In the ADVANCED offering level all the features in the INTERMEDIATE level are upgraded to their full potential to guarantee adequate training materials, the provision of cyber-rage training scenarios and exercises, simulation of cyber-attacks and defence mechanisms, monitoring and measurement of user performance for those users already tasked with the defence of high-risk organisations against cyber-attacks and incidents.
The INTERMEDIATE offering level enables a much more personalised experience with a larger number of features. These include the number of elements that can be used for defining a cyber-range training scenario, the possibility to create new training scenarios, a suite of available automated attacks and a first version of vulnerability assessment tools.
The PRIMER offering level is the starting point to CYBERWISER.eu platform, it is an offering level mainly addressed to Students or Early professionals that do not have any knowledge of the cybersecurity framework. The first Learning goal of the Primer level is to give a complete understanding of the basic concepts like most common Cybersecurity threats and best practice. Another learning goal is to understand the overall process of cyber-risk analysis and its relationship with cybersecurity.
CS-AWARE is a cybersecurity situational awareness software solution for Local Public Administrations. It was designed to detect, classify and visualize cybersecurity incidents in real time, supporting the prevention or mitigation of cyber-attacks. It addresses small, medium or big size Local Public Administrations and it can be taylored to any local software set-up, any European language and any type of LPA internal workflow and specifics.
The main features are:
1) Versatile connectivity: it is capable to connect to any type of internal or external data source
In this wild IoT market, estimating cybersecurity risks, selecting the right standard to comply with and getting certified during the manufacturing process is an extremely complex task. Security Requirements, Security Controls and Security Assurance Activities must be considered by all the project stakeholders including business-lines and risk-owners.
Semantic representation is a mechanism for describing the data model and the services of IoT devices. The component defines a common representation data model for IoT devices (Things), their services and their data, which enables interoperability and automation in the deployment of services and applications on top of federated IoT environments.
The data model is then managed by the component, which allows users to define the accepted data models in the system. The benefits of using Semantic Representation is to make systems more transparent to external users.
The purpose of the SOFIE Interledger component is to enable secure transactions between actors and devices belonging to IoT platforms (silos) using different or separate blockchains. The Interledger component then enables interaction between the ledgers, including atomic transactions across ledgers.
Risk-!n Conference 2022 took place on 19-20 May in Zürich, Switzerland. GEIGER was presented in a dedicated session that built on the comparison of cyber risks and radioactivity, called 'GEIGER - We make the invisible visible!'.