A device that looks like a wheelchair and has a host of sensots and an interactive display

Accessible Mobility for All

THE [REAL] LAST MILE SOLVED

Our Business

Blueberry Technology Inc. is a San Jose-based startup that specializes in customer-centric solutions for autonomous personal mobility.

We design, manufacture, and provide autonomous personal mobility vehicles to address last-mile transportation issues and improve customer satisfaction. Our first product is a fleet-ready fully-autonomous vehicle designed for airport use to enable all users of the airport the freedom to navigate and explore the airport.

Attendees at the FTE World Expo taking test autonomous rides on BBGo

A woman seated on a BBGO vehicle at the SJC Airport interacting with the display. A man is helping onboard her for her journey

Vehicle Features

Designed from the ground up for an airport use case, our first product, BBGo, is designed to address the needs of all the stakeholders in an airport: the airline, the service provider, the airport, and above all, the passenger.

AI-Guided Autonomous movement

Autonomous movement algorithms are at the core of the product, enabling passengers to navigate even the most complex environments

An icon showing a wheelchair being pushed by a person

Push capable

Still like to be pushed like a conventional wheelchair? We can seamlessly switch in and out of Push mode

Ergonomically Designed

The vehicle and seat have been ergomoically deisgned with the ability to ingress the vehicle from the side

An icon showing a host of sensors connected to a central hub, each shown as a circle

Always-on collision avoidance

A suite of carefully placed sensors enables the vehicle to be situationally aware at all times, avoiding collisions

Fleet ready

A connected vehicle allows us to remotely monitor the fleet's health and also serve as a remote command and control center, dispatching vehicles remotely

Room for Luggage

Room for luggage in the rear and under the seat make for a comfortable ride

Joystick Control

Should someone want to drive themselves around, they are more than welcome to take charge and still avoid collisions

An icon with a screw driver and a wrench

Designed for Service

A modular design allows for a quick repair of the vehicle at a manageable cost

Interactive Display

A large 8" multi-lingual interactive display enables a seamless experience for the passengers

An icon showing a display showing advertisements

Context Sensitive Advertising

Branding and advertising opportunities for airports, airlines and retailer

Meet the Team

Rajeev Ramanath

Founder, CEO

Seasoned leader of innovative cross-functional teams developing novel products. 20 years of experience with 27 issued patents, 22 journal publications, 20+ high-volume products

Priya Kanesin

Head of Commercialization

Core expertise in strategic Commercialization and Market Expansion, NPI Project Management and Product Deployment, Supply Chain Optimization and LEAN Methodologies, Engineering Leadership and Operations Excellence

Julio Castañeda

Mechanical Architect

Product development and manufacturing executive and subject matter expert with 25+ years of experience with 55 issued patents, 50+ high-volume products

Jack Acton

Senior Full-Stack Developer

Senior full-stack engineer and entrepreneur with 15 years of experience specializing in cloud technology

Driving Innovation: Honoring Women of Excellence

Step into a world of inspiration as we pay homage to the pioneering female scientists and engineers who shattered glass ceilings and revolutionized their fields. Join us in acknowledging these remarkable women who blazed trails, overcame barriers, and left an indelible mark on society. Our vehicles proudly carry their names, a tribute to their extraordinary achievements and an embodiment of the innovation they stand for. Take a moment to reflect on their legacy as you explore the elegance and excellence of our vehicle lineup.

Ada is named after Ada Lovelace, a beacon of innovation and foresight in science and technology. Recognized as the world's first computer programmer, she collaborated with Charles Babbage on his groundbreaking Analytical Engine. Her remarkable insights, articulated in detailed notes, transcended translation, envisioning a future where machines could manipulate symbols beyond mere numbers. In her work, she conceived algorithms and theoretical concepts, foreseeing the broader potential of computing. Lovelace's visionary ideas laid the foundation for modern computer programming, earning her a revered place in history as a trailblazer who envisioned the limitless possibilities of technology.

Alice, one of our new autonomous vehicles named after the remarkable chemist, Alice Ball.

At just 23 years old, Alice Ball developed what would later become known as "Ball's method" for treating leprosy. It was known that the oil from the seeds of the chaulmoogra tree, which was primarily found in the Indian subcontinent, was the best treatment available, but application, ingestion, or injection of this oil was not entirely successful for a variety of reasons. Alice Ball extracted the ethyl esters in the oil using her method, making the extract easily injectable, hence making the cure for leprosy accessible to all.

Alice Ball's contributions to the field of chemistry are truly inspirational, and we are proud to honor her legacy by naming one of our autonomous vehicles after her.

