Rulebound → Solutions → AI Application Protection
Solution

AI Application Protection

Secure the AI in your applications — from the first commit to the live prompt.

Rulebound discovers every model, SDK and key across your code and cloud, surfaces the supply-chain and posture risks, red-teams your AI before attackers do, and guards it at runtime against injection and data leakage.

Illustrative. Values shown are synthetic test data.

The risk

AI ships faster than anyone can secure it.

Your teams are building AI into products every sprint — new models, new SDKs, new prompts. The attack surface grows with each merge, and most of it never reaches a security review before it reaches production.

Shadow models & SDKs

AI dependencies get added faster than anyone can review them — new providers, libraries and keys land in the codebase with no inventory of what's actually running.

Unknown model & key risk

Hardcoded API keys, over-permissioned integrations and unvetted models sit in your repos and configs — a supply chain nobody has mapped.

Injection & data leakage at runtime

The AI features you ship can be jailbroken, coerced by untrusted content, or made to leak customer data — straight through your own product.

No lifecycle assurance

Nothing connects what's in the code to what's exposed at runtime — so you can't prove an AI feature is safe before, or after, it goes live.

How it works

One loop: from code to runtime, closed.

Rulebound follows each AI feature across its whole life — inventoried in the code, tested like an attacker, and guarded while it runs — so a finding at build time and an attempt at runtime live in the same picture.

Your AI appscode → runtime
1
DiscoverInventory: models, SDKs, keys
2
AssessPosture & supply-chain risk
3
Red-teamAttack before attackers
4
GuardRuntime guardrails
5
ProveEvidence & posture
1
DiscoverBuild an AI bill of materials — every model, SDK, key and config across your code and cloud.
2
AssessScore posture and supply-chain risk: hardcoded secrets, risky configs, unvetted models.
3
Red-teamAttack your own AI apps with automated adversarial testing — before an attacker does.
4
GuardRuntime guardrails on your app's prompts and responses — block injection, stop leakage.
5
ProveEvery finding and blocked attempt becomes posture and evidence you can show.
Frameworks

Mapped to how AI apps actually get attacked.

Every finding and blocked attempt lines up with the frameworks your security team already reports against — build-time risk and runtime defense in one language.

OWASP LLM Top 10 MITRE ATLAS NIST AI RMF
Finds & defends Models & providers AI SDKs & dependencies Hardcoded keys Risky configs Prompt injection Data leakage
Across your code and cloud

Where your AI lives — and where it runs.

Rulebound builds the inventory from your source and your cloud, then puts guardrails in the live path of your app's model calls.

Code repositories

Scan your repos for AI models, SDKs, hardcoded keys and risky configs — an AI bill of materials for everything you build.

Coverage: build-time inventory & posture

Cloud model services

Connect to your cloud to discover AI workloads on Kubernetes and managed services like AWS Bedrock and SageMaker.

Coverage: running AI workloads

Runtime gateway

Put the Rulebound gateway in front of your app's model calls with a single base-URL change — guardrails without an app rewrite.

Coverage: live prompts & responses
Why Rulebound

One platform for the AI you build — not four you stitch together.

Code to runtime, one place

Discovery, posture, red-teaming and runtime guardrails in a single platform — so a build-time finding and a runtime attempt sit in the same graph.

Red-teaming built in

Attack your own AI apps with automated adversarial testing before an attacker does — and the findings feed the same posture, not a separate report.

Guardrails without a rewrite

Protect your app's model calls at the gateway with a base-URL change. No SDK to adopt, no code to change, no app to re-architect.

One correlated platform

Application posture connects to usage, agents and compliance — one graph across every layer AI touches your organization.

See it on your environment

Map the AI in your applications.

Request access and we'll show you every model, SDK and key across your code and cloud — and exactly where an attacker would get in.

FAQ

AI application protection, answered.

What is AI application protection?

Securing the AI features your own teams build — across their whole lifecycle. Rulebound inventories the models, SDKs and keys in your code and cloud, scores their risk, red-teams the AI to find what breaks, and enforces runtime guardrails on the app's prompts and responses.

What is an AI-BOM, and what do you discover?

An AI bill of materials — a live inventory of the AI in your applications: models and providers, AI SDKs and dependencies, hardcoded keys, and risky configurations. It's the map that everything else — posture, red-teaming, runtime defense — is built on.

Do you scan code, cloud, or both?

Both. We scan your repositories for models, SDKs, keys and configs, and connect to your cloud to discover AI workloads running on Kubernetes and managed services like AWS Bedrock and SageMaker. AI self-hosted on plain virtual machines is surfaced through the endpoint agent rather than the cloud scan.

Do I have to change my application to add runtime guardrails?

No. Point your application's model calls at the Rulebound gateway with a single base-URL change. There's no SDK to adopt and no application code to rewrite — guardrails apply inline to the prompts and responses.

What does the red teaming test?

Automated adversarial testing against your own AI apps — prompt injection, jailbreaks, data-leakage and misuse — so you find the exploitable paths before an attacker does. Findings map to the OWASP LLM Top 10 and MITRE ATLAS and feed the same posture view.

What frameworks do you map to?

Findings and blocked attempts map to the OWASP LLM Top 10, MITRE ATLAS and NIST AI RMF, alongside a live inventory of the AI in your applications.