Boxbot turns conveyors into 3D robotic storage for parcel carriers, 3PLs, and airports. See how the Boxbot Operating System works, who it serves, and how it…
Boxbot did not start out building storage robots. When Austin Oehlerking and Mark Godwin founded the company in 2016, the plan was to build autonomous last-mile delivery trucks for a Bay Area self-driving-vehicle market that, at the time, looked poised for rapid growth. Like many startups in that wave, Boxbot built real technology and ran pilots, but the vehicle side of the business never found the traction the founders expected.
What did find traction was a side project: a robotic system for storing and retrieving packages that the team had built to support its delivery operations. Customers who saw early demos consistently asked more questions about the box-handling robot than about the self-driving van. Rather than force a product that wasn't resonating, Boxbot leaned into what the market was actually telling it, and in 2023 the company completed a full pivot to become a robotic storage and sortation company, raising a 12 million dollar Series A led by Playground Global to fund the transition.
Boxbot's core insight is that most warehouses and delivery stations already have an underused piece of infrastructure: the conveyor belt. Conveyors move packages efficiently in two dimensions but do almost nothing to help with storage, buffering, or retrieval. The Boxbot Operating System (BOS) pairs proprietary storage trays with a modular, gantry-based structure - up to 25 feet tall - that attaches to standard conveyors and turns that flat, one-directional motion into dense, three-dimensional, addressable storage.
BOS uses AI to make real-time decisions about where to place and retrieve each item, aiming to maximize density (Boxbot claims roughly 2x versus static shelving) while keeping retrieval times low. The system is designed to handle a wide size and weight range - from small envelopes up to 75-pound parcels - at throughput rates that scale from a few hundred to several thousand pieces per hour, with full-stack sensor fusion intended to catch faults before they cause downtime and support a 99.9 percent uptime target.
Boxbot's core customers are parcel carriers that need to buffer and stage packages at last-mile delivery stations, third-party logistics providers running cross-dock operations, airports and air cargo facilities that require secure bonded storage, and retailers that want automated retrieval for counter pickup, click-and-collect, or returns processing. In each of these cases, the pitch is the same: get significantly more storage capacity and throughput out of an existing footprint rather than leasing or building additional warehouse space.
As an enterprise robotics vendor, Boxbot does not publish self-serve pricing; deployments are engineered and quoted per site, and the company works with an enterprise sales process typical of industrial automation. Boxbot competes with larger, more established players in the broader warehouse and parcel-automation space, including GreyOrange, Addverb, and Unbox Robotics, and its relatively recent pivot (2023) means its long-term deployment track record is still developing compared to some competitors that have been selling automation systems for longer.
Boxbot builds AI-driven robotic storage and retrieval systems that turn standard conveyor infrastructure into dense, three-dimensional parcel storage for logistics facilities.
Yes. Boxbot was founded in 2016 to build autonomous last-mile delivery trucks, then pivoted in 2023 to focus on the robotic parcel-storage technology that customers responded to more strongly.
Boxbot has raised about 29.5 million dollars, including a 12 million dollar Series A led by Playground Global with participation from Maersk Growth, Toyota Ventures, Pear Ventures, and Artiman Ventures.
Boxbot serves last-mile parcel carriers, third-party logistics (3PL) providers, airports and air cargo operators, industrial facilities, and retailers needing automated storage and retrieval.
Boxbot does not publish pricing. As an enterprise hardware-and-software deployment, pricing is customized per facility through a direct sales process.
BOS is Boxbot's AI software layer that manages real-time storage and retrieval decisions across its gantry-based robotic hardware.
Boxbot systems are built to handle items from about 6 by 6 by 1 inches and 1 pound up to 35 by 24 by 24 inches and 75 pounds.
Boxbot is headquartered in Alameda, California.