Is Your RabbitMQ
Deployment
Audit-Ready?
Security posture, version lifecycle, and CVE exposure — your auditors will ask about all three. This is what enterprise RabbitMQ compliance actually requires.
AceMQ is trusted by global brands Including
The Featured Authorized Partner for RabbitMQ — named by the engineers who build it
AceMQ is the Featured Authorized Partner for RabbitMQ, named by the RabbitMQ Core Engineering Team — the people who write and maintain the broker. That recognition covers RabbitMQ support, licensing and professional services, and it makes AceMQ the only RabbitMQ partner with a direct line to the core team. When an escalation needs an answer that is not in the documentation, it does not stop at a support tier.
You do not have to take our word for it — RabbitMQ lists AceMQ on its own site.
See AceMQ listed on rabbitmq.comErlang 26 reached end-of-life on May 26, 2026. Deployments on Erlang 26 or earlier are now running an unsupported runtime — a timestamped audit finding.
What Auditors Actually Check
SOC 2, ISO 27001, PCI-DSS, and HIPAA all require documented controls around message broker infrastructure. Here's what every RabbitMQ compliance review covers.
Supported Version on Supported Runtime
Auditors verify your RabbitMQ version is within the support lifecycle and runs on a supported Erlang/OTP release. EOL software is an automatic finding.
Unpatched CVE Exposure
Every active CVE against your RabbitMQ version is a documented vulnerability. Commercial distribution provides fixes for series that OSS no longer patches.
TLS Encryption in Transit
All client-to-broker and inter-node traffic must be encrypted. Auditors check TLS version (1.2+ minimum), cipher suites, and certificate management.
Authentication & Authorization
Default credentials must be rotated. mTLS, OAuth 2.0, or LDAP integration is expected. Vhost isolation and permission scoping must be documented.
Audit Logging & Observability
Connection events, permission changes, and message operations should be logged and retained. Auditors ask for evidence of monitoring and alerting.
Network Segmentation
Management UI, AMQP ports, and cluster communication must be network-isolated. Publicly exposed management ports are an immediate finding.
Frameworks That Require Documented RabbitMQ Controls
SOC 2 Type II
- CC6.1 — Logical access controls
- CC6.7 — Encryption of data in transit
- CC7.2 — System monitoring and alerting
- CC9.1 — Vendor and third-party risk
Auditors request evidence of access control policies, TLS configuration, and monitoring setup for all message broker infrastructure.
ISO 27001
- A.12.6 — Technical vulnerability management
- A.13.1 — Network security management
- A.9.4 — System and application access control
- A.12.4 — Logging and monitoring
Requires a documented vulnerability management process — including evidence that software dependencies are patched or on supported versions.
PCI-DSS v4
- Req 6.3 — Security vulnerabilities are identified and addressed
- Req 8.2 — User IDs and authentication factors are managed
- Req 10.2 — Audit logs are implemented
- Req 1.3 — Network access controls
Any message broker that touches cardholder data environments must demonstrate patched software, access controls, and audit logging.
HIPAA / HITECH
- §164.312(a)(1) — Access control standards
- §164.312(e)(1) — Transmission security
- §164.312(b) — Audit controls
- §164.308(a)(5) — Security awareness
Covered entities must demonstrate that ePHI transmitted through message brokers is encrypted and access-controlled at the broker level.
Not sure where your deployment stands?
AceMQ provides compliance assessments that map your current RabbitMQ configuration against your specific audit framework.
Erlang 26 Is EOL — and That Changes Everything
RabbitMQ 3.13 and earlier require Erlang 26 or below. Erlang 26 hit end-of-life on May 26, 2026 — no further security patches, no vulnerability fixes. Every compliance framework treats this as a documented gap.
No more Erlang CVE patches
The Erlang/OTP project no longer issues security fixes for Erlang 26. Any vulnerability discovered after May 26, 2026 will remain unpatched on your runtime.
Automatic audit finding
SOC 2, ISO 27001, PCI-DSS, and HIPAA require use of supported software. Running EOL Erlang in production is now a documented compliance gap — not a risk to manage.
No defensible third path
Security assessments and pen tests will flag unsupported runtime dependencies. Migrate to RabbitMQ 4.x on Erlang 27, or get commercially licensed on a supported version.
The Two Paths Forward
Migrate to a supported version, or get commercially licensed on the latest.
RabbitMQ 4.x runs on Erlang 27, which remains fully supported. If you're on 3.13 or earlier, you must get licensed or migrate to resolve this exposure. There is no third option that satisfies an auditor.
Erlang 26 EOL
May 26, 2026
No further security patches
RabbitMQ 3.13 community support ended
Dec 31, 2024
Commercial license required for CVE fixes
Erlang 27 supported until
2027+
Required by RabbitMQ 4.x
RabbitMQ 4.x actively supported
Current
Latest commercial distribution
Sources: eosl.date/erlang · rabbitmq.com/docs/which-erlang
Unpatched CVEs + EOL runtime = documented audit finding. Both are resolved with a commercial license or managed migration.
Is Your Version on the List?
