Kafka streaming apps without the complexity

Kafka streaming apps without the complexity

Kafka streaming apps without the complexity

Kanal is a visual builder that turns flowcharts into deployable containers. No centralized cluster. No platform bottleneck. Just your team, shipping real-time applications in hours instead of weeks.

The problem

Most streaming apps are simple. Building them is not.

Teams keep rewriting the same pipeline:

Consume

Enrich

Filter

Tranform

Upsert

Your options today?

1 - Kafka Streams and Kafka Connect

One is a library. The other is a distributed runtime.
Different APIs. Different paradigms. Different deployment models.
Both complicated. Both require specialists.

2 - Centralized platforms

Supposed to simplify things. Instead, they reintroduce bottlenecks.
Teams lose the independence Kafka gave them.
Building pipelines becomes slow, fragile, and full of approvals — exactly the opposite of what Kafka promised.

Utlimately:
Weeks of boilerplate
Niche Kafka expertise
Endless operational overhead

All because the tooling makes easy work hard.

-

For experts, by experts.

The problem

Most streaming apps are simple. Building them is not.

Teams keep rewriting the same pipeline:

Consume

Enrich

Filter

Tranform

Upsert

Your options today?

1 - Kafka Streams and Kafka Connect

One is a library. The other is a distributed runtime.
Different APIs. Different paradigms. Different deployment models.
Both complicated. Both require specialists.

2 - Centralized platforms

Supposed to simplify things. Instead, they reintroduce bottlenecks.
Teams lose the independence Kafka gave them.
Building pipelines becomes slow, fragile, and full of approvals — exactly the opposite of what Kafka promised.

Utlimately:
Weeks of boilerplate
Niche Kafka expertise
Endless operational overhead

All because the tooling makes easy work hard.

-

For experts, by experts.

The kanal approach

Boring by Design.

Design your pipeline like a flowchart. Get a deployable container. Own your infrastructure.
Ship. No black boxes. No massive operational burden.

From idea to production in hours, not weeks.

Visual design replaces framework plumbing. Serdes and schemas are there in the back serving your interests through autocomplete, hints, and various recommendations and guardrails.

From idea to production in hours, not weeks.

Visual design replaces framework plumbing. Serdes and schemas are there in the back serving your interests through autocomplete, hints, and various recommendations and guardrails.

Deployment is a breeze.

One artifact. One Docker image. Owned by your team. No build.gradle, no pom.xml, just straight to your preferred orchestrator. Automated pipelines, environment management, health checks, and rollbacks included.

Deployment is a breeze.

One artifact. One Docker image. Owned by your team. No build.gradle, no pom.xml, just straight to your preferred orchestrator. Automated pipelines, environment management, health checks, and rollbacks included.

The right monitoring, by default.

Real-time metrics. Actionable alerts. Performance insights. Prometheus endpoint ready. You shouldn’t have to build observability from scratch every time.

The right monitoring, by default.

Real-time metrics. Actionable alerts. Performance insights. Prometheus endpoint ready. You shouldn’t have to build observability from scratch every time.

Kanal focuses on the boring 80% that your business needs,
not the shiny 20% that conferences celebrate.

The kanal approach

Boring by Design.

Design your pipeline like a flowchart. Get a deployable container. Own your infrastructure.
Ship. No black boxes. No massive operational burden.

From idea to production in hours, not weeks.

Visual design replaces framework plumbing. Serdes and schemas are there in the back serving your interests through autocomplete, hints, and various recommendations and guardrails.

Deployment is a breeze.

One artifact. One Docker image. Owned by your team. No build.gradle, no pom.xml, just straight to your preferred orchestrator. Automated pipelines, environment management, health checks, and rollbacks included.

The right monitoring, by default.

Real-time metrics. Actionable alerts. Performance insights. Prometheus endpoint ready. You shouldn’t have to build observability from scratch every time.

Kanal focuses on the boring 80% that your business needs,
not the shiny 20% that conferences celebrate.

Visual No-Code Design

Build pipelines the same way you’d explain them on a whiteboard. JSONata handles transformations. Auto-complete guides you through.

Visual No-Code Design

Build pipelines the same way you’d explain them on a whiteboard. JSONata handles transformations. Auto-complete guides you through.

Decentralized
Deployment

Ship a Docker image owned by your application team. No shared cluster. No platform dependency. The autonomy Kafka promised, finally delivered.

Decentralized
Deployment

Ship a Docker image owned by your application team. No shared cluster. No platform dependency. The autonomy Kafka promised, finally delivered.

Kafka Connect Plugin Compatibility

Drop any existing Sink Connector into a plugins folder. It just works.

Kafka Connect Plugin Compatibility

Drop any existing Sink Connector into a plugins folder. It just works.

Batteries-Included Operations

Health checks. Metrics. Alerting. Rollbacks. Pause and resume. Offset resets. Everything you need to operate in production, without building it yourself.

Batteries-Included Operations

Health checks. Metrics. Alerting. Rollbacks. Pause and resume. Offset resets. Everything you need to operate in production, without building it yourself.

How it works

Four steps. That's it

1

Design your pipeline visually

Drag, drop, connect. Stream/table joins, transformations with JSONata, auto-complete guiding you through.

Drag, drop, connect. Stream/table joins, transformations with JSONata, auto-complete guiding you through.

2

Generate a Docker image

No build.gradle, no pom.xml. Just a container ready for your orchestrator.

No build.gradle, no pom.xml. Just a container ready for your orchestrator.

3

Deploy to your own infrastructure.

Owned by your team. No shared cluster. No platform dependency.

Owned by your team. No shared cluster. No platform dependency.

4

Operate with built-in telemetry

Metrics, alerts, health checks, rollbacks, pause/resume, offset resets—all included.

Metrics, alerts, health checks, rollbacks, pause/resume, offset resets—all included.

How it works

Four steps. That's it

1

Design your pipeline visually

Drag, drop, connect. Stream/table joins, transformations with JSONata, auto-complete guiding you through.

2

Generate a Docker image

No build.gradle, no pom.xml. Just a container ready for your orchestrator.

3

Deploy to your own infrastructure.

Owned by your team. No shared cluster. No platform dependency.

4

Operate with built-in telemetry

Metrics, alerts, health checks, rollbacks, pause/resume, offset resets—all included.

Ready to make Kafka streaming boring?

If this resonates, reach out. Let’s build something that actually helps.

OR

Or contact me directly at julien@streemlined.io

Ready to make Kafka streaming boring?

If this resonates, reach out. Let’s build something that actually helps.

OR

Or contact me directly at julien@streemlined.io

Ready to make Kafka streaming boring?

If this resonates, reach out. Let’s build something that actually helps.

OR

Or contact me directly at julien@streemlined.io