Connaître les données
Find and classify sensitive, regulated, confidential, proprietary, and business-critical data across RAG source systems and vector environments.
RAG Security • Data Security • AI Access Governance
Retrieval-augmented generation gives AI direct access to enterprise knowledge. BigID helps secure the sensitive data behind RAG by discovering and classifying what AI can retrieve, connecting access to identities and permissions, and identifying exposure before retrieval becomes risk.
Govern RAG across source data, vector stores, retrieval permissions, prompts, responses, AI agents, activity, and remediation with data-aware security and governance.
Find and classify sensitive data across source systems, AI pipelines, and vector stores.
Connect users, agents, permissions, and sensitive data to enforce data-aware least privilege.
Protect sensitive information across retrieval, prompts, responses, activity, and AI actions.
The RAG Security Problem
Retrieval-augmented generation connects large language models to enterprise knowledge. That knowledge can live across documents, databases, collaboration platforms, SaaS applications, cloud storage, data lakes, knowledge bases, and vector databases.
The security question is no longer simply whether the model is safe. Organizations also need to know whether the user, application, copilot, or AI agent should have been able to retrieve the information in the first place.
RAG security requires data-aware authorization that understands sensitivity, identity, permissions, activity, and business context before enterprise data becomes AI context.
How BigID Secures RAG
BigID connects enterprise data intelligence, identity and access context, AI security controls, activity monitoring, and remediation so teams can reduce RAG risk across the complete retrieval lifecycle.
Find and classify sensitive, regulated, confidential, proprietary, and business-critical data across RAG source systems and vector environments.
Connect users, groups, AI agents, applications, service accounts, machine identities, and permissions directly to sensitive data.
Reduce excessive access and protect sensitive information across retrieval, prompts, responses, copilots, applications, and AI workflows.
Monitor activity, investigate risky interactions, prioritize exposure, reduce access, enforce policy, and route remediation to the right owners.
The RAG Security Path
RAG risk can enter before retrieval and continue after generation. Security needs to follow the data across every stage of the workflow.
Discover and classify sensitive source data.
Understand what enters retrieval indexes and stores.
Connect identities and entitlements to sensitive data.
Reduce unauthorized and excessive retrieval.
Protect sensitive data inside AI interactions.
Monitor activity and remediate downstream risk.
Permission-Aware RAG
Technical reachability is not authorization. A RAG system may be able to search a repository, index, or vector store without understanding whether the requesting user or AI identity should receive every matching result.
Connected data source
Indexed content
Available vector match
Inherited application access
Broad service account permission
Identity-aware retrieval
Contexte des données sensibles
Least-privilege permissions
Policy-aligned access
Risk-aware authorization
RAG Data Intelligence
You cannot secure retrieval if you do not understand the data behind it. BigID discovers and classifies enterprise data before and as it becomes part of AI retrieval workflows.
Find structured, unstructured, cloud, SaaS, file, document, collaboration, database, and AI retrieval data.
Identify personal, regulated, financial, confidential, proprietary, credential, and business-critical information.
Understand where retrieval data originated, how it moves, and how enterprise information connects to AI systems.
Extend sensitive data visibility into AI retrieval environments and the data prepared for vector-based search.
Protect the AI Interaction
Sensitive data can move from retrieved context into prompts, responses, conversations, downstream applications, and autonomous actions. RAG security needs controls after retrieval too.
Identify sensitive information returned from enterprise retrieval systems.
Detect, control, mask, or redact sensitive values across AI conversations.
Monitor AI interactions with user, policy, timestamp, access, and conversation context.
Route incidents, reduce access, enforce controls, and document remediation actions.
Agentic RAG
Agentic RAG does more than retrieve and summarize information. AI agents can use retrieved context to call tools, update systems, move data, trigger workflows, and make decisions.
An agent accesses enterprise knowledge, applications, APIs, documents, and databases.
The agent uses retrieved context to determine what should happen next.
The agent invokes tools, changes systems, moves data, or initiates automated workflows.
BigID connects AI identities, sensitive data, permissions, activity, and risk to help reduce unsafe autonomous access.
