## 2 Materials and Methods
### Identification of Input Data Requirements and Internal Frameworks for the Development of CMSSs
Also, _the type of information concerning vulnerabilities and potential threats_ is important and related to the possibility of partial or complete failure in achieving the objectives of a mission. In operational jargon, vulnerabilities encompass scenarios, procedures, and malicious actions stemming from external sources such as disasters and sabotage that can lead to loss of human life and damage to infrastructure, such as failures in communication and security systems, vehicle malfunctions, etc. Examples include, among others, congested roads, security issues, disruptions in primary or backup power supplies, ongoing construction within the mission's geographic area, etc. Moreover, _numerous vulnerable points_ could arise during a mission, necessitating specific analysis. These points, with a high likelihood of emergence and impact on mission success, essentially represent threats. Consequently, experts are compelled to address them with utmost priority. When specific conditions align and pertinent critical events unfold, a particular threat escalates into a crisis, as defined in operational terminology. Alongside, _information concerning legislation and laws_ introduces heightened legal duties and law restrictions for the involved actors and operators. They should consider these factors and if they align with their directives or commands issued by superiors. Last, but not least, _additional significant types of information require specific operational protocols_ encompassing data capable of altering the current mission scenario in either advantageous or detrimental ways. This kind of information includes an extensive range of themes, such as demographic statistics of regions, economic and tourist activities, command-and-control center details, geographic zones of interest, transportation, communication networks, etc. * _Specialized information_ satisfies the special (particular) needs of actors not only to obtain a satisfactory real-time situational awareness, which is the ability to perceive, understand, and effectively respond to an unexpected situation in an operational field, but also to be capable of acting appropriately with precision and time exactness, maximizing the probability of mission success. A characteristic specialized example is the specialized information required during any Search and Rescue (SAR) mission concerning an aircraft pilot. SAR missions require, among others, (a) information regarding the aircraft type, accident location, time of incident, flight trajectory towards the critical crash area, etc., (b) pilot-related information covering pilot identity, equipment, potential pilot responsibility for the aircraft's crash, current pilot status, etc., (c) environmental details regarding terrestrial or aquatic conditions, present and future weather conditions at low altitudes, potential obstacles or hindrances for search and rescue operations, etc., (d) authorities' response details encompassing the availability of agencies for SAR, their operational capabilities, resource availability, equipment, materials, search and rescue personnel required, etc. The majority of the previously mentioned actionable information, either _common or specialized_, is georeferenced, directly or indirectly, and it requires particular handling. The aforementioned necessity makes the acquisition and update of this information highly costly due to its typically extensive volume, requiring a level of detail far beyond the conventional SS's capabilities. Further details of actionable information required in realistic missions are presented in Appendix B.