Streaming infrastructure for data delivery
When data must move continuously and react fast, streaming infrastructure carries it. This guide covers streaming infrastructure for data delivery.
When streaming fits
Streaming suits continuous, event-driven data, telemetry, transactions, signals, where consumers react as events arrive. For periodic analysis, batch is simpler and cheaper.
Brokers and protocols
Event-streaming platforms (such as Kafka) and lightweight messaging (such as MQTT) move data with different trade-offs, throughput, footprint and semantics. The choice follows the use case.
Delivery guarantees
Streaming systems offer different guarantees, at-most-once, at-least-once, exactly-once, with cost and complexity trade-offs. Ordering and de-duplication matter where correctness depends on them.
Scaling and resilience
Partitioning, back-pressure, replay and monitoring make streams production-grade. Without them, high-volume streams fail under load or lose data silently.
Sourcing considerations
Source latency caps stream freshness, and personal data in streams needs in-pipeline aggregation or anonymisation. Security applies to live infrastructure.
In a managed model
A managed partner can deliver data over streaming infrastructure with the guarantees and resilience your use case needs.
Delivery guarantees and resilience
Streaming platforms differ in the guarantees they offer, at-most-once, at-least-once, exactly-once, with cost and complexity trade-offs, and ordering and de-duplication matter where correctness depends on them. Production-grade streams also need partitioning, back-pressure handling, replay and monitoring; without these, high-volume streams fail under load or lose data silently.
Choosing by use case
Streaming suits continuous, event-driven, reactive data; for periodic analysis, batch is simpler and cheaper. Source latency caps stream freshness, and personal data in streams needs in-pipeline aggregation or anonymisation, with security applied to live infrastructure.
- Streaming suits continuous, event-driven, reactive data.
- Kafka and MQTT trade off throughput, footprint and semantics.
- Delivery guarantees and ordering matter for correctness.
- Source latency caps stream freshness.
Sources & further reading
- Apache Kafka and CNCF streaming references.
- OASIS: MQTT specification.
- Industry references on streaming guarantees.
- Internal practice: DataSupplier streaming delivery.
We deliver data over streaming infrastructure with the guarantees and resilience you need. Get a no-obligation quote.