The latest at NABLA Mobility
Updated weather model
On September 18, we released an update to our weather model that increases the ability of our optimization technologies to avoid turbulence.
Co-Authored Paper Published in Peer-Reviewed Journal
We are thrilled to announce that our latest research paper has been successfully published in a prestigious peer-reviewed journal.
TokyoDev highlights Igor Segrovets
Nabla Mobility is proud to announce that Igor Segrovets, a key member of our team, has been featured in an enlightening interview on TokyoDev. This interview sheds light on the innovative work we're doing and Igor's significant contributions to our success.
NABLA Mobility on TechBlitz
We're thrilled to announce that NABLA Mobility has been featured on TechBlitz! This recognition is a testament to our team's hard work and dedication to revolutionizing the aviation industry with our sustainable solutions.
2023: A Year of Innovation and Expansion
As we step into 2024, it's important to take a moment to reflect on the remarkable journey NABLA Mobility undertook in the past year. 2023 was a year filled with significant milestones, technological advancements, and team growth that have set the stage for an even more promising future.
Featured among Japan's Top "Green Tech" Startups
We're thrilled to announce that NABLA Mobility has been recognized as one of Japan's top green tech startups! Since our inception in 2021, we've been committed to using AI and machine learning to transform the aviation industry.
Celebrating Our Feature in Startups Magazine
We are excited and honoured to share that NABLA Mobility Inc. has been recognized in Forbes Japan's prestigious list of "100 Ventures to Look Out For".
White paper 02
We're excited to announce the release of our latest white paper, an essential sequel in our series showcasing our technological prowess. This edition delves deep into the realm of Aircraft Performance Modeling, marking a significant leap from our prior focus on strategic decision-making in turbulence avoidance and altitude optimization.