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vectordotdev/vector

📈 Trending21,781RustAudience · ops devopsComplexity · 4/5ActiveLicenseSetup · moderate

TLDR

High-performance data pipeline for collecting, filtering, and routing logs, metrics, and traces to monitoring vendors without vendor lock-in.

Mindmap

mindmap
  root((Vector))
    What it does
      Collects observability data
      Filters and transforms
      Routes to vendors
    Deployment modes
      Agent on servers
      Aggregator centrally
      Both combined
    Use cases
      Reduce monitoring costs
      Switch vendors easily
      Central data collection
    Tech stack
      Rust
      High performance
      Benchmarked throughput
    Why Vector
      Avoids vendor lock-in
      Processes before sending
      Outperforms alternatives

Things people build with this

USE CASE 1

Reduce monitoring vendor costs by filtering and sampling logs before they're sent upstream.

USE CASE 2

Switch between monitoring vendors without changing how your applications emit data.

USE CASE 3

Build a centralized collection point for logs, metrics, and traces across your entire infrastructure.

USE CASE 4

Deploy agents on individual servers and aggregators centrally to process data end-to-end.

Tech stack

RustObservabilityData pipelines

Getting it running

Difficulty · moderate Time to first run · 30min

Requires Rust toolchain and likely a config file to define data sources and routing rules.

Use freely. If you modify a Mozilla Public Licensed file, share that file's changes back under the same license. Your other code stays yours.

In plain English

Vector is an observability data pipeline, a piece of plumbing that sits between the systems that produce monitoring data (logs and metrics from your applications, servers, and cloud services) and the tools where you want to view, store, or analyse that data. Its job is to collect the data from many sources, transform or filter it along the way, and route it to whichever destinations you choose. Operations teams typically run several different agents on every server, each shipping data to a specific vendor or backend. Vector replaces that patchwork with a single tool that handles logs and metrics in one unified pipeline. You can deploy it on each machine as an agent that gathers data locally, as an aggregator that receives data from many agents, or both. Because the same tool collects, transforms, and forwards data, you can change observability vendors or split a stream across multiple destinations without rewriting the agents on every server. The README highlights a few practical use cases: reducing observability costs (for example by dropping or sampling noisy data before paying a vendor to ingest it), enriching events with extra context, consolidating multiple agents into one, and improving overall pipeline reliability. Performance benchmark tables in the README compare Vector to alternatives such as Filebeat, FluentBit, FluentD, Logstash, and Splunk's forwarders on throughput and correctness tests. The project is written in Rust, which the README cites as the basis of its reliability and speed goals. It is open source and is maintained by Datadog's Community Open Source Engineering team. The full README is longer than what was provided.

Copy-paste prompts

Prompt 1
How do I set up Vector as an agent on my servers to collect logs and forward them to Datadog?
Prompt 2
Show me how to configure Vector to filter out debug logs and sample metrics before sending to my monitoring vendor.
Prompt 3
I want to migrate from Filebeat to Vector. What's the configuration to read files and forward them over the network?
Prompt 4
How do I deploy Vector in both agent and aggregator mode to build a complete observability pipeline?
Prompt 5
What transformations can I apply in Vector to reduce the volume of data sent to my monitoring service?
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Generated 2026-05-21 · Model: sonnet-4-6 · Verify against the repo before relying on details.