Ivanti, Pulse Secure, Fortinet, Citrix — the breach pattern keeps repeating. Safeguard ships the firmware signing factory, runtime Guard on customer appliances, reachability-aware patching, and coordinated disclosure pipeline that turns the cycle into a process.
Ivanti Connect Secure. Pulse Secure. Fortinet FortiGate. Citrix NetScaler. Each year, a fresh KEV CVE on a major VPN appliance. The cycle is the problem.
When an appliance vendor ships a KEV-class vuln, every customer scrambles to patch — and every customer wonders if they should switch. The next breach is an existential event.
Federal customers expect FedRAMP HIGH-ready baselines. NIST 800-53 controls don't bend; they expect continuous evidence.
Your customers run your appliances in their networks. Drift, mis-config, and slow patch adoption become your reputational risk.
Every firmware release attested. SLSA L3+. Customers verify the binary they install matches what you shipped.
Same policy enforced at runtime. eBPF + sidecar on customer-on-prem appliances catches sandbox escape, kernel-module loading, and unexpected egress.
Not every CVE is exploitable in every customer's config. Reachability ranking tells customers which patches are emergency vs scheduled.
Built-in disclosure workflow: Griffin proposes the patch, drafts the customer notice, manages the 90-day window, assigns the CVE.
Hermetic builds, in-toto attestation, sigstore signing. Customer verifies on install.
eBPF + sidecar enforcement on customer-on-prem appliances. Same policy as CI/IDE applied at runtime.
Per-customer signed audit log streamed to customer SIEM. Drift between intended and observed state alerts in real time.
Griffin-driven disclosure workflow with built-in 90-day window, CVE assignment, and customer notice templates.
The recurring pattern: a critical auth-bypass or memory-disclosure CVE in core appliance firmware. The response window is hours, not days.
Compromise of the management console gives cross-customer leverage. Cap-scoping and audit log signing close the path.
Customers run your appliances behind their firewalls. Drift between shipped baseline and observed config is silent risk.
AI-augmented VPN-ops assistants are new attack surface. MCP-server inspection + Lino on egress close the surface.
Critical auth-bypass + memory-disclosure pattern recurring on VPN appliances.
We address this throughPre-auth RCE pattern on edge VPN appliances.
We address this throughEdge-firewall auth bypass affecting thousands of customer deployments.
We address this throughMemory-leak pattern exposing session material on critical infrastructure.
We address this throughDifference between shipped baseline and customer-observed config.
We address this through| Metric | Before Safeguard | With Safeguard |
|---|---|---|
| KEV-CVE response time | 14 days | 24 hours |
| Appliance firmware patch cycle | 30 days | 5 days |
| Customer-appliance audit | Reactive | Continuous |
| Tools across the stack | 8 vendors | 1 |
| Coordinated disclosure SLA | Reactive | 90-day pipeline |
| Alert noise reduction | Baseline | ↓ 80% |
| FedRAMP HIGH evidence prep | 12 weeks | Continuous |