AI-SPM

Find AI assets across endpoint, SaaS, and cloud environments. See what they can reach, which risks need attention, and make better enforcement decisions in runtime.

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Trusted by over 10% of the Fortune 100
Trusted by over 10% of the Fortune 100
Trusted by over 10% of the Fortune 100
Trusted by over 10% of the Fortune 100
Trusted by over 10% of the Fortune 100
Trusted by over 10% of the Fortune 100
Pfizer logoRiskified logoKantar logoMercado Libre logoDexcom logoDow logoUiPath logoHealthfirst logo
Trusted by over 10% of the Fortune 100
Trusted by over 10% of the Fortune 100
Trusted by over 10% of the Fortune 100
Trusted by over 10% of the Fortune 100
Trusted by over 10% of the Fortune 100
Trusted by over 10% of the Fortune 100

Secure endpoint, SaaS, and cloud agents in one place.

Find agents your team doesn't know about

Diagram of agent components as nested arcs: tools, knowledge, channels and triggers

Find every agent, MCP server, toolset, skill, and model, across all agent types: endpoint, SaaS, and cloud.

Find toxic combinations of agent capabilities

Noma agent map of an Employee Support Copilot with its triggers, toolsets, knowledge and channels

Evaluate an agent's compounding risk from its tools, data access, communication channels, triggers, users, and connected agents, based on hundreds of out of the box policies.

Map to frameworks and standards

Framework logos Noma maps to: ISO 9001, MITRE, EU AI Act, NIST and OWASP

Map findings to NIST AI RMF, EU AI Act, ISO 42001, OWASP LLM Top 10, and MITRE ATLAS. Noma monitors regulatory changes so your team stays current without having to chase updates across frameworks.

Control supply chain sprawl

Diagram of a user connected to an HR agent and two database tools, each flagged with a red warning icon and risk level.

Inspect MCP servers, models, and skills for risk in the agent supply chain, and build a live registry of which AI components are allowed in the organization.

Catch misconfigurations and malpractices

Noma critical issue card for an IT Helpdesk Copilot agent with issue counts by severity

Find risky mistakes and misconfigurations in AI agents, like excessive agency, unsandboxed agents, secrets in agent instructions, and unauthenticated access.

Use context for runtime governance

Noma flags Claude Code run unsandboxed with skip-permissions as a high-risk issue across its MCP toolsets

Noma AI-SPM feeds posture context into the Runtime Context Engine for more accurate runtime enforcement. It collects identity, ownership, and blast radius context, which makes runtime enforcement decisions more accurate.

Diagram of agent components as nested arcs: tools, knowledge, channels and triggers
Noma agent map of an Employee Support Copilot with its triggers, toolsets, knowledge and channels
Framework logos Noma maps to: ISO 9001, MITRE, EU AI Act, NIST and OWASP
Noma graph of user Maria Heins reaching an HR Application agent that calls postgres_query and sql_db_query tools, all flagged
Noma critical issue card for an IT Helpdesk Copilot agent with issue counts by severity
Noma flags Claude Code run unsandboxed with skip-permissions as a high-risk issue across its MCP toolsets
THE NOMA AGENT SECURITY & GOVERNANCE PLATFORM

One platform to secure and control every agent, wherever it runs.

Surface all AI Assets and their risks

Discover every AI agent, model, and MCP server across your enterprise.
Continuously assess posture and identify risk. Power access control and runtime detection.

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Agent map node showing an Employee Chat trigger

Set and enforce the rules.

Define what every agent is allowed to do. Enforce per-agent and per-tool policies for MCP connections, tool access, and actions. Stop unauthorized actions at runtime.

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Agent inventory table listing five agents with their tool counts, risk levels, and Approved or Unapproved access status.

Test AI apps and agents continuously.

Test AI applications for vulnerabilities before attackers do.
Simulate multi-turn attacks directly in your CI/CD pipeline. Feed findings into AI-DR runtime policies.

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Noma AI Red Teaming test categories: Availability 0 of 2, Business-Policy Violation 0 of 4, Harmful Output 0 of 15

See and stop threats in context.

Detect and respond to risky agent behavior, even when actions seem legitimate. Use context from posture, identity, data, intent, and a baseline of agent behavior over time to make enforcement decisions that don't stop productivity.

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A user request to create one AWS access key and delete another, where Noma Access Control approves the create_access_key tool call but blocks delete_access_key as an unapproved tool.

Use cases

Agentic Identity

Know who your agents are acting as, what they're allowed to do, and whether their actions match the user's intent.

Agentic Behavioral Guardrails

Access control defines the boundaries. Behavioral detection enforces them. Both share context so enforcement is precise.

MCP Security

Discover, assess, and govern every MCP server in your organization. Detect tool poisoning and supply chain attacks.

Compliance and Reporting

Answer the board's AI risk question with evidence: inventory, framework mappings, test results, and audit trails.

AI Asset Discovery

Find every AI agent in your organization, including the ones nobody told security about.

AI Supply Chain Security

Scan and govern the AI supply chain: models, MCP servers, tools, and packages.

Coding and AI Assistant Security

Secure every coding assistant and AI developer tool. Discover usage, protect sensitive data, enforce policy.

See every agent running in your environment

Explore the Platform

Secure AI. Control Your Agents.

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Google Cloud
Hugging Face
LangChain
Claude
CrewAI
Salesforce
CrowdStrike
GitHub Copilot
Microsoft Azure
Microsoft Copilot
Google Gemini
AWS
Model Context Protocol
Cursor

Built to Higher Standards.

FAQs

What is AI-SPM?

AI-SPM (AI Security Posture Management) is the continuous discovery and risk assessment of AI assets: agents, MCP servers, skills, models, and tools. Noma AI-SPM covers endpoint, SaaS, and cloud environments from one platform.

What is shadow AI and how does AI-SPM find it?

Shadow AI is AI usage nobody told security about: unapproved agents, MCP servers, and tools. Noma finds it by connecting to cloud platforms, SaaS platforms, code repositories, and endpoints through your existing EDR or MDM.

What compliance frameworks does Noma AI-SPM map to?

Noma maps findings to NIST AI RMF, the EU AI Act, and ISO 42001 for regulation, and to the OWASP LLM Top 10 and MITRE ATLAS for security coverage, with evidence for auditors.

What is a toxic combination of agent capabilities?

A toxic combination is a set of agent capabilities that are safe alone and dangerous together, like untrusted input, sensitive data access, and a destructive action in one agent. Noma surfaces these across every agent's tools, data access, triggers, and connections.

How does AI-SPM improve runtime detection?

AI-SPM feeds posture context, like each agent's owner, permissions, and blast radius, into the Runtime Context Engine. Runtime decisions are made against that context, which raises accuracy and cuts false positives.

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Noma agent security & governance platform

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