Psycraft offers Logos, a lightweight edge operating system for drones combined with a no‑code, graphical behavior‑tree editor that lets users design autonomous flight missions without programming. The platform also includes a real‑time, physics‑based simulation environment for testing and iterating behaviors across diverse scenarios, streamlining development for drone manufacturers, robotics engineers, and research teams.
Funding
Funding not disclosed
Founders
Product
Problem
Developing autonomous drone capabilities typically requires extensive low-level programming, specialized hardware integration, and costly physical testing, which slows development cycles and raises the barrier for non-expert teams.
Solution
Psycraft provides Logos, a lightweight edge operating system combined with a graphical, no‑code behavior‑tree workflow that lets users design sophisticated autonomous drone missions without writing code. The same platform includes a real‑time, physics‑based simulation environment where developers can validate and iterate on their behaviors across diverse scenarios before deployment. By abstracting low‑level control and offering a unified development and testing suite, Psycraft accelerates the creation of reliable autonomous drone applications while reducing reliance on expensive hardware prototypes.
Target Audience
Primary customers are drone manufacturers, robotics engineers, and research teams that need to develop and test autonomous flight behaviors quickly and with minimal code.
Features
- Drag‑and‑drop visual editor for constructing behavior trees without programming
- Secure, lightweight edge OS (Logos) that runs the generated behaviors directly on drone hardware
- High‑fidelity, real‑time physics simulation for testing missions in varied environments
- Integrated workflow linking the no‑code editor to the simulation for rapid iteration
- Desktop application (upcoming) that bundles the OS, editor, and simulator in a single installable package