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OWASP LLM Top 10, Translated for Product Teams

The ten LLM risks in product language - which apply to a chatbot, a RAG app or an agent, and the one-line mitigation that covers most of each.

Multi-monitor security workspace at night

Short answer

Use the OWASP LLM Top 10 as a design checklist. Map three risks to your chatbot, RAG, or agent this quarter and ship concrete mitigations - not a slide deck.

How to use it without boiling the ocean

Pick the three risks that match your architecture now. Ship mitigations. Revisit when you add tools or retrieval.

A full poster on the wall with zero closed tickets is not security work.

Readers skimming owasp llm top 10 explained often stop at definitions. The part that prevents incidents is the verification step after the change - and the habit of re-checking after the next deploy that touches the same layer.

Product language

Prompt injection is hostile user text. Insecure output is XSS into your UI. Unbounded consumption is missing rate limits.

Name risks the way engineering already talks so tickets get owners.

Common failure mode for owasp llm top 10 explained: staging looks fine, production still serves the old config because a CDN, load balancer, or second vhost was never updated. Always verify the hostname customers hit.

Evidence

Write down what you mitigated and how you tested it.

Auditors and customers care about evidence more than posters. Dated notes beat vibes.

If this section on owasp llm top 10 explained becomes a recurring ticket, automate the check. Manual one-offs rot; a post-deploy assertion or weekly grade keeps the control honest.

What to do this week

  1. Pick three OWASP LLM risks that match your stack.
  2. Open one ticket per risk with an owner and due date.
  3. Ship mitigations; attach test notes as evidence.
  4. Schedule a revisit when you add tools or RAG sources.

Three risks fixed beats ten risks discussed.

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Update log (1)

2026-05-30Editorial form rewrite for length and uniqueness.

Sources + verification

Practical guidance based on mainstream browser behavior, common reverse-proxy configuration, and widely published RFCs and vendor docs. Verify on your own stack with curl, browser devtools, and a re-scan after each change.

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