Allvision is building a world-class technical team to push boundaries on a number of fronts:
Our data pipeline needs to efficiently process terabytes of data daily, from a wide variety of sensors and configurations. To do this we tackle fun problems in sensor fusion, compression, geometry, and performance optimization.
Our enrichment engine is based on best-in-class LiDAR scene understanding paired with image-based and hybrid detectors built on modern CNN architectures. We take data meant for robots and use it to help humans make better decisions.
To process this magnitude of data, we're building a cloud-native system that transport, process, and distribute data and extracted intelligence across the globe, securely and scalably. This requires deep innovation in database architecture, cloud orchestration, and distributed computing.
Our partners and clients access our data via a robust set of APIs and high-performance web applications. Our platform APIs are designed to be simple, efficient, and secure. Our applications and tools are based on modern web stacks and novel 3D visualization tech.
Allvision is looking for a talented software engineer to lead the development of our next-generation geospatial web application (code-named ‘Beacon’). This application is our users’ ‘front door’ for visualizing and working with the rich spatial data and analytics enabled by our platform.Learn More
Allvision is looking for a talented, software-focused engineer to lead the development of our sensor data processing engine and pipeline. These components are built to ingest, fuse, compress, and analyze massive amounts of spatial data quickly and cost-effectively. To do this well, we must deeply understand the outputs and characteristics of each sensor type (LiDAR, photo/video, GPS, IMU, radar).Learn More
Allvision is looking for talented students who are interested in careers bringing to market SaaS based analytics products. Our core offering organizes and analyzes rich spatial data provided by our partners and customers -- generated from autonomous vehicles, high definition mapping and other remote sensing solutions (satellite and aerial imagery).Learn More Submit Resume