IDaaS, IAM, and SSO vendors carry blast radius like no other category. One breach cascades to every customer tenant. Safeguard ships the per-tenant isolation, signed library SBOMs, MCP-governed support tools, and 24-hour breach evidence pipeline the modern bar requires.
An IdP breach is not a contained incident — it cascades to every customer tenant. Okta-class events made the threat visible to every CISO.
A KEV CVE in a SAML or OIDC library affects every customer simultaneously. Patch latency is a customer-trust catastrophe in waiting.
Every enterprise customer expects SOC 2 Type II + 24-hour breach notification + transparent disclosure. The bar moved.
Support engineers with cross-tenant access are the highest-value lateral-movement target. Capability scoping is non-negotiable.
Cross-tenant data spill is the existential risk. Architectural isolation, per-tenant signed audit logs, no shared model weights or training data.
Every release ships with a signed CycloneDX SBOM. Customer can verify the libraries in the binary they consume.
If you ship AI-SSO assistants or admin copilots, the MCP-server inspects every tool call and Lino on the egress path catches sensitive-data leaks.
Customers in regulated jurisdictions can run a dedicated Safeguard instance inside their own boundary — no cross-tenant exposure to your other customers.
Strong tenant isolation at the data layer. No shared schemas, no cross-tenant queries permitted.
Every action emits a sigstore-signed event scoped to the tenant. Streamed to customer SIEM in real time.
Support engineers operate through an MCP-server boundary. Every cross-tenant action requires explicit approval and is logged.
Per-tenant signed SBOM + provenance + recent audit log excerpt. One-click export for customer security teams.
A library that signs or validates SSO tokens is the highest-value supply-chain target. KEV CVEs ripple across every customer tenant.
An engineer with overly-broad support access becomes a single-point-of-compromise pattern. Capability scoping cuts blast radius.
Vulnerabilities in adjacent libraries (logging, telemetry, framework) can leak session material. The reachability path matters.
EU's eIDAS 2.0 wallet integrations open a new attack surface. Vendor SBOM scrutiny becomes critical.
Engineer-account or HAR-file exposure with cross-tenant impact.
We address this throughCritical CVE in saml2 / passport / openssl-saml-style lib affecting all tenants.
We address this throughReachability into session-handling code via a transitive dep.
We address this throughWallet-protocol library compromise pattern under emerging regulation.
We address this throughAuth-library trojanisation pattern reaching customer-trust catastrophe.
We address this through| Metric | Before Safeguard | With Safeguard |
|---|---|---|
| Per-tenant trust packet generation | 2 weeks | 1 hour |
| SSO library patch cycle | 14 days | 24 hours |
| SOC 2 continuous evidence | 8w per audit | Continuous |
| Tools across the stack | 8 vendors | 1 |
| Cross-tenant audit isolation | Manual review | Automated |
| Alert noise reduction | Baseline | ↓ 80% |
| Customer breach-notification | Ad hoc | 24h automated |