Scan Modalities
Learn
how Prisma AIRS AI Red Teaming uses scan modalities to deliver attacks to AI targets across
different input types.
| Where Can I Use This? | What Do I Need? |
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- Red Teaming Deployment Profile
- Application or Agent target configured with Supports
File Upload over REST API, Streaming, or
WebSocket
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A modality defines the input format through which an AI target receives data. AI systems
can be built to process one or more modalities, such as text, files (documents), images,
audio, and video. In AI Red Teaming, the scan modality determines how attacks are
packaged and delivered to a target during a scan.
AI Red Teaming currently supports the following scan modalities:
- Text—attacks delivered as plain-text
prompts.
- File—attacks embedded in documents (PDF and Markdown) uploaded alongside a
carrier text
prompt.
AI Red Teaming Attack Library scans deliver text-based attacks by default. For targets
that accept file uploads, you can enable Supports File Upload on
the target to include file-based attacks in your scans. File-based attacks deliver
documents with malicious prompts alongside a carrier text prompt to test whether the
target processes and acts on instructions embedded in the document's text layer.
AI systems that ingest user-uploaded files present an attack surface that text-only scans
cannot reach. An attacker can embed prompt injection instructions, system prompt
extraction commands, or data exfiltration payloads in the text layer of a document. When
the target processes the file, it may execute the embedded instructions and expose
vulnerabilities that are not detectable through text-based testing alone.
File-based attacks apply to AI systems that accept and process uploaded documents as part
of their core function. Common use cases include retrieval-augmented generation (RAG)
applications that ingest user-uploaded files, document summarizers that process
contracts or legal documents, and agents that handle file attachments such as invoices
or reports. For these targets, file-based attacks test whether malicious content
embedded in an uploaded document can manipulate the system's behavior.