configuration. See every query, track performance, and get AI-powered optimization insights.

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11+ Databases Supported

Deep, database-specific metrics for every major database

PostgreSQL

  • Query performance
  • Lock monitoring
  • Replication lag
  • Index usage

MySQL/MariaDB

  • Slow queries
  • InnoDB metrics
  • Buffer pool
  • Connection pools

MongoDB

  • Operation profiling
  • Replica set health
  • Sharding metrics
  • Index efficiency

Redis

  • Command latency
  • Memory usage
  • Persistence
  • Cluster health

Elasticsearch

  • Query performance
  • Index health
  • Cluster state
  • JVM metrics

Cassandra

  • Read/write latency
  • Compaction
  • Repair status
  • Ring health

Oracle

  • SQL performance
  • Wait events
  • ASM metrics
  • RAC monitoring

SQL Server

  • Query plans
  • Wait statistics
  • TempDB usage
  • Always On status

CockroachDB

  • Range health
  • Transaction latency
  • Node liveness
  • SQL metrics

ClickHouse

  • Query performance
  • Part merges
  • Replication
  • Distributed queries

DynamoDB

  • Read/write capacity
  • Throttling
  • Global tables
  • Stream processing

Complete Database Observability

Everything you need to keep databases running optimally

Zero-Config Discovery

Automatically detects and monitors all databases without agents or credentials

Query-Level Visibility

See every query, its execution plan, and resource consumption

Performance Analytics

AI-powered insights identify slow queries and optimization opportunities

Security Monitoring

Track access patterns, failed authentications, and privilege escalations

Resource Tracking

Monitor CPU, memory, I/O, connections, and cache efficiency

Multi-Database Support

11+ databases supported with deep, database-specific metrics

How We Monitor Without Access

eBPF technology captures database wire protocols at the kernel level

1

Protocol Detection

Our eBPF programs automatically detect database protocols (MySQL, PostgreSQL, MongoDB, etc.) by analyzing network packets.

2

Query Extraction

We decode the wire protocol to extract queries, execution times, result sizes, and error codes — all without database credentials.

3

Intelligent Analysis

Machine learning analyzes query patterns to identify slow queries, missing indexes, and optimization opportunities automatically.

Stop Flying Blind on Database Performance

Get complete visibility into all your databases in minutes

Start Monitoring Free