Every supported RabbitMQ series from 3.8 to 4.3 carries active CVEs. Fixes for end-of-community-support series are only available through the commercial distribution. Select your version to see exactly what you're exposed to.
These CVEs are your compliance exposure.
Get licensed or migrate — either path closes the gap. AceMQ handles both.
Full CVE Advisory Database
Every published CVE affecting RabbitMQ from the GitHub Security Advisory database. Fixes tagged Enterprise Only exist exclusively in the Broadcom commercial distribution — not in OSS releases. Each entry is a timestamped audit finding waiting to be cited.
What a compliance engagement actually delivers
The finding an auditor raises is not “RabbitMQ is insecure” — it is “this component has no route to a security fix.” Everything below exists to close that sentence.
A commercially licensed, supported build
The finding is that nothing entitles you to a security fix. A commercial licence with active support closes it directly — and AceMQ is the only provider globally able to license commercial RabbitMQ below Broadcom's 72-core minimum, which is what makes this reachable for smaller estates.
CVE patches backported to your version
Where the version is past the licensing window, fixes are backported to the build you actually run — support reaches back to 3.8.x, five series further than commercial licensing. You get the remediation without the upgrade project the audit deadline has no room for.
Written support attestation
A support agreement naming your specific version, in a form you can hand to an auditor or paste into a vendor risk questionnaire. This is normally the artefact that actually clears the finding.
Patch and CVE response records
Documented evidence of which advisories applied to your deployment, what was applied, and when. Auditors test whether a known vulnerability has a route to remediation; this is that route, on paper.
Configuration and access-control review
TLS configuration, authentication backend, authorisation policy, management-plane exposure and audit logging assessed against the controls your framework actually cites — rather than a generic hardening checklist.
Erlang/OTP lifecycle planning
The runtime ages out on its own schedule and drags the broker with it. You get the dependency path mapped and a version target with a tested rollback, so the eventual upgrade is a planned project rather than an emergency under audit pressure.
Priced per core, counted across every environment, on the same basis as RabbitMQ licensing — with a written scope and SLA returned within 24 hours of an agreed core count.
How the gap gets closed
Compliance work runs against a date, so the useful question is not what we do but how long it takes.
Exposure assessment
We inventory RabbitMQ and Erlang/OTP versions across every environment and map the advisories that actually apply to your release series — not the full CVE list, the subset that is your finding.
Written remediation plan
What gets patched, what gets licensed, what needs an upgrade and what can be evidenced as-is. Sized against your audit date so you know before you commit whether it lands in time.
Remediation and evidence
Patches applied as rolling bundles node-by-node, with the patch records and support attestation produced as you go rather than reconstructed afterwards.
Audit questions, answered
What compliance teams ask before they decide whether this is a finding they can close or a project they have to fund.
Does running an end-of-life RabbitMQ version automatically fail an audit?
Not automatically, but it is a finding in essentially every enterprise control framework, and the finding is about remediation rather than the version number. Auditors test whether a known vulnerability in a production component has a route to a fix. An unsupported version has none, which is what fails. Demonstrating active vendor security support for the version you run closes it without requiring you to upgrade.
What evidence do auditors actually accept?
A support agreement naming your specific version, records of which advisories applied and what was applied in response, and written attestation that the deployment is under active vendor security support. In practice the attestation is the artefact that clears the finding — a vulnerability scan showing a patched build is supporting evidence, not a substitute for the entitlement behind it.
Can we stay on our current version and still be compliant?
Yes, provided the version is under active security support. AceMQ backports CVE fixes to the build you run, back to 3.8.x — five release series further than commercial licensing reaches. That gives you the security outcome of an upgrade and the documentation an auditor wants, without executing an upgrade under audit deadline, which is the most expensive and riskiest way to do one.
Does the Erlang/OTP runtime count as part of the audit surface?
Yes, and it is the part teams most often miss. RabbitMQ is written in Erlang and each release series is coupled to a supported range of OTP versions, so a CVE in the runtime is a CVE in your broker. An Erlang version that has aged out is its own finding even when the broker is current. Any honest assessment covers both, plus the OS packages and TLS stack the runtime depends on.
How quickly do CVE patches arrive?
AceMQ targets 72 hours for critical CVEs, with actual turnaround depending on the severity of the vulnerability and the complexity of the backport. Patches ship as rolling bundles applied node-by-node across the cluster, so a live cluster is patched with near-zero downtime rather than waiting for an outage window — which matters when the remediation deadline is shorter than your change freeze.
Do you cover FIPS, FedRAMP or other specific frameworks?
The controls these frameworks cite around supported software, patch management and access control are what the engagement addresses, and the documentation is formatted for that use. Where a deployment needs validated cryptography specifically, that is a different requirement from a supported build — worth raising directly so the answer is precise rather than implied.
Close the Compliance Gap
Before Your Next Audit
Unsupported runtime, unpatched CVEs, or undocumented access controls — any one becomes an audit finding. AceMQ delivers commercially licensed, CVE-patched RabbitMQ with enterprise configuration guidance.
Not sure which path is right? with an AceMQ RabbitMQ expert.