Provides scalable, modular multibeam antenna systems with software-defined control for dynamic configuration and automated tasking, designed for continuous 24/7 operation in both commercial and defence contexts. The hardware is engineered for rapid manufacturing and deployment, offering resilient, secure performance across dual-use applications.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional antenna solutions for satellite and terrestrial communications are often fixed, bulky, and require lengthy integration cycles, limiting the ability to adapt to changing spectrum demands and mission requirements. Operators in both commercial and defense sectors face challenges scaling capacity while maintaining continuous 24/7 operation and secure performance.
Solution
Qsat delivers modular multibeam antenna systems that can be rapidly manufactured and deployed, allowing customers to scale capacity by adding or reconfiguring antenna modules as needed. The hardware is controlled via a software‑defined interface that supports dynamic beam steering, automated tasking, and real‑time reconfiguration without physical intervention. Designed for dual‑use, the platforms meet stringent resilience and security standards required for continuous operation in commercial networks and defense communications. By separating the antenna hardware from the control software, Qsat enables fast upgrades, reduces lifecycle costs, and provides a common solution across diverse mission profiles.
Target Audience
Primary customers include satellite ground‑station operators, telecom network providers, and defense communications units that require flexible, high‑availability antenna solutions.
Features
- Scalable, modular antenna architecture that can be expanded or reconfigured on‑site
- Software‑defined control layer for dynamic beam steering, automated tasking, and remote configuration
- Rapid manufacturing processes and plug‑and‑play mechanical design for quick deployment
- Resilient hardware built for continuous 24/7 operation in harsh environmental conditions
- Secure firmware and communication protocols meeting both commercial and defense standards
- Dual‑use capability supporting satellite ground stations, terrestrial backhaul, and tactical defense links