Peregrine provides a modular architecture that lets unmanned vehicles be configured, upgraded, and repurposed without redesign or downtime, eliminating vendor lock‑in.
Funding
Funding not disclosed
Founders
Product
Problem
Unmanned aerial vehicles often require extensive redesign or downtime to add, change, or upgrade payloads, leading to high integration costs, vendor lock‑in, and limited flexibility for evolving mission requirements.
Solution
Peregrine offers a modular software architecture that sits on top of standard flight‑control stacks such as ArduPilot and PX4, allowing vehicles to be reconfigured, upgraded, or repurposed without hardware redesign. The platform provides standardized interfaces that enable payloads to be swapped or added in seconds rather than days, supporting multiple payloads and missions on a single airframe. By abstracting the avionics layer, Peregrine eliminates dependence on a single vendor and lets operators maintain existing proven hardware while extending capabilities. The solution is available as a ready‑to‑fly “Talon” platform or as the “Nexus” modular stack that can be integrated into new builds or retrofitted onto existing fleets.
Target Audience
Primary customers are drone manufacturers, system integrators, and operators of unmanned vehicle fleets who need rapid payload integration and flexible mission capabilities without redesigning their platforms.
Features
- Compatibility with industry‑standard flight controllers (ArduPilot, PX4) for seamless integration with existing hardware
- Standardized plug‑and‑play payload interfaces that enable seconds‑level integration and reconfiguration
- Multi‑payload and multi‑mission support on a single airframe, reducing the need for multiple dedicated drones
- Modular software layers that allow upgrades and new capabilities without redesigning the vehicle
- Two adoption pathways: a complete flight‑ready Talon platform or the Nexus architecture for custom integration
- Preservation of existing avionics and workflows, avoiding costly replacements