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Logmetry

Telemetry pipelines: Cribl Stream vs vendor-native routing vs raw OTel pipelines

A dedicated control layer routes any source to any destination on its own terms, vendor-native routing governs flow into that vendor alone, and raw OTel pipelines shape data at the collector without a central control point.

What actually differs

The unit each option charges on, and who owns what afterwards, matter more than any single quoted figure.

Where the routing decision livesCribl Stream is a dedicated control layer between every source and every destination, governed in one place you own. Vendor-native routing governs flow into that one vendor alone, inside its wall. Raw OpenTelemetry pipelines shape and filter at the edge on each host, with no central control point.CRIBL STREAMCONTROLLAYERANY TO ANYOne governed control pointbetween every source andevery destination, yours.VENDOR-NATIVE ROUTINGTHEIR ROUTINGTHEIR PRODUCTSGoverns flow into that onevendor, on that vendor’sterms, inside its wall.RAW OTEL PIPELINESShaped on each hostNO CENTRAL POINTShaping and filtering at theedge, close to the source,with no central control.
Three places to put the routing decision: a control layer you own between everything, routing rented inside one vendor’s wall, or shaping at the edge with no central point.

Once an estate decides that not everything deserves analytics-tier pricing, something has to make the routing decision, and there are three places to put it. A dedicated pipeline product sits between all sources and all destinations. Vendor-native routing, the ingest processing your SIEM or APM bundles, governs what enters that one platform. Collector-level pipelines shape data at the edge, host by host.

They are not interchangeable. The bundled option optimizes the vendor's own meter and stops at its edge. Edge pipelines scale processing but leave no single point where an operator can see and change what flows where. The dedicated layer is the only one that is a control point by design, which is why it is the Blueprint's second component. Sourced cells are being assembled row by row.

When each is the right answer

Every option in this comparison is the right answer for somebody, and saying when is the part most comparisons leave out.

Cribl Stream

The right answer when many sources feed many destinations and the estate needs one governed control point: reduction, enrichment, routing, and replay managed as one system, at enterprise scale. It is the engine we reach for in exactly this seat.

Vendor-native routing

The right answer when a single platform genuinely is the whole estate and its bundled ingest processing covers the reduction needed. Honest as far as it goes, and it goes exactly as far as that vendor's edge.

Raw OTel pipelines

The right answer for shaping and filtering at the edge, close to the source, especially at Kubernetes scale. Strongest in combination with a central layer rather than as a substitute for one.

Asked about this comparison

Does OpenTelemetry make a pipeline product unnecessary?

They solve different halves. Collector pipelines process per host, which scales well but leaves routing policy scattered across a fleet. A central control layer holds the estate-wide decisions: what each destination receives, what lands in the lake, and what replays. The Blueprint uses both, each where it is strong.

Why not just use our SIEM's ingest processing?

Because it governs only what enters that SIEM, on that vendor's terms, and it disappears the day you leave. A control layer you own outlives any destination and makes the next platform decision a routing change. The bundled option is convenience, not control.

Model it against your estate

The comparison that matters is the one run on your volumes and your contracts. The review reads them with you, and you leave with your version of the Logmetry Blueprint. No system access, no obligation.