From silicon to cloud.

Architecture and automation of infrastructure for robotics and distributed systems. This includes containerized deployments, CI/CD pipelines, GPU-enabled workloads, and infrastructure defined and managed through code.

Design of systems that manage fleets of edge devices operating in constrained or intermittently connected environments. This includes secure provisioning, remote deployment mechanisms, and update strategies for distributed hardware.

Development of firmware and hardware-adjacent software for embedded devices. This includes microcontroller firmware, hardware drivers, real-time control logic, and signal processing for sensor and audio systems.

Engineering of Linux-based platforms with emphasis on reproducible environments and automated provisioning. Work includes operating system builds, container runtimes, hardware compatibility layers, and system-level tooling.

Design of distributed software systems with focus on reliability and operational clarity. Typical work includes event-driven architectures, service coordination, control-plane design, and message-based processing systems.

Design and implementation of native software where latency, reliability, and predictable behavior are critical. Typical work includes concurrent systems, async runtimes, robotics middleware, and other performance-sensitive components.

Integration of security and observability practices into infrastructure and application stacks. This includes secrets management, telemetry pipelines, structured logging, and tooling for diagnosing failures in production systems.

Engineering of robotics software stacks including perception pipelines, sensor integration, and autonomous behavior control. Work includes ROS-based systems, computer vision pipelines, and integration of robotic hardware with cloud or edge services.