Flagship Technology
A.V.I.A.R.S
Autonomous Video & Signal Aerial Recognition Software
Software Architecture
The brain behind next-generation autonomous flight.
A.V.I.A.R.S is Sisko Aerospace's proprietary artificial intelligence engine designed specifically for unmanned aerial vehicles (UAVs) and reconnaissance assets. By combining multi-spectral computer vision, radio frequency (RF) signal processing, and low-latency edge AI models, A.V.I.A.R.S turns raw sensor streams into actionable tactical intelligence in milliseconds.
Capabilities Deep Dive
Engineered for absolute air superiority.
Real-Time Sensor Fusion
Fuses optical high-definition video, thermal infrared imagery, and synthetic aperture radar (SAR) feeds simultaneously at 120 FPS. Eliminates blind spots caused by smoke, fog, or night operations.
Autonomous Target Tracking
Utilizes deep neural networks to lock onto multiple hostile targets, naval vessels, and personnel simultaneously. Operates reliably in GPS-denied environments using visual inertial odometry.
Signal Encryption & Hardened Uplink
Features quantum-resistant AES-256 encrypted telemetry and adaptive frequency-hopping spread spectrum (FHSS) radio links to maintain telemetry under aggressive electronic warfare (EW) jamming.
Edge AI Processing
Runs completely onboard the aircraft using custom Tensor processing units (TPUs), eliminating cloud dependency and latency. Decision loops complete in under 5 milliseconds.
Dual Operational Functions
From Stealth Reconnaissance to Precision Engagement.
1. Reconnaissance Mode (ISR)
Operates silent passive monitoring. Maps perimeter telemetry, detects unauthorized maritime intrusions, and automatically transmits encrypted threat coordinates to ground command centers.
2. Attack & Kinetic Guidance Mode
Provides precision terminal guidance for strike platforms. Computes ballistic trajectories, laser target designation, and real-time damage assessment feeds with automated fail-safe abort protocols.
Technical Specifications
System Telemetry Benchmarks
Inference Latency
< 5 ms
Frame Rate
120 FPS
Encryption
AES-256 Quantum-Safe
EW Resistance
MIL-STD-461G Jamming Proof
Multi-Target Tracking
up to 64 Targets
Power Consumption
18W Peak
Operating Temp
-40°C to +85°C
Architecture
Neuromorphic TPU Edge
See the future hardware platform.
Explore our upcoming full-fledged stealth drone equipped with dedicated optics and native A.V.I.A.R.S integration.