PacketViper says red team test showed zero exfiltration at the tactical edge

PacketViper said a red team evaluation of its Full Stack AMTD platform contained four adversary runs with zero exfiltration in contested logistics conditions with intermittent connectivity. The results are positioned as evidence the system can support tactical and expeditionary deployments while reducing analyst workload and fitting DoD and NIST control frameworks.

Why it matters: - PacketViper is pitching Full Stack AMTD for tactical edge and expeditionary environments where links can be slow, lossy or down for long periods. - The test results point to a defensive model that can keep working locally when connectivity drops, which is critical in contested logistics settings. - The reported 95.4% reduction in analyst alerts suggests lower operator burden during active defense. - The platform used less than 1.5 Kbps of control-plane bandwidth, which matters in constrained networks.

What happened: - PacketViper released results from a red team evaluation of Full Stack AMTD in Pittsburgh on June 5, 2026. - Four independent runs of automated multi-vector adversary scripts were executed against the protected environment. - All four runs were contained with zero exfiltration. - Local decision-making handled observed attack activity during disconnected periods.

The details: - The test environment operated at the tactical edge under contested logistics conditions. - The environment faced high latency, packet loss and extended link-down periods. - AMTD rotation was tuned to a 10- to 15-minute interval to reduce chatter over constrained links. - No agents were installed on any edge devices. - PacketViper said the deployment mapped to DoD OT Zero Trust pillars. - The test provided direct evidence for 14 NIST 800-53 controls. - The results support RMF packages for tactical and expeditionary systems. - Full test documentation, configuration details and control mappings are available upon request. - PacketViper’s company announcement was included with the release.

Between the lines: - The company is emphasizing proof points that matter to defense and critical infrastructure buyers: containment, low bandwidth use and control-framework alignment. - The agentless design is also central to the pitch because it reduces deployment friction at the edge. - The red team framing signals an attempt to show operational resilience under realistic stress, not just lab performance.

What’s next: - PacketViper is making the full documentation and configuration package available to interested parties. - The release suggests the company will use these results to support RMF submissions and broader tactical deployments. - The next test for PacketViper is likely buyer validation in real-world edge environments with similar connectivity constraints.