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Automation Integration · head to head

IBM MQ vs Kogito

IBM MQ logo

IBM MQ

Automation Integration

Transactional message queuing for systems where a lost message is a lost payment

From
$312/month
Rated
-
Full reviewWebsite
Kogito logo

Kogito

Automation Integration

Cloud-native business automation for Quarkus, now an Apache KIE component

From
Free
Rated
-
Full reviewWebsite

The short version

  • Only Kogito has a free tier, so it costs nothing to try first.
  • Each has a real cost: IBM MQ virtual Processor Core licensing is capacity-based, so an over-provisioned server is charged for cores the queue manager never uses, and consumption ratios differ between MQ and MQ Advanced.; Kogito kogito is a developer framework, not a product, so there is no equivalent of Camunda Operate for business users and any process monitoring interface has to be built or bought separately.
  • They diverge on capability: IBM MQ covers Assured once-only delivery, Kogito covers Build-time code generation.
  • Prices and features above were last checked on 31 August 2026.

Where they differ

Only the attributes on which IBM MQ and Kogito actually diverge.

Attributes where IBM MQ and Kogito differ
AttributeIBM MQKogito
Starting price$312/monthFree
Pricing modelPer virtual processor core per monthOpen source, no licence fee
Free tierNoYes
PlatformsLinux, Windows, Docker, KubernetesLinux, Docker, Kubernetes

Identical on both: user rating (Not yet rated), category (Automation Integration).

What each one covers

Drawn from each product's published feature list. An absence here means we hold no record of it - not that the product lacks it.

Only in IBM MQ

  • Assured once-only delivery
  • Multi-platform queue managers
  • Native high availability
  • Advanced Message Security
  • Managed File Transfer
  • MQ Telemetry

Only in Kogito

  • Build-time code generation
  • Quarkus and Spring Boot support
  • DMN decision services
  • Drools rules engine
  • Serverless workflow
  • Kubernetes operator

What people use each for

The jobs each tool is most often brought in to do.

IBM MQ

  • Core banking or payments where a message must participate in the same transaction as a database updatenot Kogito
  • A mainframe estate that needs reliable messaging between z/OS applications and distributed Linux servicesnot Kogito
  • Regulated file movement that must be auditable end to end, using Managed File Transfernot Kogito
  • Replacing bespoke retry and idempotency code in inter-system integrations with a queue that guarantees once-only deliverynot Kogito

Kogito

  • A Quarkus microservice that must expose a DMN decision model as a REST endpoint with millisecond start-upnot IBM MQ
  • Serverless deployment of business rules where a traditional BPM server would be far too heavynot IBM MQ
  • A Red Hat shop that wants the upstream of Red Hat process automation with the option of a supported build laternot IBM MQ
  • Replacing hand-coded conditional logic with DMN tables that business analysts can review and amendnot IBM MQ

Where each one falls short

Documented limitations, not opinions. Every one is a constraint you would hit in normal use.

IBM MQ

  • Virtual Processor Core licensing is capacity-based, so an over-provisioned server is charged for cores the queue manager never uses, and consumption ratios differ between MQ and MQ Advanced.
  • Container licensing requires Kubernetes with the IBM License Service, so Podman or plain Docker deployments cannot use the optimised metric and pay materially more.
  • Distributed and z/OS platforms use different licensing models, and organisations running both routinely misapply one to the other, which surfaces as exposure at audit.
  • Operating MQ needs specialist skills that are increasingly scarce, and the pool of engineers who understand channel and queue manager administration is shrinking with every retirement.
  • IBM’s acquisition of Confluent in March 2026 puts MQ and Kafka under one vendor, which resolves the integration story but removes the competitive tension that kept renewal negotiations honest.

Kogito

  • Kogito is a developer framework, not a product, so there is no equivalent of Camunda Operate for business users and any process monitoring interface has to be built or bought separately.
  • Long-running stateful processes need external persistence and messaging that you configure and operate yourself, which removes much of the convenience a BPM server normally provides.
  • It sits inside the Apache KIE incubator, and incubating status means graduation is not guaranteed and the project name and artefact coordinates have already changed once.
  • Red Hat is by far the dominant contributor despite ASF stewardship, so the roadmap follows Red Hat product priorities rather than community demand.
  • Documentation is spread across legacy JBoss sites, the old Kogito site and the new Apache KIE site, and search results routinely land on outdated versions, which costs real time during adoption.

