Industrial-grade autonomous aerial systems combining advanced propulsion, multi-sensor arrays, edge computing, and cognitive AI for persistent security operations.
CHAXU units utilize enclosed ducted-jet propulsion instead of exposed rotors. The propulsion system is fully enclosed within the airframe, eliminating rotor strike hazards and reducing acoustic signature.
This design enables safer operation in industrial environments where personnel, equipment, and infrastructure are present. The enclosed system also provides greater resistance to debris and adverse weather conditions.
Each CHAXU unit operates from a docking station that provides wireless charging, environmental protection, and data transfer capabilities.
Precision guidance systems enable fully autonomous docking and undocking operations without human intervention. Units automatically return to dock when battery levels require recharging or when scheduled maintenance is due.
Docking stations can be installed on rooftops, ground-level pads, or integrated into existing infrastructure depending on facility requirements.
High-resolution optical cameras with stabilization and zoom capabilities provide detailed visual intelligence in daylight conditions. Multi-spectral sensors capture additional data beyond visible spectrum.
Long-wave infrared thermal cameras enable 24-hour operation and detection of heat signatures. Effective for perimeter monitoring and detecting concealed personnel or vehicles.
Light Detection and Ranging sensors create precise 3D maps of environments and detect changes in infrastructure or terrain. Essential for navigation and anomaly detection.
Radio frequency detection identifies unauthorized communications, drones, or electronic devices within the monitored area. Provides early warning of potential threats.
Directional microphones detect and classify sounds such as alarms, gunshots, or vehicle engines. Provides additional context for threat assessment.
Chemical, gas, and air quality sensors detect hazardous materials or environmental anomalies in industrial settings.
Each CHAXU unit contains dedicated computing hardware for real-time sensor processing, threat detection, and autonomous flight operations.
Edge processing enables immediate response to detected threats without latency from cloud communication. Critical decisions are made onboard even during network connectivity loss.
CINTENT is the cognitive AI platform that transforms sensor data into actionable intelligence and autonomous decision-making.
Built by Cognivanta Labs, CINTENT processes multi-modal inputs to build contextual understanding of security scenarios, identify deviations from normal patterns, and execute appropriate responses within defined parameters.
When multiple CHAXU units are deployed, they operate as a coordinated network rather than independent platforms.
Units share sensor data, coordinate patrol patterns, and dynamically adjust coverage based on threat detection or facility events. If one unit identifies a potential threat, nearby units can autonomously reposition to provide additional sensor coverage.
Strict geofencing ensures units operate only within authorized airspace. Configurable no-fly zones protect sensitive areas within facilities.
Programmable response protocols define how systems react to different threat classifications. All actions logged with full audit trail.
Systems built to operate within aviation regulations and facility security requirements. Documentation and certification support for regulated industries.
Operators maintain ability to take manual control or issue direct commands to units when required by operational conditions.
End-to-end encryption for all communications. Secure data storage with configurable retention policies and access controls.
APIs and standard protocols enable integration with existing PSIM, VMS, and SOC platforms used by enterprise security teams.
Request technical documentation or schedule a demonstration of CHAXU systems.
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