Drone Operations Management
NOVA is a Drone Operations Management Platform which acts as a Digital Co-Pilot for commercial drone operations. The underlying simulation technology significantly increases the level of automation, enabling professional drone operators to scale their flight operations efficiently and safely.
It is designed as a decision-support system for piloted flight operations capable of transitioning to a decision-making system for fully autonomous flights.
Globally available, high-resolution weather data
for enhanced situational awareness
Improved flight safety through evaluation of weather along the route
and at altitude
Tailored evaluation of weather conditions, taking into account the operational limits of each drone
Ensuring compliance across the organization through standardized and automated flight planning
Centralized and drone-agnostic management of all your flight missions in one platform
Increased efficiency in the flight operations through automation of repetitive and error-prone tasks
Automated identification of flight windows to maximize time at the mission
Clear understanding of service availability for internal stakeholders and your customers
One platform supporting today's piloted and tomorrow's autonomous flight operations
With Flight Forecast, Unisphere provides us a tool that supports safety and predictability of daily flight test operations and creates a base for the 24/7 airline operations of the future.
Dr. Patrick Nathen
Co-Founder & VP Product, Lilium
UAM Location Analysis
Operational Analytics for UAM supports data-driven decision-making in vertiport planning.
By evaluating large amounts of historic weather data and their impact on the planned drone or air taxi services, relevant insights into future operations are generated. This supports a variety of critical decisions, ranging from the selection of vertiports, over business case validation, to implications for the aircraft design in order to increase the overall service availability.
Identifying vertiport locations with good operational conditions in a certain area
Understanding the number of possible rotations for different eVTOL types
Supporting procedure design to achieve a high usability factor tailored to wind limit
eVTOL Design Validation
Understanding the impact of weather on the eVTOL before its actual operations
Deriving implications for aircraft design to increase service availability
Identifying aircraft characteristics with highest impact on service availability
I have not seen anything similar in the world! The unique team of aviation professionals is full of expertise and know-how. They managed to bring Solar Impulse round the globe. Today their smart software products secure the ability of drone operations to scale without compromising safety.
CEO, Murzilli Consulting
Drone Flights simulated
Vertiport Locations analyzed
Years of experience