
Secure every endpoint agent across your organization
Noma discovers every endpoint agent, MCP, skill, and tool in your environment, maps the risks associated with each one, governs what they're allowed to do, and monitors their behavior in runtime. Deployment is agentless and requires no changes to how your teams work.
The Challenge
Employees across your organization are running endpoint agents on their machines: coding assistants like Claude Code, Cursor, and Codex, personal productivity agents, and the growing ecosystem of MCP servers and skills that connect them all to internal systems, cloud services, and sensitive data. These agents accumulate broad permissions, interact with production infrastructure, and chain actions together across sessions.
Noma Solution
Noma discovers every endpoint agent in your organization, like Claude Code, Cursor, and Codex, along with the MCP servers and skills each one uses. It blocks the unauthorized and malicious ones, controls what each agent can read and write, and stops risky behavior like prompt injection and data exfiltration at runtime. Noma enforces the same policy for agents running in remote and cloud sessions.
Securing endpoint agents with Noma
Noma enables organizations to discover, govern, test, and protect AI and agents across the enterprise.

Your endpoint agents don't stay on the endpoint
Claude Code or Cowork sessions go beyond the laptop, and run in Anthropic's cloud where endpoint-only tools can't see them. Noma enforces the same policy across desktop, CLI, and cloud sessions through organization-level agent hooks, gateways, or APIs, aligning to your infrastructure.

Know every agent on every machine
You can't govern agents you haven't found. Noma discovers every agent, MCP server, and skill on employee endpoints through your existing EDR or MDM, with no new endpoint agent to deploy.

Find the agents running on personal accounts
An agent connected with a personal account trains the vendor's model on company data. Noma detects connected personal-accounts, along with secrets in agent instructions, unsandboxed agents, and excessive agency.

Govern agent access and identity
Noma builds a live registry of which agents, MCP servers, and skills are allowed in your organization, and enforces access policies that govern exactly which actions each agent can take. Policies can be keyed to IdP groups and users, or applied organization-wide based on tool sensitivity.

Stop risky behavior at runtime
Permissions say nothing about what an agent is doing right now. Noma's Runtime Context Engine inspects every action across the event, the session, the identity behind the agent, and the data it reaches, with baseline behavior. That context produces accurate decisions when risky behavior happens: alert, block, mask data, or route to a human.
Part of the Noma platform
Endpoint agent security is one piece of a broader AI security program. The agents and MCP servers Noma discovers feed into the Agentic Risk Map, where they're assessed alongside homegrown and SaaS agents. Governance policies share context with runtime detection, so every decision is informed by the complete picture. Red teaming findings proactively stress-test AI apps before production.
Surface all AI assets and their risks
Noma finds every agent, model, MCP server and tool across your cloud, SaaS, and developer environments - often discovering 10 to 100x more agents than teams expect - and surfaces universal risks in your AI estate.

Set and enforce the rules
Define which agents are approved, what data they can access, and what actions they can take - enforcing policies in real time, before actions are carried out.

Test AI apps & agents continuously
Noma’s agents probe your AI apps and agents for prompt injection, jailbreak, data leakage, and goal drift - using sophisticated multi-turn attacks that uncover agent and model weaknesses.

See and stop threats in context
Every agent action looks normal on its own. The threat only appears in context. Noma monitors the full behavioral chain of every agent session (prompts, tool calls, data access, actions) and detects prompt injection, data exfiltration, and scope violations in real time.






