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Blueberry Technology

Blueberry Technology Inc. designs and manufactures the BBGo, a fleet-ready autonomous mobility vehicle specifically for airport environments, utilizing AI-guided navigation and collision avoidance systems. This solution addresses the challenge of last-mile transportation within airports, enhancing accessibility and user experience for all passengers.

Traction 5/10
San Francisco Bay Area, United States · HQ
Founded 20205700+ followers
  • Artificial Intelligence
  • Autonomous Vehicles
  • Hardware
  • Mobility & Transportation
Updated 7 months ago

Funding

Raised to date

$2.7MRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.

across 2 rounds

AACLVC

$2.5M · Series A

Announced Jun 2024

Disclosed cumulative: $2.7M

2/2

Founders

1 founder

Rajeev Ramanath

San Jose, United States

Founder & CEO

Profile summary: Ph.D. in Electrical Engineering at Unknown School

Product

Problem

Navigating large airport terminals can be challenging for passengers with mobility limitations, requiring reliance on manual wheelchairs and airport staff assistance for last-mile transportation. This dependence can lead to delays, reduced independence, and an inconsistent experience for travelers.

Solution

Blueberry Technology provides the BBGo, an autonomous mobility vehicle designed to improve accessibility and the overall airport experience. The BBGo utilizes AI-guided navigation and an always-on collision avoidance system to safely transport passengers within the airport environment. The vehicle is fleet-ready, allowing for remote monitoring, dispatch, and health tracking. Passengers can choose between autonomous navigation, joystick control, or push mode, providing flexibility and control over their movement.

Target Audience

The primary target audience includes airports, airlines, and service providers seeking to improve accessibility and enhance the passenger experience for individuals with mobility constraints.

Features

  • AI-guided autonomous navigation for seamless movement through complex airport environments
  • Always-on collision avoidance system using a suite of sensors for passenger safety
  • Fleet-ready design enabling remote monitoring, dispatch, and health tracking of vehicles
  • Push-capable functionality for manual operation when desired
  • Ergonomically designed seat for comfortable ingress and egress
  • Integrated 8" multi-lingual interactive display for passenger information and advertising
  • Context-sensitive advertising opportunities for airports, airlines, and retailers
  • Luggage storage in the rear and under the seat
  • Modular design for quick and cost-effective repairs
This profile is AI-generated and may contain inaccuracies.