Flyvercity delivers unmanned traffic management (UTM) services that leverage 5G connectivity and quality‑of‑service infrastructure from mobile network operators to enable dense drone operations in urban and suburban environments.
Funding
Funding not disclosed
Founders
Product
Problem
Urban and suburban drone operations lack a reliable, low‑latency communication backbone and standardized authorization, making it difficult to manage high‑density traffic safely and comply with emerging regulations.
Solution
Flyvercity delivers an unmanned traffic management (UTM) platform that leverages 5G connectivity and carrier‑grade Quality‑of‑Service (QoS) from mobile network operators. The service provides aerial authorization that follows GSMA recommendations, ensuring each drone’s identity and permission are cryptographically verified. By integrating mobile‑network positioning, the platform enhances navigation integrity where GNSS signals are weak. A tactical deconfliction engine processes flight intents from multiple operators in real time to prevent collisions. The solution is offered as a cloud‑based service that can be accessed via APIs, enabling stakeholders across the air‑mobility value chain to coordinate dense drone flights safely and efficiently.
Target Audience
Primary customers are commercial drone operators, UTM service providers, and infrastructure suppliers that require regulated, high‑density urban air‑mobility capabilities.
Features
- 5G‑based connectivity with carrier‑grade QoS for low‑latency command‑and‑control links
- Aerial authorization service compliant with GSMA standards, providing secure drone identity and permission management
- Mobile‑network positioning that augments GNSS to improve navigation accuracy in urban environments
- Real‑time tactical deconfliction engine that detects and resolves conflicts among drones from different operators
- Scalable cloud architecture and API layer for seamless integration with operators, UTM services, and infrastructure suppliers
- Multi‑operator support that enforces standardized safety rules while allowing dense flight operations