Orphanloom
A lightweight offboarding control plane for organizations with 50–500 employees that turns an authorized leaver event into per-application account candidates, reviewable disable-or-retain decisions, governed provider actions, and signed bounded receipts while keeping employment status, identity match, entitlement, approval, provider acknowledgment, destination readback, data transfer, billing effect, audit conclusion, appeal, and correction separate.
Small IT teams can remove central identity access yet leave accounts active in applications that lack standard lifecycle support, use local identities, were purchased outside IT, or require product-specific administration. Orphanloom focuses on the offboarding event, but the source confirms a close competitor already offers broad universal connectors. The product therefore cannot claim a vacant category or rely on connector count alone. It must prove faster per-leaver evidence, precise authority, safe fallback, and bounded receipts. A detected account is a candidate, not proof of ownership; disable is not deletion; provider acknowledgment is not observed destination state; and a signed receipt is not proof that all applications were discovered or that offboarding is compliant.
An IT, security, identity, or operations owner at a 50–500 employee organization with a small team, fragmented SaaS ownership, and repeated difficulty proving that leaver accounts were addressed.
Current credential-exposure pressure and mid-market identity demand make lingering accounts salient.
Small IT, security, and identity teams in a defined organization size have a concrete recurring offboarding burden.
The mechanism is feasible now, but the supplied research shows that an emerging competitor already addresses nonstandard application coverage.
The source names a 50–500 employee buyer, confirms the nonstandard application offboarding problem, verifies a close competitor with broad connector coverage, and identifies a narrower per-event receipt and self-protection workflow.
There are no cross-references, a close competitor already serves the seam, connector operations are ongoing grunt work, destructive actions carry high risk, discovery can never prove completeness, and the differentiated pricing and receipt thesis remains unvalidated.
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