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Vector is a lightweight, ultra-fast, open-source tool for building observability pipelines. Compared to Logstash and friends, Vector improves throughput by ~10X while significantly reducing CPU and memory usage.

• Reliability First. - Built in Rust, Vector's primary design goal is reliability.
• One Tool. All Data. - One simple tool gets your logs, metrics, and traces (coming soon) from A to B.
• Single Responsibility. - Vector is a data router, it does not plan to become a distributed processing framework.

• You SHOULD use Vector to replace Logstash, Fluent*, Telegraf, Beats, or similar tools.
• You SHOULD use Vector as a daemon or sidecar.
• You SHOULD use Vector as a Kafka consumer/producer for observability data.
• You SHOULD use Vector in resource constrained environments (such as devices).
• You SHOULD NOT use Vector if you need an advanced distributed stream processing framework.
• You SHOULD NOT use Vector to replace Kafka. Vector is designed to work with Kafka!
• You SHOULD NOT use Vector for non-observability data such as analytics data.

• Vector is downloaded over 100,000 times per day.
• Vector's largest user processes over 10TB daily.
• Vector is used by multiple fortune 500 companies with stringent production requirements.
• Vector has over 15 active contributors and growing.

• Concepts
• Data model - log event, metric event
• Guarantees

• Installation - operating systems, package managers, platforms, from archives, from source
• Configuration
• Deployment - strategies, topologies

• Sources - docker, file, http, journald, kafka, socket, and 8 more...
• Transforms - filter, json_parser, log_to_metric, logfmt_parser, lua, regex_parser, and 20 more...
• Sinks - aws_cloudwatch_logs, aws_s3, clickhouse, elasticsearch, gcp_cloud_storage, gcp_pubsub, and 26 more...

• Process management
• Monitoring
• Updating
• Validating

• Community - chat, @vectordotdev, mailing list
• Releases - v0.10.0 (latest)
• Roadmap - vote on new features
• Policies - Security, Privacy, Code of Conduct

The following performance tests demonstrate baseline performance between common protocols with the exception of the Regex Parsing test.

To learn more about our performance tests, please see the Vector test harness.

The following correctness tests are not exhaustive, but they demonstrate fundamental differences in quality and attention to detail:

To learn more about our correctness tests, please see the Vector test harness.

• All data types - Logs, metrics, and traces (coming soon).
• Customizable log schema - Change Vector's log schema to anything you like.
• Rich type system - Support for JSON primitive types and timestamps.
• Metrics interoperability - A sophisticated metrics data model ensures correct interoperability between systems.
• Metrics aggregation - Aggregated histograms and summaries reduce volume without loss of precision.

• Pipelining - A directed acyclic graph processing model allows for flexible topologies.
• Control-flow - Transforms like the swimlanes transform allow for complex control-flow logic.
• Dynamic partitioning - Create dynamic partitions on the fly with Vector's templating syntax.

• Programmable transforms - Lua, Javascript (coming soon), and WASM (coming soon) transforms.
• Rich parsing - Regex, Grok, and more allow for rich parsing.
• Smart timestamp coercion - All parsing transforms implement a types option that can automatically parse timestamps.
• Context enrichment - Enrich data with environment context.
• Metrics derivation - Derive logs from metrics.
• Multi-line merging - Merge multi-line logs into one event, such as stacktraces.

• Hot reload - Reload configuration on the fly without disrupting data flow.
• Zero delay start - Starts and restarts without a delay.
• Multi-platform - Linux, MacOS, Windows, x86_64, ARM64.
• CI friendly - Config validating and unit tests make Vector CI friendly.
• Configurable concurrency - All CPU cores (service) or just one (daemon) via the --threads flag.
• Optional static binary - Optional MUSL static binaries mean zero required dependencies.
• TLS support - All relevant Vector components offer TLS options for secure communication.

• Memory safety - Vector is built in Rust and is memory safe, avoiding a large class of memory related errors.
• Decoupled buffer design - Buffers are per-sink; a bad sink won't bring the entire pipeline to a halt.
• Intelligent retries - A fibonacci backoff algorithm with jitter makes Vector a good citizen during outages.
• Backpressure & load shedding - Buffers can be configured to provide back-pressure or shed load.
• Rate-limited internal logging - Vector's internal logging is rate-limited avoiding IO saturation if errors occur.
• Sink healthchecks - Healthchecks provide startup safety and prevent deploys with bad configuration.
• Robust disk buffering - Vector uses leveldb for robust data durability across restarts.

• Clear Guarantees - A guarantee support matrix helps you make the appropriate tradeoffs with components.
• Config unit tests - Develop Vector config files like code. Avoid the frustrating dev style required by other tools.
• Config linting - Quickly lint Vector config files to spot errors and prevent bad configs in CI.
• Thoughtful docs - Quality documentation that respects your time and reduces communication overhead.

Run the following in your terminal, then follow the on-screen instructions.

curl --proto '=https' --tlsv1.2 -sSf https://sh.vector.dev | sh

Or use your own preferred method.

• 2020/07/10 - New Reduce transform - available in 0.10.0
• 2020/07/09 - Leveraging glibc when possible - available in 0.10.0
• 2020/07/06 - New compression options for some sinks - available in 0.10.0
• 2020/06/27 - Kafka components support SASL - available in 0.10.0
• 2020/06/18 - Custom DNS resolution removal - available in 0.10.0

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