Ozone
Encryption,
right on time.
Defense Technologies
- Ozone/ Airspace Management System
- Listen/ Lawful Interception System for Tracking, Evaluation & Notification
- Optimal/ Enterprise Resource Planning
- Trail/ Covert Supply Chain Management
- Deep Sight/ Deep Packet Inspection
- Scan/ Software Defined Radio
- Chameleon/ Secure Keyboard
- Minute Chameleon/ Secure Display
- CC/ Communication Controller
- L2/ Layer Two Switch
- Radex/ Radar Data Extractor
- sSA/ Solid State Autoloader
Airspace Management System
Ozone delivers a nation-scale command-and-control layer that fuses every airborne sensor, evaluates threats in real time, assigns defensive assets, and keeps controllers fully informed—even when individual components fail.
Field-proven for more than a decade, it supplies civil–military authorities with a single, resilient source of truth for traffic control, resource allocation, and air-defense decision-making.
Multi-sensor fusion core
Correlates primary/secondary radars, ADS-B, EO/IR, and ELINT to create a continuous, de-duplicated air situation picture with track-quality metrics.
Threat Evaluation & Weapon Assignment (TEWA)
AI-assisted engine ranks inbound threats, recommends interceptors or ground-based systems, and balances weapon inventories against fighting-strength models.
Post-raid & readiness analytics
Rapid after-action tools compare projected versus actual engagement results and recalculate force availability in minutes, supporting sustained operations.
Integrated radar-data extractors
Built-in adapters digitize analog video, ingest digital feeds, and normalize legacy message formats—extending life of existing sensors while enabling next-gen coverage.
Cognitive communication controller
Dynamically selects the optimum bearer (fiber, microwave, satcom, HF/UHF/VHF) and encrypts at the source, ensuring command links persist through jamming or infrastructure loss.
Air–ground situational gateway
Publishes fused tracks and mission orders to aircraft cockpits, mobile AD units, and civil ATC centers via STANAG-compatible data links.
Fault-tolerant C2 architecture
Redundant processing nodes, hot-standby databases, and automatic failover keep the system online when hardware, software, or network elements falter.
Built-in disaster-recovery workflows
Snapshot replication and scripted spin-up enable full site restoration to secondary locations within mandated recovery-time objectives.
