Elevator pitch

Safely debug system bottlenecks and trace process behavior using intuitive eBPF observability without kernel expertise or stability risk.

Industry

Systems Performance & Observability

Problem

• eBPF debugging requires deep kernel knowledge; most teams lack expertise.
• Traditional tracing risks host stability and creates operational blind spots.

Solution

• Abstracted eBPF interface exposes safe, pre-built probes for CPU, I/O, memory.
• Real-time flame graphs and latency heatmaps pinpoint bottlenecks instantly.

Tools

• probe-builder: Define safe eBPF probes by symptom, returns filtered event stream.
• trace-aggregator: Collect kernel events, correlate by process/thread, emit metrics.
• bottleneck-analyzer: Ingest trace data, identify contention patterns, suggest fixes.
• stability-guardian: Validate probe safety limits before deployment.

Widgets

• /dashboard/flamegraph: Interactive flame graph with drill-down by function/syscall.
• /dashboard/latency-heatmap: Time-series heatmap of I/O and CPU wait percentiles.

Conversation starters

• "Why is my database query suddenly slow? Show me the syscall trace."
• "Which process is causing disk I/O contention right now?"