Key Takeaways:
- PreAct Technologies announces Sahara™, Borrego™, and Moab™ flash LiDAR sensors.
- The sensors are aimed to enhance various industries, prominently agriculture, with high-performance, cost-effective 3D mapping.
- PreAct’s offerings represent a significant shift from older technologies, promising better performance and adaptability.
- The sensors will be showcased at CES, highlighting their advanced features and compliance with GDPR.
PreAct Introduces New Range Of Near-Field Flash LiDAR Technology
Oregon-based PreAct Technologies (PreAct), specializing in near-field flash LiDAR technology, has recently announced a new range of flash LiDAR sensors named Sahara™, Borrego™, and Moab™. These are designed to cater to a broad spectrum of industries, emphasizing enhancing agricultural practices through precise 3D mapping and modeling. Positioned to replace decades-old technologies, these sensors are a part of PreAct’s mission to rejuvenate the $30 billion near-field sensing market with solutions that promise higher performance and lower costs.
Empowering Agriculture with Advanced Technology
PreAct’s sensors are set to make a substantial impact in agriculture, where precision and data-driven decisions are crucial. The Borrego sensor, in particular, is designed for extended, narrow space coverage, ideal for monitoring vast agricultural fields. Its ability to accurately determine cargo container volume can be adapted to measure and analyze crop yields or monitor resource distribution, offering farmers critical insights into their operations.
Paul Drysch, Co-Founder and CEO of PreAct Technologies highlighted the versatility and advanced nature of their technology: “The flexibility and software-definability of our technology enable the creation of different form factors that not only out-perform existing technology being used today but also meet the regulatory hurdles around data privacy as well as consumer demands for better safety and more convenience.”
Sensor Specifications and Applications
- Sahara: Designed for outdoor use, Sahara can sense up to 20 meters and is ideal for robotics, automotive, and agricultural research due to its durability and performance in harsh ambient light settings.
- Borrego: With a focus on long, narrow space coverage, Borrego’s design is non-intrusive and perfect for agricultural monitoring, ensuring precise area coverage without obstructing the space.
- Moab: Combining LiDAR with AI capabilities, Moab is suitable for various applications, including agricultural monitoring and inventory management, thanks to its flexible integration and strong AI-on-the-edge capability.
All sensors are GDPR compliant, ensuring data privacy and security, a crucial factor for industries handling sensitive information.
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