Kernel Instrumentation

Deterministic runtime telemetry without overhead

Extract execution traces directly from kernel space with under 0.5 percent CPU overhead and zero bytecode recompilation.

Core Pillars

Engineered for high-throughput nodes

Direct kernel probes and local memory management eliminate the bottlenecks of traditional monitoring suites.

Kernel-Level Probes

Local Ring Buffers

Vector Aggregation

eBPF instrumentation captures syscalls and context switches safely without modifying application code or restarting runtimes.

In-memory circular buffers retain execution state locally on-node, avoiding costly network serialization and payload streaming.

Native export compatibility with OpenTelemetry collectors and standard Prometheus query engines for unified metrics.

Execution Flow

Trace capture lifecycle

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03

Event Hook Trigger

Buffer Allocation

Deterministic Replay

Kernel space kprobes and tracepoints capture thread execution state at sub-millisecond intervals.

Per-CPU ring buffers store telemetry locally, preventing lock contention under peak throughput.

Vector aggregation assembles stack frames into verifiable traces ready for instant root-cause analysis.

Verify telemetry performance under load

Review our open hardware test configurations and reproducible latency benchmarks.