mq-sentinel
Click on "Install Server".
Wait a few minutes for the server to deploy. Once ready, it will show a "Started" state.
In the chat, type
@followed by the MCP server name and your instructions, e.g., "@mq-sentinelDiagnose 2035 NOT_AUTHORIZED errors on queue manager QM1 and suggest fixes."
That's it! The server will respond to your query, and you can continue using it as needed.
Here is a step-by-step guide with screenshots.
MQ-Sentinel
Production-grade, read-only IBM MQ diagnostic MCP server that AI agents can safely use — with zero hallucinations.
I built this as a serious side project to solve a real, high-stakes problem in enterprise environments. It is now a strong public portfolio piece demonstrating systems engineering, security, observability, production deployment, and building safe infrastructure for AI agents.
0.3.0 — 8 diagnostic tools across all 10 IBM MQ flavors. Read-only by design. Prompt-injection firewall. OIDC + RBAC. Hash-chained audit. Verified IBM Knowledge Center citations (CI-enforced). Production Helm with HPA + air-gapped packaging.
GitHub: https://github.com/pramodreddyboddu/mq-sentinel
Live Demo: https://mq-sentinel.io
Get it in front of people: docs/LAUNCH.md
The Problem I Solved
Enterprise IBM MQ teams waste hours diagnosing issues like:
2035 NOT_AUTHORIZED storms
Exploding DLQs
Native HA replica lag and split-brain
Stale cluster members
z/OS mysteries
Traditional tools require deep expertise and manual log diving. Handing an LLM raw MQ access is unacceptable for security and compliance teams.
MQ-Sentinel gives Claude, Cursor, Grok, and other agents a safe MCP interface that returns accurate, cited diagnostics without ever hallucinating or executing destructive commands.
Related MCP server: aegis
The Problem
IBM MQ teams (banks, telcos, insurance, gov) waste hours on:
2035 NOT_AUTHORIZEDchannel stormsExploding DLQs
Native HA replica lag / split-brain
Stale cluster members
z/OS QSG mysteries
Traditional tools require deep MQSC knowledge and grepping logs. Giving an LLM direct MQ access is a non-starter for security/compliance teams.
MQ-Sentinel solves this by giving Claude, Cursor, Grok, etc. a safe, read-only MCP interface that returns typed Root Cause + Fix Steps + verified IBM docs — never fabricates, never executes destructive commands.
🎬 See it in 90 seconds
git clone https://github.com/pramodreddyboddu/mq-sentinel.git
cd mq-sentinel
make demoWatch MQ-Sentinel diagnose a real 2035 NOT_AUTHORIZED, an INDOUBT channel, a 1247-message DLQ, and a Native HA replica disconnect — all against the bundled fixture sandbox. No live IBM MQ required.
Want to record it for sharing?
make demo-recordproduces a browser-playable asciinema cast.
Quick self-check (no MQ needed):
uv run mq-sentinel doctor
uv run mq-sentinel tools # list all diagnostics
uv run mq-sentinel info # overview + security highlightsUse it from Claude, Grok, Cursor, Gemini, ChatGPT
One MCP server — not a per-vendor plugin. Copy-paste configs: docs/mcp-clients.md.
List it where agents discover servers: official MCP Registry (server.json) + Smithery (smithery.yaml). ChatGPT needs a hosted HTTPS endpoint, not local stdio.
Architecture at a Glance
flowchart TB
subgraph Client["MCP Client (Claude / Cursor / Grok)"]
P[Prompt]
end
subgraph Sentinel["MQ-Sentinel (read-only)"]
OIDC[OIDC + RBAC]
RL[Rate Limiter]
DISP[Tool Dispatcher]
ALLOW[MQSC Allowlist]
CONN[Connector<br/>(pymqi / fixture)]
RCS[RCS Engine +<br/>KC Registry]
SAN[Output Sanitizer]
AUDIT[Hash-chained<br/>Audit Log]
end
subgraph MQ["IBM MQ (read-only service account)"]
QM[Queue Managers]
end
P -->|MCP stdio / HTTP| OIDC
OIDC --> RL --> DISP
DISP --> ALLOW
ALLOW --> CONN
CONN -->|raw output| RCS
RCS --> SAN
SAN --> AUDIT
CONN --> QM
QM -.->|DISPLAY only| CONNSafe by design. No LLM inside the server. Every citation verified in CI.
Why This Stands Out as a Portfolio Project
This is not a toy or weekend demo. It demonstrates real engineering depth:
Systems + Security Engineering: Full threat model, multi-layer read-only enforcement, prompt-injection firewall, OIDC+RBAC, tamper-evident audit, hardened containers, SBOM + signed images.
