Prophesee.ai software

Metavision SDK5 PRO is an advanced software toolkit designed for the development and implementation of event-based vision applications. This comprehensive toolkit offers both commercial-grade licensing and open-source options, providing binaries and full source code for all modules. It supports a range of applications, including machine learning and computer vision, with an emphasis on real-time data processing. Featuring 64 algorithms, 105 code samples, and an extensive library of tutorials, Metavision SDK5 PRO offers users the opportunity to explore various computer vision fields, such as camera calibration and high-performance applications. Leveraging Prophesee's unique event-based technologies, developers can build and sell their custom Metavision products. The SDK is compatible with multiple hardware solutions, including the Prophesee USB EVK and third-party devices, and is enhanced by a strong support system, extensive documentation, and interactive tools for rapid deployment and testing.

Prophesee, a leader in neuromorphic vision technology, has unveiled the Metavision SDK with an open architecture to foster collaborative innovation in Event-Based Vision. The SDK comprises six core software modules available under an open-source license. These modules empower developers, researchers, and industrial partners to gain better insights into Event-Based Vision and create custom applications or plugins. The platform allows camera manufacturers to enhance customer experiences by building advanced plugins, while academics and inventors are invited to contribute to this rapidly expanding field. The SDK provides the tools necessary for hardware compatibility with Metavision Intelligence Suite, broadening the potential applications of this technology. Prophesee's commitment to open-source development is highlighted by collaborations with companies like Century Arks and IMAGO, showcasing successful implementations in SilkyEvCam and VisionCam EB. This initiative underscores Prophesee's role in defining machine vision trends of the decade.