Dithim Pulse
Real-time distributed telemetry and observability engine with sub-second anomaly detection and OpenTelemetry native ingestion.
What Problem Does Dithim Pulse Solve?
The Telemetry Explosion Challenge
Distributed cloud systems generate billions of high-cardinality telemetry events daily. Traditional APM and monitoring tools force aggressive downsampling, introduce minute-long ingestion delays, or incur astronomical storage bills, leaving engineering teams blind during critical degradation events.
The Dithim Pulse Solution
Dithim Pulse utilizes a vectorized stream-processing engine that evaluates telemetry in flight. Complex metric correlations and anomaly alerts fire within 350 milliseconds of generation, while compressed columnar storage allows full-fidelity historical queries with sub-1.8ms p99 latency.
Architecture & Key Features
Sub-Second Anomaly Alerting
Real-time sliding window statistical analysis identifies latency drifts, error rate spikes, and memory leak patterns before they impact end users.
Zero-Downsample Cardinality
Index millions of user IDs, container UUIDs, and commit hashes directly. Retain full forensic precision without dropping high-entropy tags.
Unified Telemetry Triad
Seamlessly pivot between high-level service metrics, correlated structured logs, and distributed trace flamegraphs with single-click context preservation.
Dithim Pulse Frequently Asked Questions
Is Dithim Pulse compatible with existing OpenTelemetry collectors?
Yes. Dithim Pulse provides native OTLP endpoints for gRPC and HTTP. You can point existing OpenTelemetry collectors, FluentBit agents, or Prometheus remote-write exporters directly to Dithim Pulse with zero code changes.
How does Dithim Pulse prevent excessive storage costs?
Dithim Pulse uses a 3-tier storage lifecycle: hot memory cache for immediate sub-second alerts, compressed NVMe columnar storage for active 30-day analytics, and automated encrypted object storage tiering for long-term multi-year compliance archives.
Evaluate Dithim Pulse on Your Workloads
Request evaluation sandbox credentials to test 10M+ metrics/sec ingestion and verify sub-1.8ms query benchmarks.