Production Operations: Production Helm (HPA, ServiceMonitor, NetworkPolicy), air-gapped packaging (RPM/DEB), observability out of the box.
AI Agent Infrastructure: A complete, safe MCP server (stdio + HTTP) designed for real use by agents like Claude, Cursor, and Grok.
Enterprise Domain Expertise: Deep coverage of IBM MQ across 10 topologies with version-aware, verified citations.
Systematic Delivery: Executed a full 7-phase org-readiness plan with compliance artifacts that actual organizations need.
Built with Grok Build (primary coding partner) while maintaining strict engineering standards.
Full journey and plan: docs/ORG-READINESS-PLAN.md
See also: VISION.md · CONTRIBUTING.md · DEVELOPMENT.md
The Journey (Portfolio Story)
I built MQ-Sentinel to solve a painful, recurring problem in enterprise IBM MQ environments — and I treated the entire effort as a serious engineering and portfolio project.
I used Grok Build (xAI) as my primary coding partner from architecture through implementation, docs, Helm, compliance artifacts, and polish. Every major decision was deliberate: read-only first, citations that can't go stale, defense-in-depth, production packaging.
Key milestones:
Designed threat model + multi-layer security architecture before writing the first tool
Delivered 8 diagnostic tools across 10 MQ flavors with CI-enforced IBM Knowledge Center citations
Production deployment (Helm + HPA + ServiceMonitor, distroless, air-gapped RPM/DEB)
Full 7-phase org-readiness plan executed (see links above)
271+ tests (including security-negative tests), strict mypy, comprehensive docs for platform teams
This shows end-to-end ownership: deep domain knowledge, security by design, production operations, and shipping artifacts that real organizations can actually use.
This is my public portfolio project. It demonstrates systems engineering, security, observability, AI infrastructure, and disciplined delivery.
Built with Grok Build while holding high standards throughout.
Security posture — baked in, not bolted on
Read-only always. Static MQSC allowlist (
DISPLAY/DIS/PING CHANNELonly). Destructive verbs are rejected by three layers: tool, connector, MQ-sidesetmqaut.Prompt-injection firewall. Every MQ-sourced string is sanitized (control chars, zero-width, ANSI, unicode tag chars, jailbreak markers) and wrapped in a quarantine envelope before leaving the server.
URL allowlist + live verification. Responses may only cite
www.ibm.com; all other URLs are redacted. Every citation in the registry (20+ reason codes, 8 AMQ codes, 18 topic pages) is fetched daily in CI — a dead link fails the build, not the customer.Tamper-evident audit log. Hash-chained JSONL;
mq-sentinel verify-auditdetects any retroactive edit.OIDC + RBAC. Principals scoped to
nonprod-read/prod-read/admin-audit. Cannot query prod QMs from a nonprod token.Hardened runtime. Distroless image, non-root, read-only FS, dropped capabilities, seccomp, network egress allowlist.
Supply chain. SBOM, cosign-signed images,
pip-audit+ Trivy in CI, every PR security-gated.
See SECURITY.md and docs/threat-model.md.
Org / Enterprise Ready?
This project was deliberately built for real organizations (banks, gov, large enterprises). See the complete journey:
See VISION.md for the owner product principles and long-term thinking.
Org-Readiness Plan — 7-phase plan executed end-to-end
RBAC & Auth Examples (Okta, Entra ID, Keycloak)
Production Helm with HPA, ServiceMonitor, network policies, and fleet support
Observability — Grafana + Prometheus alerts ready to import
Skills & Engineering Rigor (Portfolio Highlights)
What this project demonstrates:
Systems & Security Engineering — Full threat model, prompt-injection defense, multi-layer read-only enforcement, OIDC+RBAC, hash-chained audit, distroless hardening.
Observability & Production Operations — Metrics, dashboards, alerts, runbooks, air-gapped packaging, Helm productionization.
AI Agent Infrastructure — Built a real, safe MCP server (stdio + HTTP) that LLMs can use without risk.
Enterprise Systems — Deep IBM MQ knowledge across 10 topologies + version-aware diagnostics.
Software Craftsmanship — 271+ tests (including security), strict mypy, ruff, CI-driven doc verification, SBOM + cosign signing.
End-to-End Delivery — From idea to org-ready artifacts, including comprehensive documentation that platform teams can actually use.
Built iteratively using Grok Build as the primary coding partner while maintaining high engineering standards.
