Commercial COTS drones automatically sync telemetry and payload data to vulnerable, overseas cloud servers, exposing critical infrastructure to data interception and digital forensics breaches.
EnoveM is a localized, encrypted bridge. By engineering an isolated TCP/IP environment and applying end-to-end cryptographic protocols, EnoveM strips outbound cloud-sync requests from the flight controller. Multi-spectral payload data is routed exclusively to client-controlled edge servers.
Absolute Data Custody. STATUS: DEPLOYED
Standard C-UAS detection systems fail to account for environmental anomalies (K-Index magnetic interference, multi-altitude wind shear), leading to false positives and inefficient threat hunting.
Sky Sentry functions as an environmental SIEM (Security Information and Event Management) node. Utilizing Python-based data wrangling and machine learning clustering, the engine aggregates live environmental telemetry. This creates a baseline dataset used to filter out environmental noise during active RF threat detection.
Precision Environmental Telemetry. STATUS: DEPLOYED
Theoretical risk assessment lacks the kinetic data required to accurately model how a localized C-UAS network reacts to an active drone swarm or RF jamming attack.
Deploying the Matrice 300 RTK as a physical Red Team aggressor, we execute Verification and Validation (V&V) penetration tests against facility perimeters. Flight logs, spoofing attempts, and RF intrusion data are compiled into regression models to identify critical network vulnerabilities before hostile actors exploit them.
Actionable Threat Intelligence. STATUS: DEPLOYED