Coco Robotics Uses Delivery Robot Data to Boost Sidewalk Safety via BlindSquare Partnership

New updates have been reported about Coco Robotics.

Coco Robotics has entered a data-sharing partnership with BlindSquare to stream live obstacle information from its delivery robots into the accessible GPS app used by blind, deafblind, partially sighted, and mobility-limited pedestrians. As Coco’s robots traverse sidewalks in markets including Miami, Chicago, Los Angeles, Jersey City, Helsinki, and Turku, they log hazards such as misparked scooters and construction zones, which BlindSquare converts into advance audio warnings for users.

The integration repurposes Coco’s last-mile logistics data into an accessibility asset, aligning the company with responsible deployment of autonomous systems while addressing concerns about robots sharing space with vulnerable pedestrians. Coco executives frame the initiative as a model for how real-time robotics data can enhance urban safety, with a planned two-way data flow that would allow BlindSquare users to confirm when obstacles are cleared, improving the accuracy of Coco’s maps and operational intelligence.

The collaboration is backed in part by a European Union grant to Coco Robotics’ European subsidiary, underscoring public-sector interest in leveraging autonomous delivery data for broader civic benefit. Originating from work with Forum Virium Helsinki, the City of Helsinki’s innovation arm, the project builds on prior efforts to map construction sites for blind and partially sighted residents and is now being scaled across Coco’s full operating footprint.

For Coco, the partnership deepens its role as an urban infrastructure data provider in addition to being the world’s largest urban robot delivery platform, with more than 500,000 zero-emission deliveries completed across the U.S. and Europe since its 2020 founding. Access to richer, validated, street-level information may enhance route planning, safety performance, and regulatory relationships, while giving cities new visibility into sidewalk conditions and supporting more responsive infrastructure and traffic management strategies.