Pricing, plan by plan

IBM MQ

$312/month
  • IBM MQ$312/month
    • Per Virtual Processor Core subscription
    • Minimum one year term
    • Assured once-only delivery
  • IBM MQ Advanced$583/month
    • Per Virtual Processor Core subscription
    • Advanced Message Security
    • Managed File Transfer
  • Pay as you go$undefined/month
    • Approximately 1.02 USD per Virtual Processor Core per hour
    • No annual commitment
    • Suited to variable or short-lived capacity

Kogito

Free
  • KogitoFree
    • Apache 2.0 licence
    • Apache KIE incubating project
    • No usage limits

Which should you pick?

Choose IBM MQ if

  • You need assured once-only delivery.
  • You work on Linux, Windows, Docker, Kubernetes.
  • You also want multi-platform queue managers.
IBM MQ review

Choose Kogito if

  • You need build-time code generation.
  • You want to start without paying.
  • You work on Linux, Docker, Kubernetes.
  • You also want quarkus and spring boot support.
Kogito review

Questions people ask

Is IBM MQ or Kogito better?
Neither clearly leads. IBM MQ starts at $312/month and Kogito at Free, and user ratings are close enough to be indistinguishable. Choose on capability and platform support.
Which is cheaper, IBM MQ or Kogito?
Kogito has a free tier; the other does not. Paid plans start at $312/month for IBM MQ and Free for Kogito.
Does IBM MQ or Kogito run on more platforms?
IBM MQ runs on Linux, Windows, Docker, Kubernetes. Kogito runs on Linux, Docker, Kubernetes.
Can I use Kogito for free?
Yes. Kogito has a free tier, so you can try it without paying. IBM MQ starts at $312/month.
What is IBM MQ best used for?
IBM MQ is most often used for core banking or payments where a message must participate in the same transaction as a database update, a mainframe estate that needs reliable messaging between z/os applications and distributed linux services, regulated file movement that must be auditable end to end, using managed file transfer, replacing bespoke retry and idempotency code in inter-system integrations with a queue that guarantees once-only delivery. Of those, core banking or payments where a message must participate in the same transaction as a database update and a mainframe estate that needs reliable messaging between z/os applications and distributed linux services are not what Kogito is typically brought in for.
What can IBM MQ do that Kogito cannot?
IBM MQ covers Assured once-only delivery, Multi-platform queue managers, Native high availability, Advanced Message Security. Kogito covers Build-time code generation, Quarkus and Spring Boot support, DMN decision services, Drools rules engine.

Answered from the vendors’ own pages

IBM MQ: How is IBM MQ licensed?

By Virtual Processor Core subscription, around 312 US dollars per VPC per month for MQ and 583 for MQ Advanced, minimum one year.

Kogito: Is Kogito still maintained?

Yes. It is an Apache KIE incubating project with active commits, with Red Hat as the dominant contributor.

IBM MQ: Should we replace MQ with Kafka?

Only if you actually need a replayable log. MQ is a transactional queue; replacing it with Kafka usually means rebuilding transactional semantics in application code.

Kogito: How does it differ from jBPM?

Kogito compiles process and rule definitions into application code at build time; jBPM was a runtime engine that loads definitions.

IBM MQ: What does MQ Advanced add?

Advanced Message Security, Managed File Transfer, MQTT telemetry and quorum-based high availability.

Kogito: Does it need Quarkus?

It is designed for Quarkus and supports Spring Boot; both are Java frameworks rather than a standalone server.

IBM MQ: Does container deployment change the cost?

Yes. Optimised container licensing needs Kubernetes with the IBM License Service; Podman or Docker deployments do not qualify.

Kogito: Is there commercial support?

Not from Apache. Red Hat sells supported builds of this lineage as part of its subscriptions.

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