SAVE THE DATE! 

 

ECHO is organising a 3-day Federated Autumn School  

FROM THEORY TO ACTIVE CYBER INCIDENT RESPONSE ON BOARD MODERN SHIPS

 

Date23-25 November, 2021 

Location: ONLINE

The application period has ended!

Who we are looking for?

  • Cybersecurity / information security enthusiast;
  • ICT specialist;
  • Student (e.g. maritime transportation, naval, military, ICT, cybersecurity) HEI;
  • Student with interests in the maritime industry

Course fee: free of charge

Focus of the programme 

In a modern ship, the onboard ICT technology and Operational technology are networked and highly integrated to ensure the survivability of the vessel in several aspects - Susceptibility, Vulnerability, Recoverability. The increasing quantity of the digital components that facilitate the operations bring more risks of unauthorized access or malicious attacks to ships’ systems and networks.  

The capacity and capabilities of the crew and digital infrastructure to cope with cyber-incidents are critical for the safety of the ship and its cargo (incl. passengers and crew), the environmental protection, the safety of the people and facilities located in the shore. 

The ECHO Autumn School programme allows participants to gain deeper knowledge and understanding of cyber security concepts and some specific implications in the maritime industry, especially latest technology and operational developments. In addition to the theoretical overview of the processes, tools and systems that support the incident response and analysis, the students will be able to participate in two exercises: collecting and processing the incident related information with the ECHO Early Warning System and restoring the ECDIS after compromising the communications leveraging the ECHO Federated Cyber Range.  

For more information on the ECHO assets check ECHO’s YouTube channel!

Organiser of the programme

The EFAS 2021 is organised by the European network of Cybersecurity centres and competence Hub for innovation and Operations (ECHO) 

The ECHO project is funded by the European Union’s Horizon 2020 research and innovation programme under the grant agreement no 830943.