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 (synthetic SYN-flood benchmark, 10 GbE, full security stack active) and 503,427 events per second with zero packet drops and 2,000,000 concurrent sessions, measured with a worst-case synthetic new-connection methodology on an Intel Xeon Silver 4215R server (8 cores/16 threads, 62 GB RAM). Under real adversarial production load, the same hardware sustained 34,622 connections per second.
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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.
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Reference material, definitions, and worked examples.