AIScope Security audits for AI, RAG and agents

Discover Shadow AI and risks in RAG, MCP and agents. AIScope is being built to link findings to evidence and prepare AIGate restrictions: from the first signal to verification of an applied policy.

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Visibility into AI use

Proxy, DNS and network logs build an AI inventory. Every object retains its source and the limits of observation.

SHADOW AIINVENTORY
OBSERVATION
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RAG, MCP and agent assessment

Data, tools, skills and permissions are assessed within agreed scope. Metadata discovery and active tests remain separate; dangerous actions are tested in isolation.

RAGMCPSKILLS
ASSESSMENT
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Evidence and restrictions

Findings link to objects and their versions. A policy candidate goes through effect verification and approval before AIGate applies it.

EVIDENCEPOLICY
APPROVAL

Connected, assessed, confirmed risk and applied policy are separate states, each with its own evidence.

Customer infrastructureREST API and MCPEvidence and change history
CONTROLLED WORKFLOW

Connect → assess → explain → restrict

A pilot starts with agreed scope, sources and access permissions. Each step preserves results, limitations and history.

AS / SECURITY POSTURE

One assessment perimeter for AI security

Illustrative architecture
AS
AIScope

One inventory connects systems, data, agents and tools. Assessments produce findings with sources, versions, confidence and coverage limits.

Select a diagram element to see its role
Changes to data, permissions and catalogs trigger reassessment.
01 / CONNECTION

Define the scope

Select sources, allowed objects and permissions. Set the assessment profile, budget and schedule.

02 / INVENTORY

Build the inventory

Link AI systems, agents, tools and data to their owners, sources and current versions.

03 / ASSESSMENT

Assess and explain

Check configuration and content within scope. Preserve findings and evidence and identify objects that were not assessed.

04 / MONITORING

Verify changes

Prepare restrictions, obtain approval and assess the result. Catalog or data changes require a fresh assessment.

RESULTA verifiable view of where AI is used, what is confirmed and which action comes next.

ASSESSMENT SURFACE

The whole AI system: from network signal to agent tool

Sources complement one another. Coverage depends on granted permissions and verified compatibility for each connection.

SHADOW AI

Unapproved AI use

Proxy, DNS and network logs help discover AI access outside approved routes. Suspected and confirmed bypasses remain distinct.

RAG / DATA

Data and knowledge bases

Assess RAG documents and chunks for sensitive data, injection indicators and access risks. Show which objects were read or unavailable.

MCP / TOOLS

Servers and tools

Assess MCP catalogs, transport, authentication, tool and resource descriptions. Metadata discovery does not automatically execute tools.

AGENTS / SKILLS

Agents, skills and permissions

Manifests, skills, dependencies and access relationships reveal agent risks in the context of available data and actions.

RESULTA pilot records specific sources and versions; a preset alone does not establish a verified integration.

VERIFIABLE FINDINGS

Every finding has evidence, a version and limits

Vulnerabilities, misconfigurations and semantic risks are assessed separately. AI explanations assist review; confirmation requires reproducible evidence.

PROVENANCE

Source and object

Findings retain the source, affected object, content or catalog version, assessment rule and observation time.

CONFIDENCE

Confirmation level

A hypothesis, indicators and a reproducible assessment result are distinct. Unknowns remain visible.

COVERAGE

Honest coverage

Unavailable, partially assessed and stale objects are explicit. No findings does not establish complete coverage.

SANDBOX

Isolated active tests

Tool execution and dangerous action tests require separate authorization, test data and network, time and budget limits.

RESULTSecurity engineers receive reviewable evidence, system owners receive a clear next step, and auditors receive a decision history.

AISCOPE + AIGATE

From a finding to an approved restriction

AIScope observes and assesses. AIGate controls authorized LLM and MCP access and applies supported policies.

01 / CANDIDATE

Prepare a change

A finding and catalog version support a policy candidate defining which tools, actions, arguments or resources to restrict.

02 / SIMULATION

Test the effect

Review the diff and simulate before application, using the capabilities of the installed AIGate version.

03 / DECISION

Obtain human approval

An authorized reviewer decides. A risk score or LLM output does not authorize policy application by itself.

04 / RESULT

Verify application

Check the active policy version and preserve history and rollback. Reassess risk when the inputs change.

RESULTDeployment in company infrastructure or private cloud; REST API and management MCP use shared permissions and services.

Blog
FAQ

AIScope FAQ

What is AIScope and what does it solve?

AIScope is an AI security auditor being built for corporate infrastructure. It combines Shadow AI discovery and RAG, MCP, agent and tool assessments with evidence-backed findings and policy preparation for AIGate. Expected from 16.12.2026.

Who is AIScope for and when is it useful?

SOC analysts, security engineers, RAG and agent owners, integration administrators and auditors. It helps teams understand AI usage, assess data and tool access and monitor changes.

How does AIScope work?

The team defines sources and scope, builds an inventory, runs authorized assessments and reviews findings. It then prepares a policy candidate, tests its effect, obtains approval and verifies application.

What does an AIScope customer receive and how can results be verified?

The planned outputs are an AI inventory, evidence-backed findings, coverage information and policy candidates. Verification uses the source, object version, assessment rule and reproducible results, with unassessed areas shown separately.

How do we start an AIScope pilot and where is data hosted?

Send a request describing your goals, sources and access limits. We will agree on pilot scope and criteria. AIScope is designed for company infrastructure or private cloud; specific integrations and capabilities are verified during the pilot.

How does AIScope differ from AIGate?

AIScope observes, assesses and prepares restrictions. AIGate controls operational LLM and MCP access and applies approved policies. Operational AI traffic should not depend on scanner availability.

Can DNS reveal user prompts?

DNS shows a domain and its resolution, not prompt contents. Confirming a bypass requires other signals and route information; a missing AIGate event alone is not proof.

AS / AITALON

Discuss an AIScope pilot

Describe the AI systems and sources you would like to assess. We will agree on pilot scope and result criteria for the expected launch.

01Contact details
02Pilot scope
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