Supported IBM MQ flavors (Phase 1 complete)
Standalone · Multi-Instance QM · RDQM · Native HA · Native HA + CRR · Uniform Cluster · Traditional Cluster · z/OS Queue Sharing Group · MQ Appliance · Containerized.
Diagnostic tools
Tool | Covers | Demo finding |
| Distributed channels | 2035 NOT_AUTHORIZED, 2009/2059 connection errors, INDOUBT, AMQ9202/9208/9503 |
| DLQ (headers only — never bodies) | Grouped by reason 2035/2080/2030/2051/2053/2079, backout-loop detection |
| Traditional + uniform cluster | Partial repository, stale CLUSQMGR, suspended members, unhealthy cluster channels |
| K8s/OpenShift Native HA | Replica state, quorum, log replay lag, split-brain, CRR lag |
| On-prem RHEL RDQM | Pacemaker quorum, offline nodes, DRBD connection/disk, split-brain |
| z/OS Queue Sharing Group | QSG members, CHIN, page sets, buffer pools, CF structures |
| Traditional MIQM | Active/standby state, dual-active split, standby permission, failover events |
| All of the above (composite) | Executive summary + ranked findings |
Supported MQ versions
9.2 LTS, 9.3, 9.4 (incl. 9.4.4+), z/OS. Version is auto-detected at connect time; KC doc links are keyed to the detected version.
Install — pick your path
Scenario | Command | Time |
Solo / startup laptop (dev) |
| 5 min |
Solo / startup (prod) | Same, with | 5 min |
Mid-org Kubernetes |
| 30 min |
Local K8s POC (no live MQ) |
| 5 min |
RHEL / Rocky / OEL |
| 5 min |
Debian / Ubuntu |
| 5 min |
Air-gapped (banks/gov) | Mirror RPM internally, sign with org GPG, deploy via Satellite / Aptly | 1 evening |
Full guide: docs/INSTALL.md. For IBM MQ client libs: docs/byom.md.
Quick start (developer / contributor)
make install # uv sync + editable install
make test # pytest
make ci # lint + type + tests + security suite (everything CI runs)
make docker # build the production container image
make rpm deb # build RPM + DEB packages (requires `gem install fpm`)See:
DEVELOPMENT.md — owner-level development guide
docs/usage-with-ai.md — best prompts and patterns when using with Claude / Cursor / Grok
docs/ORG-READINESS-PLAN.md — the full journey to org-ready
Transports
# stdio (default — for Claude Desktop, Cursor, Claude Code)
uv run mq-sentinel serve
# HTTP (production — OIDC bearer auth, /healthz, /readyz, /metrics)
uv run mq-sentinel serve --transport http --host 0.0.0.0 --port 8080See docs/http-transport.md for the OIDC config, endpoint reference, and operational notes.
Repository layout
src/mq_sentinel/
security/ command allowlist, output sanitizer, rate limiter
audit/ hash-chained JSONL audit logger
auth/ OIDC + RBAC
inventory/ QM registry (pluggable)
secrets/ pluggable secrets backend (default: filesystem/K8s)
connectors/ MQ connection layer (pymqi + fixture)
rcs/ Root Cause Summary engine + KC doc registry
tools/ MCP tools (populated Phase 1+)
telemetry/ OpenTelemetry + structured logging
cli/ control-plane CLI
deploy/
Dockerfile distroless, non-root, read-only FS
helm/ Kubernetes chart (security defaults on)
tests/
security/ allowlist + injection firewall corpus (non-negotiable)
unit/Org-Readiness (7-Phase Plan Executed)
This project was deliberately taken through a complete org-readiness program (7 phases) so it is credible for real platform/SRE teams. See the full plan and status:
docs/ORG-READINESS.md — all 7 phases addressed (as of 2026-06-22)
Current state: Ready for platform team evaluation.
Technical Roadmap
Phase 1 (MCP diagnostic tools) is complete. See CHANGELOG.md for future technical items:
0.4.0 — ServiceNow / Jira ticket auto-draft from RCS findings.
0.5.0 — SOC 2 evidence-pack generator.
Historical telemetry, air-gapped improvements, etc.
Safe remediation is intentionally out of scope. MQ-Sentinel only reports.
For Organizations
MQ-Sentinel is designed from the ground up for enterprise use:
Read-only, prompt-injection resistant, OIDC + RBAC
Verifiable IBM Knowledge Center citations
Production deployment options (Kubernetes, RPM/DEB, air-gapped)
Full audit trail
Start here:
Helm chart includes production values, HPA, monitoring, and network policies.
License
Proprietary — © 2026 MG. See LICENSE. IBM® and IBM MQ® are trademarks of IBM Corporation; MG is not affiliated with IBM.
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