PORTATHON 2021
International Port Technology Hackathon
24-26 September
Challenges
Obstacle detection system for autonomous shunting locomotives
THE GOAL: Develop and technical specification or a pilot sensor fusion to be used for the obstacle detection of an autonomous shunting locomotive.
Developing digital twin solutions for Shipyard 4.0
THE GOAL: is to develop concepts and solutions of Digital twin applications at the shipyard applying: automation; robotics; 3D scanning and additive manufacturing
technologies.
Navy personnel skill and training planning solution
THE GOAL: To create personnel skills/competencies and training planning tool.
To reduce pollution by using marine bioresources and marine-based biocomponents.
THE GOAL: To create an effective system to reduce pollution by Using Marine Bioresources and Marine-based Biocomponents.
Setting up IOT cyber-security requirements specification during procurement of Drones/IoT for Port infrastructure operations.
THE GOAL: i) How to engage this person in cyber-security requirements engineering activities in procuring an IoT devices and integrating it into an in-house information system respectively? ii) Please suggest threat model(s) including miss-use case analysis, and corresponding cyber-security requirements specification for IoT devices selection criterion.
Interior solution for Lithuanian navy warship
THE GOAL: The warship interior solution for the officers‘ wardroom, non-commissioned officers‘ wardroom and sailors wardroom; officers, non-commissioned officers and
sailors cabins which fosters motivation to serve on board, creates positive and calm rest environment and at the same time maintaining the fighting spirit.
Integrated vendor management for cyber-physical environments.
THE GOAL: i) Find a solution for an integrated Vendor Management system that maintains the list of vendors of online services, software and IoT vendors and respective assets
used by Port. ii) Provide a solution of relationship model between type of asset and level of potential damage to port infrastructure in case of successful “supply chain” attack. iii)
Develop a Cyber-Security Risk Assessment tool integrated into Vendor Management system.
Automated system for drone monitoring (air quality, water area, quays)
THE GOAL: find/create the principles of a drone monitoring system that would cover several different surveillance targets such as air quality, water area, conditions (damages) of port infrastructural facilities and terminal storage sites.
Mentors
Winners
In the final round, 18 teams presented their proposals to address logistics, energy, sustainable environment and cyber security challenges.
The strongest solutions were generated by these teams:
-
- Sweep & Storm – multinational team
- WSY – Westerd Shipyard Group team (Lithuania)
- VTDK Horizontas – team of Vilnius College of Technology and Design students and academics (Lithuania)
- CyberUnit – joint team (Lithuania)
The winning teams shared a prize fund of EUR 4000. Each team was awarded EUR 1000.
Organisers & Partners