Agentic RAG turns retrieval security into identity, data, and action security.
RAG Risk Coverage
RAG security requires controls across data, identity, retrieval, AI interactions, and downstream actions.
Detect regulated, confidential, proprietary, and business-critical information available to RAG systems.
Identify users, agents, applications, and service accounts with unnecessary access to sensitive content.
Understand sensitive information represented inside retrieval indexes and vector-driven AI workflows.
Detect and reduce sensitive data exposure after retrieved content enters AI prompts, answers, and conversations.
Identify outdated, duplicated, unnecessary, or risky content that should not continue influencing AI responses.
Govern AI identities and agents that retrieve information and use that context to perform autonomous actions.
Trace sensitive information to enterprise sources and understand how data enters retrieval workflows.
Use identity, activity, sensitivity, and policy context to investigate risky retrieval and prioritize remediation.
One RAG Risk Surface
Identify sensitive data exposure, risky retrieval, suspicious activity, and remediation priorities.
Build RAG applications on better-governed enterprise data with visibility into sensitivity, quality, and risk.
Connect users, service accounts, AI identities, agents, permissions, and sensitive data to retrieval access.
Apply policy, lineage, retention, privacy, and governance context to data used by enterprise RAG systems.
RAG Security, Explained
RAG security is the practice of protecting the enterprise data, identities, permissions, retrieval workflows, prompts, responses, and actions used by retrieval-augmented generation systems.
Effective RAG security goes beyond securing the language model. It determines what enterprise information can be indexed and retrieved, whether the requesting user or AI identity should have access, how sensitive data is protected after retrieval, and what actions AI systems can take with that information.
RAG Security FAQs
Learn how organizations can secure enterprise data, access, retrieval, prompts, responses, and AI actions across RAG systems.
RAG security is the practice of protecting the data, identities, permissions, retrieval workflows, prompts, responses, and actions used by retrieval-augmented generation systems.
RAG systems retrieve enterprise information before generating an answer. Security therefore depends on whether the requesting user, application, or AI identity should be allowed to retrieve that information, not simply whether the language model itself is secure.
BigID helps secure RAG by discovering and classifying enterprise data, connecting sensitive information to users and AI identities, understanding access and permissions, tracing data lineage, protecting prompts and responses, monitoring activity, and supporting remediation workflows.
Organizations can reduce sensitive retrieval by identifying sensitive content, understanding which users and AI identities can access it, enforcing least privilege, applying policy controls, and reducing unnecessary or excessive access to enterprise data.
Permission-aware RAG applies identity and authorization context to retrieval so AI applications return information based on what the requesting user or system is actually allowed to access.
Yes. RAG security should include visibility into the sensitive enterprise information represented in retrieval indexes, vector stores, embeddings, metadata, and the source data used to create them.
RAG security can extend beyond retrieval by detecting sensitive data in prompts and responses, enforcing access controls, applying redaction or masking, monitoring conversations, and investigating policy violations.
Agentic RAG security governs AI agents that use retrieved enterprise information to make decisions, invoke tools, call APIs, move data, or take autonomous actions. It connects data access, AI identities, permissions, activity, and downstream actions to risk.
Ressources connexes
Explore related BigID solutions for AI access governance, prompt protection, secure data pipelines, and enterprise AI security.
Understand which AI systems can access sensitive enterprise data and reduce excessive AI permissions.
Explorer la gouvernance de l'accès à l'IA → SolutionDetect, redact, monitor, and control sensitive data across AI prompts, responses, and conversations.
Découvrez la protection rapide → SolutionDiscover, classify, cleanse, govern, and control data used for training, retrieval, and enterprise AI workflows.
Explore Secure AI Pipelines → SolutionSecure AI systems, agents, models, applications, identities, and the sensitive enterprise data behind them.
Explorer la sécurité de l'IA →BigID RAG Security
BigID helps organizations discover the sensitive data behind RAG, understand AI and user access, protect retrieval and AI interactions, monitor risky activity, and remediate exposure across enterprise AI.