Space-ng Launches Comprehensive Computer Vision Toolkit for Expanding Space Applications

Unveiling Innovation at the Small Satellite Conference

Space-ng is set to astound attendees at the 39th Annual Small Satellite Conference with the introduction of their innovative Sol3 hardware and software ecosystem. This comprehensive toolkit is specifically designed to advance computer vision applications for space exploration, offering both a Hardware Development Kit (HDK) and a Software Development Kit (SDK). The event will run from August 10 to 13, 2025, in Salt Lake City, Utah, where interested visitors can find Space-ng's booth #2437.

What is the Sol3 Ecosystem?

The Sol3 ecosystem is a groundbreaking amalgamation of hardware and software aimed at developing and refining computer vision capabilities for various space missions. At its core, the system includes an advanced Hardware Development Kit (HDK) that boasts a low-cost, rugged design, optimized for airborne and orbital environments. The SDK is freely available to users for non-commercial evaluation, making it an attractive option for academic institutions and startups eager to experiment with advanced technologies.

Steve Bailey, Co-Founder and Chief Engineer at Space-ng, stresses the importance of such an open architecture. It allows universities and aerospace companies to harness the power of the Sol3 platform in their respective laboratories, sparking innovation and exploration in the field of computer vision.

Features of Sol3 Hardware Development Kit (HDK)

The HDK features a robust, air-cooled Base Unit capable of controlling up to 12 high-resolution Camera Modules. Unlike traditional development kits, which often come with high costs and long lead times, the Sol3 HDK is engineered for rapid prototyping and engineering development. It opens the door for teams to conduct pre-and post-integration testing in earth-based environments, thereby accelerating the development cycle.

Additionally, the HDK retains the essential features and performance characteristics of Sol3’s flight hardware while leveraging less expensive commercial components to ensure affordability. Space-ng has priced the HDK Base Unit at just $5,000, with each HDK Camera Module starting at $1,000.

Bridging the Gap Between Innovation and Integration

As the HDK allows engineers to create prototypes more readily, it significantly diminishes the obstacles that often hinder the integration of flight-ready hardware. Teams can utilize the software tools already proven in lunar navigation and mission operations to complete full workflows in hours rather than weeks. For example, they can quickly test and validate mission concepts and system requirements using realistic simulations.

The seamless transition from field experiments to technology readiness levels (TRLs) is a key advantage of the Sol3 ecosystem. The compute and sensor stack is identical to that used in both the Sol3 Educational Development Unit (EDU) and flight units, greatly facilitating the progression from design reviews to test flights. Steve Bailey confirms, "The main difference between the HDK and our Flight Units is the use of commercial connectors and non-space-grade parts."

Revolutionizing Flight Software Development

Alongside its hardware capabilities, the Sol3 SDK is a game changer for onboard computing and sensor capabilities in space missions. The release of this SDK supports users in incorporating software that fully exploits the advanced functionalities of Sol3 hardware, empowering an array of autonomous applications that have yet to be realized in space exploration.

For instance, the SDK provides access to a GPU, neural accelerators, and high-resolution imagery processing. It opens up possibilities for innovations in spacecraft navigation algorithms and offers a framework for both academic and professional development.

Ethan Rublee, CEO and Co-Founder of Space-ng, emphasizes the company’s intention to foster innovation by offering this SDK at no cost for academic and non-commercial purposes. According to him, "We want our partners and customers to innovate alongside us."

Current Availability and Future Prospects

Pre-orders for the Sol3 HDK Base Unit and Camera Modules are now available, with initial shipments expected to commence in September 2025. Users interested in the SDK can access the emulation environment and comprehensive documentation immediately by submitting an evaluation license request. For more information about the Sol3 HDK or to place orders, individuals can visit Space-ng's website.

Overall, Space-ng aims to redefine the technological landscape for spacecraft systems with their revolutionary Sol3 toolkit, providing engineers everything they need to turn their groundbreaking ideas into reality. This approach not only facilitates real-time navigation and autonomous operations but also ensures a safer and more efficient future for space exploration.