BLADE Use Case
Autonomous network monitoring without centralized SOC connectivity
The Challenge
Tactical networks are increasingly targeted by adversary cyber operations, but the Army's defensive cyber architecture assumes connectivity to enterprise SOC capabilities that do not exist at the brigade level and below. When tactical units lose connectivity to the DODIN-A, they lose their cyber defense.
- Brigade and below tactical networks have zero organic cyber defense capability. DCO teams operate at division and above, leaving battalion and company networks unmonitored and undefended.
- Tactical network traffic patterns differ radically from enterprise networks, making commercial IDS/IPS solutions ineffective. NIDS signatures tuned for enterprise traffic generate excessive false positives on military protocols.
- Adversary cyber operations increasingly target tactical networks during DIL conditions, precisely when units are disconnected from higher-echelon defensive capabilities and most vulnerable to exploitation.
- Compromised devices on tactical networks can propagate laterally unchecked because there is no automated isolation capability. By the time manual response occurs, the adversary has established persistence across multiple hosts.
How BLADE Solves It
BLADE BRAVO provides autonomous cyber defense for tactical networks — monitoring traffic, detecting anomalies, enforcing zero trust policies, and auto-isolating compromised segments without requiring connectivity to any centralized SOC.
Network Discovery
BLADE passively discovers all devices on the tactical network, building an asset inventory with device type, OS fingerprint, normal traffic patterns, and authorized communication paths.
Traffic Baseline
AI models learn normal traffic patterns for the tactical network — protocol distribution, traffic volume, communication pairs, and timing. Baselines are specific to the unit's operational profile.
Continuous Monitoring
All network traffic is inspected in real-time. Deep packet inspection on military protocols (VMF, Link 16, TDMA) with behavioral analysis on encrypted traffic flows.
Anomaly Detection
AI identifies deviations from baseline: unusual port scanning, new communication paths, protocol anomalies, beaconing behavior, data exfiltration patterns, and lateral movement indicators.
Threat Classification
Detected anomalies are classified against a tactical threat library: reconnaissance, exploitation, C2 communication, lateral movement, data exfiltration, or denial of service.
Zero Trust Enforcement
BLADE enforces micro-segmentation policies, verifying identity and authorization for every network communication. Unauthorized traffic is blocked automatically.
Auto-Isolation
Compromised devices are automatically quarantined — network access restricted to essential communications only. The operator is notified with threat details and remediation guidance.
Incident Reporting
When connectivity to higher echelon is restored, BLADE transmits structured cyber incident reports including full packet captures, timeline, and AI analysis for DCO team review.
Deployment Configuration
This use case deploys on a single BLADE tier.
BLADE BRAVO
Deployed inline on the battalion or brigade tactical network. Monitors all traffic and enforces zero trust policies locally.
Key Capabilities
Purpose-built AI capabilities for this mission set.
Tactical Protocol Analysis
Deep packet inspection tuned for military protocols — VMF, Link 16, TDMA, SINCGARS IP — not just enterprise HTTP/HTTPS traffic.
Behavioral AI Detection
Machine learning models trained on tactical network patterns detect anomalies that signature-based IDS would miss, including zero-day threats.
Autonomous Zero Trust
Micro-segmentation and identity verification enforced locally without centralized policy server. Every communication is verified.
Auto-Isolation
Compromised devices quarantined automatically within seconds of detection, preventing lateral movement before human response.
Encrypted Traffic Analysis
Behavioral analysis of encrypted traffic flows detects beaconing, exfiltration, and C2 patterns without requiring decryption.
Disconnected Operation
Full cyber defense capability maintained without connectivity to DODIN-A or enterprise SOC. Reports sync when links are restored.
Performance Metrics
<5sec
Threat Detection
<30sec
Auto-Isolation
Zero
SOC Dependency
100%
Offline Capable
See BLADE in Action
Schedule a classified demo of BLADE for tactical cyber defense or download the solution brief to share with your team.