We have started our project as part of UA Cyber Forces activities launched to protect and support our country. With a strong community of developers and experience in AI, we launched UA Damage – an online reconstruction map. Our goal is to use artificial intelligence to analyse as many destroyed areas of Ukraine as possible….
Category: Social
43,803 buildings analyzed from Mariupol’
On the night of February 24th Ukraine started to burn. Multiple Ukrainian cities and airports were under heavy bombing from Russian aviation and missіle strikes. After 2 months of war against Russia the infrastructure was partly ruined or destroyed in multiple cities and villages. We could not stand aside, we initiated the UADamage – Ukraine…
Kyiv-Mohyla Academy zoom talk
Kyiv-Mohyla Academy invited NeuroMarket founders to talk about AI market, trends and potential – exiting conversation with bright minds and future contributors to AI technologies. Let’s influence the future together, join us!
Damage assessment in 2 minutes
We improved damage analysis speed from 24 hours to 2 minutes. This is dramatic acceleration of our pipeline speed which we achieved via processing not 1024×1024 pixels tiles, but general satellite shot during one run. Also we started to use more powerful GPU – NVIDIA GeForce RTX 3080 Ti. We still have a challenge of…
Russian reparations are coming
From the very beginning of the Russian invasion on the night of February 24th Ukraine started to burn. This was the time when the REPARATIONS counter was started. The list of Ukrainian cities and airports were under strong bombing by Russian flying rockets and aviation. The main trigger for our team was full destruction of…
AI Reconstruction map of Ukraine
NeuroMarket has launched an important social project for damage level assessment of Ukrainian cities after the bombing using machine learning. AI Reconstruction map of Ukraine based on computer vision and interactive map, which allow quickly and with less resources analyse damaged buildings and infrastructure objects. The program is working by following algorithm: Computer vision analyses…