Connectors

Unosecur Connects Your Entire Identity Stack

Gain visibility, intelligence and action by connecting your Cloud, SaaS, and Identity tools with Unosecur. In minutes, not months.

Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.

All Connectors

FAQs

Everything you Need to Know

What are the essential integrations for a modern identity security stack?

Cloud providers (AWS, Azure, GCP), identity providers (Okta, Entra, Ping), HR systems for joiner-mover-leaver events, SaaS apps (Salesforce, Workday, GitHub, Snowflake), secrets vaults, CI/CD tooling, and the SIEM or data lake for downstream analytics. Coverage matters more than count. Missing a single high-privilege system, like the source-of-truth HRIS or a major SaaS, leaves the identity graph structurally incomplete.

How to integrate identity security with existing SIEM/SOAR platforms?

Stream identity events, posture changes, and detected threats through native connectors or Kafka into the SIEM. Correlate identity context with network and endpoint signals to enrich existing detections. For response, expose remediation actions (revoke access, rotate credentials, disable an agent) as SOAR-callable APIs. Splunk, Sentinel, Chronicle, and Panther integrations are standard. The goal is enriched detections rather than duplicated alerting.

What are the key integration requirements for an identity security platform?

API-first connectors with no agents on managed systems, read-only access where possible, push and pull telemetry, and webhook support for inbound events. The platform should map cleanly into the existing data lake, SIEM, and ticketing systems. Look for native support for the IDPs, clouds, and SaaS apps actually in use, not just a logo wall. Custom connector frameworks matter for niche internal systems.

How to integrate non-human identity security with existing IDP solutions?

Pull service account inventories, OAuth grants, and federated identities from the IDP through native APIs. Map NHI ownership and entitlements alongside human identities in a unified graph. Push posture findings and remediation actions back into the IDP for lifecycle workflows. Native Okta, Entra ID, and Ping integrations should cover discovery, attribute sync, and revocation without custom engineering.

Comparing identity security platforms based on integration depth.

Count of integrations matters less than depth. Useful checks: does the connector pull entitlements, behaviour, and ownership, or just account names? Does it write back, so revocation and rotation work from the platform? How quickly does coverage for new SaaS apps ship? Does the platform expose a custom connector framework? Surface depth often hides behind impressive partner logos on a marketing page.

Is it better to use a native IDP tool or a third-party identity security platform?

Native IDP tools only see what passes through the IDP. They miss direct cloud roles, OAuth grants between SaaS apps, AI agent connections, and any identity that bypasses the IDP path. A third-party platform correlates across every identity source. For organisations with one IDP and limited SaaS, native may be enough. For multi-cloud, multi-SaaS, and AI agent traffic, it isn't.

Is it better to use a native IDP tool or a third-party identity security platform?

Native IDP tools only see what passes through the IDP. They miss direct cloud roles, OAuth grants between SaaS apps, AI agent connections, and any identity that bypasses the IDP path. A third-party platform correlates across every identity source. For organisations with one IDP and limited SaaS, native may be enough. For multi-cloud, multi-SaaS, and AI agent traffic, it isn't.

Ready To Secure Your Identities?