About the job
Company Background
At Specter, we are pioneering a software-defined control plane that enhances the safety and visibility of physical assets for American businesses. Our innovative approach leverages a robust hardware-software ecosystem built on advanced multi-modal wireless mesh sensing technology, drastically reducing the costs and time associated with sensor deployment.
Our platform is set to revolutionize the way companies perceive their physical environments, enabling real-time visibility and management of operations. With a passionate team hailing from prestigious organizations such as Anduril, Tesla, Uber, and the U. S. Special Forces, we are committed to leading the charge in the rapidly evolving realm of physical AI and robotics.
Role + Responsibilities
We are on the lookout for a Backend Software Engineer to join our engineering team. In this role, you will be instrumental in designing, deploying, and scaling distributed systems that power our mother node base stations and cloud services. Your contributions will ensure the reliability, scalability, and performance of Specter’s sensing and perception platform across both edge devices and cloud infrastructure.
Key responsibilities include:
Architecting and operating distributed, Linux-based systems across edge and cloud environments.
Designing scalable pipelines for streaming, storing, and processing vast amounts of video and sensor data.
Building containerized services (Docker/Kubernetes) for the deployment of perception and inference workloads at scale.
Developing observability systems for monitoring, logging, and alerting across our fleet of edge nodes and cloud infrastructure.
Optimizing queue-based video ingestion, transcoding, and upload pipelines for reliability in bandwidth-constrained environments.
Implementing highly available infrastructure for real-time alerting, APIs, and customer-facing event systems.
Collaborating cross-functionally with hardware, perception, and application teams to ensure infrastructure supports rapid iteration and scalability.

