Full Stack AMTD Use Cases
Four documented use cases built on operational Army experience. Each use case specifies test conditions, attack scenarios, results, and framework alignment — and is repeatable in representative environments.
Documented. Repeatable. Evidence-ready.
PacketViper Full Stack AMTD has been tested across military installation OT protection, contested logistics environments, AI-augmented adversary scenarios, and RMF/ATO acceleration — all with repeatable, documented results.
OT-Enabled Military Installation Critical Infrastructure Protection
- 4/4 runs contained — zero exfiltration
- Inline block <2 ms — fabric isolation avg 4:12
- 99% alert reduction — 0% false positives
- Direct evidence for 14 NIST 800-53 controls
Tactical Edge / Contested Logistics Network Defense
- 4/4 runs contained in DDIL environment
- 95.4% alert reduction
- 2.3% bandwidth overhead (<1.5 Kbps control-plane)
- Zero loss of protection during link-down periods
AI-Augmented Adversary Red Team Containment
- 4/4 autonomous AI-driven runs contained
- Zero exfiltration — zero OT process impact
- 99% analyst alert reduction
- 9 exploit payloads captured and attributed
RMF/ATO Acceleration Through Low-Burden Security Overlay
- 11 successful attack paths reduced to zero
- Threat dwell time: 47 minutes reduced to zero
- Direct evidence for 14 NIST 800-53 controls
- Agentless compensating control for legacy OT
Independent Performance Benchmarks
501,496 connections per second and 503,427 events per second with zero packet drops and 2,000,000 concurrent sessions, with the full security stack active throughout, measured with a worst-case synthetic new-connection methodology.
Request a proof of concept in your environment
These use cases are designed to be repeatable. Our team can work with you to configure and run a representative engagement against your target environment.