Nebli - 2026 Pricing, Features, Reviews & Alternatives

Nebli is a cloud-based drone livestreaming and fleet management platform designed to deliver real-time video feeds from unmanned aerial vehicles to remote teams over cellular, satellite, and constrained network connections. The software enables drone operators to broadcast live video to PIN-protected web pages accessible from any browser and eliminates the need for traditional streaming infrastructure such as OBS software, virtual private servers, or port forwarding configurations. The platform serves solo operators conducting field operations, enterprise teams coordinating multi-site deployments, security and monitoring integrators, smart city operations centers, certified drone service providers, and industrial infrastructure inspection teams requiring immediate visual intelligence from remote locations.

The platform provides dual recording functionality capturing footage simultaneously to cloud storage with one year retention and to local SD cards for same day handoff. Network resilience features include sequence aware retransmission on both uplink and downlink segments combined with a seventy five millisecond reorder window that compensates for cellular network jitter and prevents packet loss interpretation during transmission over LTE, Starlink, and carrier grade NAT environments. The livestreaming architecture supports unlimited concurrent viewers without per viewer billing and each flight generates a unique private link protected by PIN authentication for controlled access distribution.

The platform includes AI powered detection capabilities allowing operators to define monitoring rules in plain English that are evaluated against each video frame in real time while the operator maintains manual control of the aircraft and no model training or manual labeling exercises are required. Enterprise deployments gain access to a live map interface displaying active feeds across multiple sites with configurable team based and site specific access controls enabling control room personnel to monitor entire operations rather than individual flights. The system operates without per drone licensing fees and supports custom retention policies for cloud recorded footage while field side recording continues independently to operator owned storage media.

The platform exposes a REST API with scoped authentication keys, signed webhook delivery with per attempt logging for audit trail verification, and an MCP server for connecting AI assistants to fleet data. Integration capabilities allow video feeds and detection events to route into existing command center systems, control room platforms, and municipal infrastructure through documented API endpoints and webhook receivers. The webhook signature system provides cryptographic proof of delivery timing and content enabling compliance verification and chain of custody integration for organizations requiring documented record keeping. The platform requires no specialized hardware beyond the drone controller and the cellular or satellite connection carried by the operator and setup processes are designed to accommodate both self service deployment for individual operators and consultation based configuration for enterprise fleet operations coordinating across distributed sites and heterogeneous network environments.