Option 1 (Focus on Technology and Transformation):

“Hover revolutionizes home improvement by converting smartphone photos into precise 3D models. Our platform empowers homeowners and professionals with AI-driven design, accurate measurements, and streamlined processes, while also providing insurance companies with efficient claims automation.”

Option 2 (Focus on User Benefits and Efficiency):

“Hover simplifies home improvement for homeowners, contractors, and insurers. Using smartphone photos, we create interactive 3D models for design, estimation, and claims processing, making projects faster, more accurate, and more efficient.”

Option 3 (Focus on Scale and Impact):

“Hover’s technology turns smartphone photos into detailed 3D property models, transforming how homes are designed, estimated, and insured. With millions of properties captured and billions of square feet modeled, Hover is a leader in digitizing the built environment.”

Option 4 (More concise):

“Hover uses smartphone photos to create 3D models of properties, providing accurate measurements and AI-powered design tools for homeowners, contractors, and insurance companies.”

Option 5 (Highlighting the speed and usage):

“Every three seconds, a property is captured by Hover, showcasing the platform’s ability to quickly and accurately create 3D models from smartphone photos. This technology is used by hundreds of thousands of professionals and homeowners, making home improvement easier and more efficient.”

About the Job

This is a detailed job posting for a Computer Vision Engineer at Hover. Here’s a concise summary of the key information:

Company: Hover utilizes AI and 3D modeling to simplify home improvement for homeowners, contractors, and insurance professionals.

Role: Computer Vision Engineer, focused on developing core components of Hover’s 3D data platform.

Responsibilities:

  • Develop computer vision solutions for 3D measurement and visualization.
  • Design and implement algorithms for 3D reconstruction, object detection, and scene understanding.
  • Prototype and validate new algorithms.
  • Transition prototypes to production-ready software.
  • Provide technical leadership.

Required Skills and Experience:

  • Extensive experience in 3D reconstruction algorithm development.
  • Strong understanding of 3D Reconstruction, Object detection, Pose estimation, etc.
  • Excellent problem-solving and software development skills.
  • Proficiency in C++ or Python for prototyping.
  • Degree in Computer Science or related field.
  • Entrepreneurial mindset.

Preferred Skills:

  • PhD in 3D Reconstruction.
  • Research publications in top-tier venues.
  • Experience with production-level code.

Benefits:

  • Competitive salary and equity.
  • Comprehensive health benefits.
  • Unlimited vacation.
  • Paid family leave.
  • Wellness resources and learning opportunities.

Work Location:

  • Hybrid model: Must work from San Francisco or New York City office at least three days a week if within a 50-mile radius.
  • No fully remote positions.
  • Salary range of $165,000 – $236,000.

Key Points:

  • This is a highly technical role requiring deep computer vision expertise.
  • Emphasis on 3D reconstruction.
  • Hybrid work environment.
  • Strong benefits package.
  • Company values diversity.
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