We hope that the introduction of Alice will help inspire more people to learn about the important contributions that women like Alice Ball have made to STEM fields. Join us in celebrating Alice Ball and the countless other women who have made lasting impacts on the world.

Carolyn is named named in honor of Carolyn Parker. She worked on the Dayton Project on Polonium research. Her legacy stands as a testament to the often overlooked yet crucial contributions of African-American women in the scientific advancements of the 20th century. Little is know of the work she did in the Project given the secretive nature of the work. Aside from being a teacher and a research physicist, most notably, she is the first African-American woman known to have gained a postgraduate degree in physics.

Dorothy, named after Dorothy Hodgkin who was a prominent British chemist and X-ray crystallographer who made groundbreaking contributions to the field of molecular structure determination. She is best known for her development and application of X-ray crystallography techniques to determine the three-dimensional structures of complex molecules, particularly proteins and important biomolecules.

One of Hodgkin's most significant achievements was her determination of the structure of insulin, a critical hormone involved in regulating blood sugar levels. This accomplishment earned her the Nobel Prize in Chemistry in 1964, making her the third woman to ever win a Nobel Prize in that category.

Florence, named after Florence Sabin honors the first woman to become a full professor at Johns Hopkins University School of Medicine and later became the first woman to be elected to the National Academy of Sciences. She also held leadership positions in various medical and scientific organizations. Her work laid the foundation for improved knowledge of the circulatory and lymphatic systems, as well as our understanding of diseases like tuberculosis

Named to honor Gertrude B. Elion, a visionary pharmacologist, transformed medicine with her groundbreaking work in drug development. Her innovative research led to life-saving treatments for leukemia, organ transplant rejection, and viral infections. Elion’s contributions to chemotherapy, antivirals, and immunosuppressants revolutionized healthcare, earning her a Nobel Prize and inspiring generations of medical researchers

Grace, one of our autonomous vehicles named after the incomparable Grace Hopper. A computer scientist and US Navy Rear Admiral, Grace was a pioneer in the field of computer programming and a trailblazer for women in tech. She was instrumental in developing the first linker, a program that translates computer code into machine-readable language, making it easier to write and understand computer programs in human-readable form. Grace also popularized the term 'debugging' after she found a moth stuck in a computer relay, fixing the problem and coining the phrase in the process. Her legacy lives on through the Grace Hopper Celebration of Women in Computing, an annual event that brings together women from around the world to celebrate and promote diversity in tech.

At Blueberry Technology, we are proud to honor Grace Hopper's contributions to computer science and her tireless efforts to create a more inclusive industry.

Inge is named to honor Inge Lehmann, a pioneering Danish seismologist, revolutionized our understanding of Earth's inner structure. Her discovery of the Earth's solid inner core in 1936 transformed geophysics. Lehmann’s groundbreaking work broke scientific barriers, shedding light on seismic waves and inspiring future generations of scientists, particularly women in STEM fields.

Katherine, named after Katherine Johnson, a NASA scientist who played a crucial role in the United States' space program during the 1960s. She was instrumental in calculating the trajectories for several space missions, including the historic Apollo 11 mission to the moon. She was a trailblazer in the field of mathematics and an advocate for women and minorities in STEM. Her contributions to space exploration helped pave the way for future generations of scientists and engineers. We're honored to recognize her achievements and to bring greater visibility to her legacy.

Mae, named after Mae Jemison, the first African American woman to travel in space, is the inspiration behind our vehicle named 'Mae'. She is a physician, engineer, and advocate for diversity in STEM. Her passion for exploration and innovation aligns with our mission at Blueberry Technology. Join us in celebrating Mae Jemison and the countless women who have blazed trails in STEM.

Marie, named after Marie Maynard Daly, is the first African American woman to earn a Ph.D. in chemistry in the United States. Among other things, she was the first to discover the relationship between high cholesterol and clogged arteries. Marie was a trailblazer in her field, and her work paved the way for many other women and people of color to pursue careers in science and engineering.

Mary, named after Mary Leakey, was a pioneer in her field, using her expertise and dedication to make groundbreaking discoveries that challenged the prevailing views of her time. She was instrumental in discovering the first fossilized Proconsul skull, providing key insights into the evolution of apes and humans. Mary also discovered several important hominid fossils, including the famous Laetoli footprints, which offered new insights into the evolution of bipedalism. Let's continue to celebrate her legacy and inspire future generations of women in STEM.

Get in Touch

info@blueberry.technology

6203 San Ignacio Ave, Suite 110, San Jose, CA 95119