Gradient provides a modular, open‑source foundation that unifies guidance, navigation, and control (GNC) algorithms with high‑fidelity physics simulation in a single package. The platform offers reusable components, standardized APIs, and plug‑in architecture for trajectory planning, sensor fusion, and control law implementation, deployable on‑premise or in the cloud, enabling aerospace and defense engineering teams to build and test GNC systems with full control over integration and data security.
Funding
Funding not disclosed
Founders
Product
Problem
Engineering teams developing guidance, navigation, and control (GNC) systems often rely on fragmented simulation tools and proprietary stacks, leading to high integration effort, limited flexibility, and dependence on external vendors.
Solution
Gradient offers a modular, open‑source foundation that combines GNC algorithms with high‑fidelity simulation capabilities in a single, vertically integrated package. The platform provides reusable components for trajectory planning, sensor fusion, and control law implementation, all designed to run within a unified simulation environment. By exposing standardized APIs and plug‑in points, Gradient enables engineers to replace or extend individual modules without rewriting the entire stack. The solution is delivered as a ready‑to‑deploy package that can be hosted on‑premise or in the cloud, giving teams full control over their development workflow and data security.
Target Audience
Primary customers are aerospace and defense engineering teams, satellite manufacturers, and research institutions that develop and test GNC systems in‑house.
Features
- Core library of GNC algorithms (trajectory generation, state estimation, feedback control) with documented interfaces
- Integrated physics‑based simulation engine supporting aerospace vehicle dynamics and environmental models
- Plug‑in architecture allowing custom sensor models, actuators, and mission scripts
- Compatibility with common programming languages (C++, Python) and build systems for easy integration
- Built‑in versioning and dependency management to ensure reproducible simulation environments
- Deployment options for on‑premise servers, containers, or cloud instances to match organizational security policies