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Identity control for Agentic AI and MCP
Secure, govern, and monitor AI agents, MCP servers, and tools across your entire identity stack. Unosecur delivers real-time visibility, policy-driven control, and instant response, purpose-built for the age of agentic AI.
Agentic AI introduces a new identity risk
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Autonomous AI Agents
AI agents act, decide, and access systems independently.
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Ungoverned Tool Access
MCP standardizes tool calls, not who can make them.
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Zero Agent Visibility
Legacy identity tools have no awareness of agent actions.
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Rapid Permission Sprawl
Tokens and entitlements multiply faster than any team can track.
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The Unosecur Platform for Agentic AI and MCP
Built for agentic identity
Native identity security for AI agents and NHIs with fine-grained, context-aware access control.
Purpose-built for the unique challenges of agentic AI. Unlike traditional IAM tools designed for human users, Unosecur understands agent behavior patterns, API-driven workflows, and the high-velocity access needs of autonomous systems. Secure agents without slowing them down.
Centralized Control for MCP
The Unosecur MCP Gateway acts as a single control plane for all AI agent interactions with your infrastructure.
Define policies once and enforce them uniformly across every MCP server, tool, and resource. Agents request access, policies are evaluated in real time, and actions are permanently logged. Manual approvals, policy drift, and blind spots are eliminated entirely.
Risk closed before it becomes a breach.
Every agent interaction is captured in tamper-proof audit trails.
When an agent behaves unexpectedly or accesses a restricted resource, you see the agent, the action, the timing, and exactly why the policy allowed or blocked it. Instant revocation stops suspicious agents before damage spreads.
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Bring Identity Control to Agentic AI
See how Unosecur secures AI agents and MCP in real environments.
Everything you Need to Know
AI agents need scoped, ephemeral credentials, not shared service accounts. Authenticate every agent at the point of access, enforce just-in-time permissions tied to the requesting user or task, and log every tool call and resource touched. Behavioural baselining flags privilege escalation attempts. The MCP Auth Gateway sits between agents and downstream systems, so authorisation decisions happen at every hop rather than once at session start.
AI agents typically authenticate with broad OAuth scopes or static API keys, which means a compromised agent has standing access to whatever the connected SaaS account can do. Most SaaS apps cannot distinguish agent traffic from human user activity, so audit trails are misleading. The MCP Auth Gateway adds agent identity, scoped permissions, and per-call authorisation at the gateway layer instead.
Maintain an inventory of approved agents and their expected behaviour. Monitor every MCP endpoint, OAuth grant, and API key issuance for new agent identities. Behavioural analytics flag agents calling tools outside their scope or accessing resources outside their normal pattern. The MCP Auth Gateway logs every connection attempt, so shadow agents surface the moment they try to reach a protected system.
Stop using long-lived static credentials in scripts and CI/CD pipelines. Issue short-lived tokens scoped to the specific task, rotated automatically. Inject secrets at runtime rather than embedding them in code or environment files. For AI agent workflows, the MCP Auth Gateway brokers credentials per call, so no agent or pipeline holds a token longer than the operation needs.
Shadow agents run with credentials nobody is tracking, often pulled from a developer's personal account or a shared API key. They access production data, modify records, and call external APIs without governance, audit, or rate limits. When something breaks or leaks, attribution is impossible. The MCP Auth Gateway forces every agent through a known authorisation point, which removes the shadow path.
Use mutual authentication between services with short-lived tokens, scoped to the specific operation, with every call authorised against a central policy. Static API keys shared across services are the most common failure mode. Workload identity, mTLS, and per-call authorisation through a gateway layer remove the shared-secret problem. The MCP Auth Gateway extends this pattern to agent-driven calls.
Use mutual authentication between services with short-lived tokens, scoped to the specific operation, with every call authorised against a central policy. Static API keys shared across services are the most common failure mode. Workload identity, mTLS, and per-call authorisation through a gateway layer remove the shared-secret problem. The MCP Auth Gateway extends this pattern to agent-driven calls.
Actionable intelligence for you
Your source for the latest insights and updates on advanced security solutions.
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