Unmanned Aerial Systems – Reliable Connectivity
Vizmonet’s Unmanned Aerial Systems Applications empower drone and UAS operations with long-range, low-latency wireless connectivity. These solutions are engineered for mission-critical tasks, from infrastructure inspection to environmental monitoring and emergency response.
Our Unmanned Aerial Systems Applications deliver unmatched communication reliability, enabling real-time data, control, and coordination across complex air networks. Built on Vizmonet’s Carrier-Class-Customized™ wireless design, these solutions enhance performance, coverage, and flight safety.
Vizmonet’s Unmanned Aerial Systems Applications redefine airborne connectivity—bridging the gap between drones and data-driven intelligence.
The demands placed on UAS communication are unique and stringent. Imagine a drone conducting an intricate industrial inspection; it requires real-time, high-definition video feedback to an operator miles away. Consider a UAS assisting in disaster relief, transmitting vital sensor data from a hazardous zone. In both cases, any delay, interference, or loss of signal can have severe consequences, compromising mission success and even safety. This is precisely where Vizmonet’s innovative wireless solutions excel, providing the robust backbone that empowers UAS to perform beyond conventional limits
Key Features & Benefits
Built for Real Drone Missions
- High Bandwidth: Stream LiDAR and telemetry data instantly, with zero delays or slowdowns.
- Ultra-Low Latency: Control your drone with precision – because every millisecond counts in flight.
- Reliable Links Everywhere: Whether over rural valleys, industrial sites, or busy cityscapes, our tech keeps drones operational.
Go Beyond Limits with Drone Connectivity
- Drones excel in remote, hard-to-reach areas, where standard networks fall short
- Our mesh networking and long-range radios ensure coverage in:
- Offshore oil rigs and marine platforms
- Mountainous terrain and dense forests
- Large construction zones
- Emergency and disaster response sites
- Agricultural fields and isolated facilities
Clear Communication in Crowded Airspace
- Modern airspace is filled with Wi-Fi, cellular, and RF signals, creating high interference.
- This interference can reduce range, degrade signal quality, or cause complete loss of communication for UAS.
- Consistent connectivity is critical for control, safety, and mission success.
Interference-Resilient Solution
- Built for high-interference environments commonly faced by drones.
- Uses advanced technologies:
- Signal processing to filter out noise
- Dynamic frequency selection to avoid crowded channels
- Adaptive modulation to adjust to real-time conditions
- Ensures stable, reliable links between drones and ground control—even in noisy RF zones.
- Ideal for mission-critical operations where communication can’t fail.
Multi-Radio Redundancy
Multiple frequency paths ensure your drone stays connected—even in tough RF environments. If one link drops, another takes over instantly.
Built-In Encryption & Cyber Resilience
Protects critical data and control signals from interception, jamming, or hijacking.
In high-stakes missions—like defense, disaster relief, or infrastructure monitoring—secure communication is non-negotiable.
Seamless Handover Between Nodes
Maintains uninterrupted connectivity when drones move across zones or mesh network points.
Ensures smooth operations in dynamic environments like long-range inspections, mobile command setups, or sprawling industrial zones.
Edge-Processing Support
Enables real-time analysis and decision-making onboard the drone without needing cloud access.
Reduces latency, saves bandwidth, and is critical for autonomous missions where split-second decisions matter.
RAJANT Case Study ES1 Breadcrumb
Vizmonet led the hardware design effort, including circuit design and packaging, while continuously incorporating Rajant’s feedback from testing and validation..
Vizmonet was acting as Satellite R&D center for Rajant and worked closely with Rajant to manage the complete product life-cycle.
Vizmonet team worked with regulatory Labs to get the product approved for FCC/IC/CE and other geography specific homologation.
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