NewHow the Agent Session Protocol builds trust between autonomous systems.
Use Case

Real time data feeds

Consume market data, IoT signals, and social events the instant they happen.

A price changes on an exchange.

A sensor fires in a warehouse.

A tweet goes viral.

Your system needs all three signals.

Three APIs. Three formats. Three problems.

One goes down. You miss the signal.

npayload unifies every source into one feed.

Your systems react the instant it happens.

See how it flows

Instant signal delivery

Events arrive the moment they happen. No polling intervals. No batch delays. Your systems react in real time.

Live Dashboard
Events/sec
12,847
+23%
P99 Latency
38ms
−12%
Delivery Rate
99.97%
+0.02%
Active Channels
1,204
+8

Any source, one interface

Market feeds, IoT sensors, social APIs, news streams. All arrive through the same npayload channels.

Adapters
Kafka
SQS
Pub/Sub
EventBridge
Azure SB
SNS
HTTP
RabbitMQ
Keep what you have. Add what you need.

Guaranteed ordering

Streams and message groups ensure your systems process signals in the exact sequence they occurred.

Event Stream
#114:22:08.041order.created
#214:22:08.127payment.captured
#314:22:08.203inventory.reserved
#414:22:08.298shipment.dispatched
#514:22:08.344notification.sent
Strict ordering guaranteed

Replay from any point

Missed something? Seek to any offset and replay events from where you need them.

Processing Pipeline
Ingest
Transform
Enrich
Deliver
Raw event in → enriched, routed event out

How it works

1

Connect to your data sources

Market feeds, IoT sensors, social APIs. One integration point for everything that moves your business.

2

Events arrive instantly

No polling intervals. Events are pushed to your systems the moment they happen.

3

Your systems react in real time

Algorithms, dashboards, and workflows consume events with guaranteed ordering and delivery.

Real Time Data Feeds: Before and After

Without npayload

  • Market data, IoT signals, and social events arrive through separate, incompatible pipelines
  • Missing events during a brief outage means gaps in your data that are expensive to fill
  • Scaling to handle bursts of data requires manual provisioning days in advance
  • Consumers that fall behind have no way to catch up without replaying the entire feed
  • No schema validation means bad data enters your pipeline and corrupts downstream systems

With npayload

  • Unified streaming infrastructure for market data, IoT, social feeds, and any other source
  • Durable streams with consumer offsets mean no data gaps, even during outages
  • Auto scaling cells absorb traffic bursts without pre provisioning
  • Consumer offsets let slow consumers catch up from exactly where they left off
  • Event catalogue validates every message before delivery, keeping your pipeline clean

npayload vs Building Real Time Feeds Yourself

FeaturenpayloadBuild it yourself
Stream processingDurable streams with consumer offsets and replayKafka clusters or custom stream infrastructure
Data validationSchema validation at ingestion via event catalogueValidation logic scattered across consumers
BackfillSeek to any offset and replay from that pointCustom backfill pipelines per data source
Multi sourceAdapters normalize data from any source into unified streamsCustom connector per data source
ScalingAuto scaling cells handle bursts automaticallyPartition management and broker scaling
CompactionCompacted channels provide latest value per keyLog compaction configuration and monitoring

Frequently asked questions

How does npayload handle a consumer that falls behind?+
Every consumer maintains its own offset in the stream. A slow consumer reads from its last confirmed position and processes events at its own pace without affecting other consumers. No data is lost.
Can I replay historical data?+
Yes. Streams retain data according to your configured retention policy. You can seek to any offset or timestamp and replay events from that point. This is useful for backfilling new services or recovering from processing errors.
What data sources can I connect?+
npayload provides adapters for Kafka, SQS, EventBridge, SNS, Azure Event Hubs, GCP Pub/Sub, HTTP endpoints, and distrova flow. For sources without a built in adapter, the HTTP adapter accepts data from any system that can make an HTTP request.
How does compaction work for key value use cases?+
Compacted channels retain only the latest value for each key. When a new value is published for an existing key, the previous value is replaced. This is ideal for state snapshots, configuration feeds, and any use case where you need the latest value per entity.