Live visibility of every identity

Unosecur provides a live, runtime inventory of every human and non-human identity: the permissions they have and the permissions they use. Full visibility. Instant anomaly alerts. Zero blind spots.

01

See every identity in one graph

Unosecur's Unified Identity Fabric connects users, roles, service accounts, keys, entitlements and AI agents into a single graph, so you spot shadow access and overprivileged permissions instantly.

The identity graph reveals relationships that stay hidden in point tools, which service account has admin access to which cloud resource, who can escalate to what role, and where dormant credentials still have live permissions. One view. Full context.

02

Spot identity risks as they happen

Dashboards flag anomalies like overprivileged accounts or dormant admins, score them by risk, and show your team what to fix first.

Risk scoring is dynamic and context-aware. A dormant service account in dev is low risk. The same pattern in production with database admin rights gets flagged critical.

03

Identity data that stays in-sync

Unosecur connects directly to Azure, AWS, GCP, leading IdPs, and critical SaaS providers, pulling identity data every minute.

No stale snapshots. No waiting for overnight syncs. When a developer spins up a new service account or an employee gets promoted and gains new access, our fabric reflects it in real time.

Get a Personalized Demo

Ready to see 
Unosecure in action?

FAQs

Everything you Need to Know

Connect each cloud provider's identity, secrets, and workload APIs through read-only roles. Normalise service accounts, cloud roles, OAuth grants, and federated identities into a single graph. Attribute ownership to a human or team and map effective permissions rather than just assigned roles. Continuous sync catches short-lived workloads and ephemeral agents that point-in-time scans miss entirely.

Native tools only see their own cloud. They miss cross-cloud privilege chains, SaaS-to-cloud OAuth grants, and AI agent activity that crosses boundaries. Behavioural analytics, ownership attribution, and posture scoring are usually thin or absent. Reporting works inside the cloud but not across the estate. For single-cloud organisations they cover basics. For multi-cloud or SaaS-heavy estates they leave structural blind spots.

Monitor identity creation events across every cloud, IDP, and SaaS app at runtime. Alert on accounts created outside the expected provisioning workflow, especially service accounts and OAuth grants made directly through cloud consoles. Cross-reference against the HR source of truth for human accounts and the approved agent registry for AI agents. Shadow creation always leaves an audit trail if anyone is watching.

Look for platforms that ingest SaaS entitlements directly, cross-reference users against the HR source of truth, and flag accounts whose owner has left or whose last activity is stale. AI agents and service accounts need a separate orphan check tied to the originating human or workload. A unified identity graph surfaces orphans across SaaS, cloud, and on-prem in one view rather than per-app.

Pull last-activity timestamps from every connected system and overlay them with permission scope. Identities unused for 30, 60, or 90 days become candidates for revocation, weighted by the privilege they hold. Stale admin accounts and dormant AI agent credentials carry the most risk. Continuous monitoring catches identities that go dormant after the initial cleanup, which is where most teams lose ground.

Use runtime telemetry rather than scheduled scans. Native API integrations and webhook subscriptions stream identity events, permission changes, and access activity as they happen. Build a normalised graph that links the same identity across every system. Runtime visibility matters most for AI agent and NHI activity, which can spin up, act, and disappear between two daily snapshots.

Shadow IT spawns identities outside any governance process: personal SaaS signups using corporate email, OAuth grants to unsanctioned apps, service accounts created for one-off projects and never reviewed, and AI agents connected through individual developer credentials. Each creates a privileged path the security team cannot see, monitor, or revoke. Discovery requires telemetry from email, browsers, IDPs, and SaaS app inventories combined.