Every Engineer Is Using An Agent. You Do Not Have A Control Plane.
Claude Code, Cursor, Copilot, Devin, Windsurf, internal LangGraph harnesses. Your engineers have wired themselves up to a dozen agents across a dozen platforms. You have no inventory, no spend attribution, no security review, and no off-boarding. SuperOrgs is the control plane.
The Missing Layer
The Discover panel surfaces every agent across every platform your team uses.
Where it hurts
Agent Sprawl, No Inventory
Engineers buy their own Claude, Cursor, and Copilot seats on personal cards. Eight platforms in, you have no idea who holds what key, what data each key can touch, or what happens when that engineer leaves.
No Audit Log For API-Key Usage
Compliance can tell you who logged into Okta last Tuesday. Nobody can tell you which agent called which API on which customer record. Your audit log has a six-month hole in it called 'AI usage'.
Agents Touch Systems Without Sign-off
A Cursor rule calls a production endpoint. A Claude agent reads customer data. A Windsurf plugin writes to Postgres. None of it went through security review. You cannot ship an AI-enabled engineering culture one-off review at a time.
One control plane. Every agent. Every engineer.
The missing layer between your engineering org and your AI platforms.
Unified Inventory
Connect Anthropic, OpenAI, Cursor, Copilot, Databricks, Windsurf, and custom agents. Every API key, every agent, every owner, in one place. No spreadsheet, no Notion page.
Audit + Policy Engine
Every agent action logged. Role + risk tiers as policy. Approval workflows for new agents. Automatic off-boarding when an engineer leaves. Stream to your SIEM.
Architecture You Can Defend
SSO, SCIM, SOC 2 Type II baseline. US and EU data residency. On-prem and VPC-peered for enterprise. Agents modeled as first-class entities, not footnotes on a license ledger.
FAQ
Answers your security review will ask.
Does SuperOrgs support SSO, SCIM, and SOC 2?
Yes. SSO via SAML or OIDC, SCIM for provisioning, and SOC 2 Type II audit baseline are standard on every deployment. Role-based access control maps cleanly to your existing IDP groups.
How does SuperOrgs handle engineer off-boarding?
Agents and API keys owned by an engineer are flagged the moment the HRIS or IDP marks that engineer inactive. Off-boarding workflows disable keys, re-assign agents, and leave a full audit trail so nothing keeps running in the dark.
Where does the data live? Is on-prem supported?
US and EU data residency are available on every plan. On-prem and VPC-peered deployments are supported for enterprise engagements. SuperOrgs never ingests your source code or your prompt contents, only metadata and usage signals.
How does SuperOrgs integrate with our SIEM and existing tooling?
Agent audit events stream to Splunk, Datadog, and generic webhook endpoints. Platform adapters cover Anthropic, OpenAI, Cursor, GitHub Copilot, Databricks, Windsurf, and custom agents via a documented REST contract.
“We had eleven AI coding platforms in play. Two of them belonged to engineers who left a year ago. SuperOrgs found all of them in under an hour.”
CTO, Series C SaaS Infrastructure Company