Seattle

Ranked among the top-5 CS programs in the United States. The Allen School's robotics groups cover perception, manipulation, learning from demonstration, and human-robot interaction. The school's output directly supplies talent to Amazon, Microsoft, and regional robotics startups.

Research focused on human-robot interaction and assistive technologies. Emphasis on robots that operate safely and effectively alongside people in unstructured environments — a priority for warehouse, healthcare, and consumer robotics applications.

Specializing in autonomous vehicles, SLAM, and field robotics. RSE-Lab research is foundational to navigation stacks deployed in AMR platforms across the industry — closely relevant to the autonomous mobile robot programs underway at Amazon and local startups.

World-class computer vision and NLP research with direct applications in robot perception and scene understanding. AI2's PRIOR group is one of the leading embodied AI research teams globally, developing the AI2-THOR simulation environment and RoboTHOR physical platform used by researchers worldwide.

The world's largest deployed robotics fleet. Amazon's Proteus AMR, Robin, and Cardinal systems represent the global benchmark for warehouse automation. The Bellevue FT&R division drives hardware specification, integration, and supplier qualification requirements that define the standard across the industry.

Microsoft's Redmond campus houses robotics simulation (AirSim), embodied AI, and cloud robotics research. Azure Robotics and the ROS2 investments from MSR make Redmond a key node in the global cloud-connected robotics ecosystem.

A Seattle-based company building remote robotics operations platforms for industrial environments. Olis enables operators to supervise and intervene in robot operations from anywhere, addressing one of the most practical barriers to industrial robot deployment at scale.

Known for retail shelf-scanning robots deployed across major grocery chains. Bossa Nova's Seattle engineering heritage reflects the city's strength in combining computer vision, navigation, and enterprise retail operations.

An autonomous robotic coffee kiosk startup with a Seattle deployment focus. ExpresSo represents the city's active interest in consumer-facing service robotics — a vertical that requires reliable manipulation hardware and continuous learning from operational data.

Seattle is ground zero for warehouse robotics. Amazon's massive investment has created a deep talent pool and supplier ecosystem unlike anywhere else in the world. SVRC rents AMR platforms, robotic arms, and picking systems to companies benchmarking their automation against Amazon's deployed capabilities. We understand Amazon supplier documentation requirements and can configure hardware to match those specifications from day one.

Boeing's Everett and Renton facilities anchor a Puget Sound aerospace manufacturing cluster that extends to dozens of Tier-1 and Tier-2 suppliers. Precision robotic drilling, inspection, and assembly automation are active priorities. SVRC supports pilot programs for aerospace suppliers at every tier, with hardware and maintenance programs aligned to the reliability and documentation standards that aerospace qualification requires.

Amazon Web Services (AWS RoboMaker) and Microsoft Azure Robotics have made Seattle the world capital of cloud-connected and simulation-first robot development. SVRC's hardware integrates with both platforms and is pre-tested with ROS2. For teams evaluating either cloud robotics offering, we can provide hardware pre-configured for cloud connectivity — shortening the path from software prototype to physical validation significantly.

The Pacific Northwest's extensive coastline and port infrastructure have driven a unique cluster of marine robotics companies and research programs. SVRC rents waterproofed inspection platforms and remote operation systems for marine research, port infrastructure inspection, and aquaculture automation. This is a niche where the Puget Sound region has genuine depth rarely matched elsewhere in the US.

Amazon's machine learning, automation, robotics, and space conference draws significant Seattle engineering participation and is effectively organized by the FT&R and AWS teams based here. re:MARS is the primary venue where Amazon's robotics engineering leadership presents new deployments, research findings, and technology direction — making it the most important single conference for teams working in warehouse and cloud robotics.

One of the oldest robotics clubs in the United States, the Seattle Robotics Society holds monthly meetings that span hobbyist through professional applications. The SRS community has long-standing technical depth — members from Boeing, Amazon, and UW frequently present — and it remains one of the most accessible entry points for anyone new to Seattle's robotics scene.

Held annually in spring at the University of Washington, the Pacific Northwest Robotics Symposium brings together academic and industry presenters covering the full robotics stack from perception to deployment. The symposium is a reliable indicator of which research topics are transitioning from lab to commercial application in the region, drawing robotics leaders from Amazon, Microsoft, and regional aerospace companies alongside UW and AI2 researchers.

6-DOF and 7-DOF arms from leading manufacturers, available with standard grippers and customizable end effectors. Calibrated for tabletop manipulation research and warehouse picking benchmarks. Popular for UW grasping research and Amazon fulfillment automation pilots.

Indoor AMR platforms with pre-loaded navigation stacks, LIDAR, and depth cameras. Compatible with warehouse layout mapping and fleet management software. Appropriate for teams benchmarking against Amazon's Proteus AMR specifications or validating nav stack performance in fulfillment-style environments.

Legged robots for unstructured terrain, inspection, and field robotics research. Well-matched to UW RSE-Lab navigation and SLAM research use cases, and to inspection applications in aerospace manufacturing environments with complex floor layouts.

Dexterous hand platforms and humanoid-format arms for embodied AI research and learning from demonstration. Compatible with AI2-THOR sim-to-real pipelines and with imitation learning frameworks commonly used in UW Allen School research programs.

Waterproofed and hardened inspection systems for marine, port, and outdoor industrial environments. Available with remote operation and telemetry logging for Puget Sound marine research programs and coastal infrastructure inspection applications.

Complete teleoperation setups for human demonstration data collection, compatible with SVRC's data platform and standard imitation learning pipelines. Kits include bimanual leader-follower arms, haptic devices, and multi-camera rigs calibrated for 6-DOF pose capture.

We ship from our California facility and offer 2-day delivery to Seattle-area addresses. For teams with tight pilot start dates, we can coordinate same-week delivery in most cases. Contact us with your timeline and we will confirm availability and shipping windows.

Yes. We offer pre-configuration for both platforms at order time. We handle device provisioning, certificate management, and the ROS2 bridge setup so your team can focus on the application layer. We have experience with both platforms at a level that lets us advise on architectural decisions, not just hardware setup — which is useful given the number of cloud robotics teams operating in the Seattle area.

Yes. SVRC understands Amazon supplier documentation requirements and can help structure a pilot program whose outputs are useful as qualification evidence — not just internal demos. This includes configuring hardware to match specifications in Amazon's publicly documented integration standards and helping your team produce the test data formats that Amazon's supplier qualification process expects.

Yes. We offer short-term rental programs designed for grant-funded research timelines. Hardware can be rented by the day, week, or month, and we accommodate extensions and configuration changes on short notice. We understand that research schedules are unpredictable and do not impose rigid commercial rental structures on academic programs.

Yes. We have experience supporting aerospace Tier-1 and Tier-2 supplier pilot programs, including precision drilling, inspection, and assembly automation applications. Our maintenance programs include documentation compatible with common aerospace quality management systems. Contact us with your specific program requirements and we will confirm scope and hardware availability.