Thou, and thine data, shall not pass, The challenge is to produce a prototype of a multi-level security technology that will allow data transfer and model synchronization across different network environments.
While the fidelity of a model is often dependent on its classification level, it is often desirable to have it available at multiple classification levels. This enables viewing and editing of the model by users with different clearances and/or need to know; and facilitates access to the model in more locations (e.g., a lower fidelity, unclassified version of a model may be accessed from any government computer vice a classified model that’s only accessible in a controlled, classified space). However, maintaining the same model at different classifications levels is a configuration management and model synchronization challenge.
This challenge aims to address this problem by prototyping a multi-level security technology to push models up and down in classification. The push up in classification will update the classified model to reflect any baseline changes without compromising or overwriting the higher fidelity data. The push down in classification will automatically strip the model of its classified elements. The solution should be adaptable to various scenarios as well as different and evolving sets of classification rules. The target solution will have a clear demarcation between the two environments with no spillage across the defined interface.
The problem statement for this challenge will focus on MBSE models, specially models developed in Cameo Systems Modeler using the Systems Modeling Language (SysML).
Awards:-
1st Place: $15000
2nd Place: $10000
3rd Place: $5000
Deadline:- 23-10-2022
