LEAP 2024 Hackathon 

Registration opens

Opening remarks by NewNative, discussing Lablab's mission and vision

NewNative - Brief Introduction to the Hackathon, Challenge, lablab.ai platform, and Discord server.

NewNative. Participants are encouraged to begin working on their projects.

Official Hackathon Kick-off - NewNative

It is a perfect time to connect with potential team members and energize with coffee.

1st Matchmaking Coffee session begins

Emmanuel Iriarte - Building your AI application in rapid prototyping

Workshop

2nd Matchmaking Coffee session begin

Participants resume working on their projects.

Harry Berg

How to launch your career in Ai & Data at supersonic speed.


How to Architect and deliver production-grade, high-speed computation and artificial intelligence software for real-time analytics

Workshop - Anton Alexander

Hacking Commences.

AI personalization in social media and marketing

Ash Barbour 

Workshop -  Jens Ingelsted - How to Pitch 

Hacking Commences

Lossless Data Compression based on new math theory & algorithm

Workshop - Claus Rosenberg Gotthard 

How AI is changing the way we build and operate software


Pawel Czech

End of submissions. Judging commences, and finalists are selected.

End of Closing Ceremony

Winner announcements at the main stage

An integrated team of ambitious Saudi engineers, wanting to be part of Vision 2030

SWIFT

EngTaef

Amjadct

1Engma0

Atheer

MahaHammad

The persistent occurrence of oil spills in marine environments poses a significant threat to underwater ecosystems, necessitating a proactive approach for detection and mitigation. Traditional monitoring and response methods are often inefficient and lack precision, leading to prolonged environmental damage and loss of marine biodiversity.

To address this pressing issue, there is a need for a sophisticated solution that integrates cutting-edge technology to enable early detection and rapid response to oil spills at sea. Leveraging CubeSat technology equipped with AI algorithms for real-time detection and blockchain technology for secure data transmission aims to establish a comprehensive system capable of effectively identifying oil spills as they occur, facilitating prompt intervention, and minimizing the ecological impact on marine life and resources.

The proposed solution aligns with UN Sustainable Development Goal 14: Life Below Water. By employing advanced technologies like CubeSat with AI algorithms and blockchain, the solution aims to achieve targets such as reducing marine pollution (Target 14.1), protecting marine ecosystems (Target 14.2), and addressing ocean acidification (Target 14.3). This approach responds to the urgent need to preserve marine life and biodiversity, driven by the devastating impact of oil spills on underwater environments.

Integrating an Intelligent CubeSat with Blockchain Technology for Sustainable Environmental Monitoring .

"SWIFT team on LEAP 2024 Hackathon Hackathon"

Team Idea

Submission