Safeguard
Solution · VPN / Remote-Access Vendors

Stop being the next KEV headline.

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.

◈ the standing query — evidence answers on demand, not once a year
<24h
KEV response
Signed
Firmware
Guard
Runtime
FedRAMP
HIGH-ready
Industry pressures

Industry pressures.

The breach pattern keeps repeating

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.

Customer-trust catastrophe risk

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.

FedRAMP HIGH + NIST 800-53

Federal customers expect designed for FedRAMP HIGH baselines. NIST 800-53 controls don't bend; they expect continuous evidence.

Customer-on-prem appliance fleet

Your customers run your appliances in their networks. Drift, mis-config, and slow patch adoption become your reputational risk.

How Safeguard fits

How Safeguard fits.

Appliance firmware signed provenance

Every firmware release attested. SLSA L3+. Customers verify the binary they install matches what you shipped.

Guard on customer appliances

Guardrails on the HTTP, LLM and MCP traffic an appliance's services handle, through a proxy, sidecar or SDK, including egress rules for unexpected destinations.

Reachability-aware patching

Not every CVE is exploitable in every customer's config. Reachability ranking tells customers which patches are emergency vs scheduled.

Coordinated disclosure pipeline

Built-in disclosure workflow: Griffin proposes the patch, drafts the customer notice, manages the 90-day window, assigns the CVE.

Compliance alignment

Compliance alignment.

FedRAMP HIGHNIST SP 800-53ISO 27001SOC 2 Type II
CISA KEV expectations
EU NIS2
Common Criteria EAL
NIAP CCEVS
Reference architecture

Reference architecture.

  1. 01

    Firmware signing factory

    Hermetic builds, in-toto attestation, sigstore signing. Customer verifies on install.

  2. 02

    Guard on appliances

    Proxy, sidecar or SDK guardrails on appliance services, written on the same Policies page as your CI and IDE policy.

  3. 03

    Customer appliance audit log

    Per-customer signed audit log streamed to customer SIEM. Drift between intended and observed state alerts in real time.

  4. 04

    Coordinated disclosure pipeline

    Griffin-driven disclosure workflow with built-in 90-day window, CVE assignment, and customer notice templates.

Where the risk lives today

Where the risk lives today.

Appliance firmware KEV vuln

The recurring pattern: a critical auth-bypass or memory-disclosure CVE in core appliance firmware. The response window is hours, not days.

Management-console compromise

Compromise of the management console gives cross-customer leverage. Cap-scoping and audit log signing close the path.

Customer-on-prem appliance drift

Customers run your appliances behind their firewalls. Drift between shipped baseline and observed config is silent risk.

AI-assistant for VPN ops adversarial input

AI-augmented VPN-ops assistants are new attack surface. MCP-server inspection + Lion on egress close the surface.

Current threat landscape

Current threat landscape.

Ivanti Connect Secure-class KEV chain

Critical auth-bypass + memory-disclosure pattern recurring on VPN appliances.

SCA

Pulse Secure-class appliance compromise

Pre-auth RCE pattern on edge VPN appliances.

Guard

Fortinet FortiGate-class auth-bypass

Edge-firewall auth bypass affecting thousands of customer deployments.

Research

Citrix NetScaler-class memory disclosure

Memory-leak pattern exposing session material on critical infrastructure.

Safeguard Code

Customer-appliance OEM-firmware drift

Difference between shipped baseline and customer-observed config.

Guard
Quantified benefits

Quantified benefits.

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

Break the cycle.

Self-healing security runs on Safeguard.

Your first fix PR is minutes away.

No sales call required, even your agent can complete the purchase over MCP.