NEUROSPACE develops the HiveR platform, a modular and flexible rover solution designed for efficient extraterrestrial exploration on bodies like the Moon. This platform supports various payloads and is managed via a web-browser accessible tele-operation system. They provide an open standard for mobile robotics tailored to space mission requirements.
Funding
Funding not disclosed
Founders
Product
Problem
Space exploration missions to extraterrestrial bodies require specialized, often single-purpose robotic platforms that limit adaptability and increase mission costs. Integrating diverse scientific payloads onto existing rover architectures can be complex and time-consuming, hindering rapid scientific return.
Solution
NEUROSPACE offers the HiveR platform, a modular and adaptable rover system designed for space exploration. This platform supports a standardized interface for payload integration, inspired by the CubeSat standard, allowing for flexible mission configurations. The HiveR platform facilitates tele-operation through a web browser interface, enabling remote control and data acquisition from any location. Its design prioritizes efficient data collection and scientific discovery across various extraterrestrial environments.
Target Audience
The primary customers are space agencies, research institutions, and private companies engaged in lunar and interplanetary exploration requiring flexible and cost-effective robotic platforms.
Features
- Modular rover architecture for customizable mission configurations.
- Open Rover Standard for simplified payload integration.
- Web-browser-based tele-operation interface for remote mission control.
- Designed for extraterrestrial environments, including lunar missions.
- Supports efficient data collection and scientific instrument deployment.