# The Evaluation of Software Security through Quantum Computing Techniques: A Durability Perspective
## 4 Discussion  
The hybrid decision-making approach for software security and durability, in the presence of quantum computers and lattice-based cryptography alternative procedures for security, are considered the most significant procedures for software durability in the \begin{table}
\begin{tabular}{c c c c c} \hline \hline
**Alternatives** & **d+i** & **d-i** & **Gap Degree of CC+i** & **Satisfaction Degree of CC-i** \\ \hline Alternative 1 & A1 & 0.0548547 & 0.03685647 & 0.365886957 & 0.625232141 \\ Alternative 2 & A2 & 0.0648599 & 0.03556857 & 0.524658547 & 0.644223521 \\ Alternative 3 & A3 & 0.0488574 & 0.05455658 & 0.569775847 & 0.444112547 \\ Alternative 4 & A4 & 0.0496587 & 0.03688574 & 0.256112365 & 0.527001245 \\ \hline \hline \end{tabular}
\end{table} 
Table 6: Closeness coefficient of the detachments level among alternatives. \begin{table}
\begin{tabular}{c c c c c} \hline \hline
**Experiments** & **Weights/Alternatives** & **A1** & **A2** & **A3** & **A4** \\ \hline Experiment-0 & Original Weights & 0.625232141 & 0.644223521 & 0.444112547 & 0.527001245 \\ Experiment-1 & F11 & 0.664114542 & 0.542556587 & 0.489455487 & 0.672775847 \\ Experiment-2 & F12 & 0.69558471 & 0.534525471 & 0.49956587 & 0.6072125524 \\ Experiment-3 & F13 & 0.549558474 & 0.407635257 & 0.396885471 & 0.521223254 \\ Experiment-4 & F21 & 0.549885674 & 0.407658254 & 0.395655457 & 0.593556587 \\ Experiment-5 & F22 & 0.659556547 & 0.535226635 & 0.498554745 & 0.6076652511 \\ Experiment-6 & F23 & Satisfaction Degree (CC-i) & 0.581112547 & 0.407965857 & 0.39612011 & 0.48556571 \\ Experiment-7 & F24 & 0.549225635 & 0.43156347 & 0.383526587 & 0.607652113 \\ Experiment-8 & F31 & 0.549885684 & 0.728854474 & 0.541225474 & 0.521001245 \\ Experiment-9 & F32 & 0.656525471 & 0.53556587 & 0.499565241 & 0.607233642 \\ Experiment-10 & F33 & 0.581225358 & 0.445223525 & 0.4207201254 & 0.5226254 \\ Experiment-11 & F41 & 0.5495568574 & 0.408547444 & 0.3963232154 & 0.4888858474 \\ Experiment-12 & F42 & 0.6598854741 & 0.431556587 & 0.383565225 & 0.607852145 \\ Experiment-13 & F43 &era of quantum computing. Hence, the necessity for this period is to change to viable and software synthesis, in the time of quantum computing. This assessment is focused on the two and has a different, evened-out structure, which determines the contributory factors in the acceptable security plan of the product. The assessment of the efficacy of safety programming is the ideal approach to achieve doable toughness. This paper investigates security durability, similarly to practicality factors, and evaluates sensible and reliable security, with regard to the arrangement. The outcomes of the assessment will help the specialists incorporate legitimate security durability into software for the full-fledged advancement of quantum computers. An expansive system of exploration refers to the turn of events and assessment of the safety and durability of programming, in the time of the quantum computer. This paper specifies the solidity factors at two levels, thus providing more security choices, as per quantum security. Our examination procedure will assist the designer or architect in building the product with appropriate improvements in the advancement life pattern of software. There are not many assessment models or methodologies available in the composition for assessing security solidness freely, i.e., the openness of models or procedures that facilitate security on the fuzzy AHP system inside and out. In this work, we have made four quantum security choices for the product plan. Revelations from this work can be used to assess the security durability of software and will assist the designers in achieving security alleviation and other related designs for significant security issues, accordingly, providing secure and study programming in the time of quantum computing. The quantitative consequences, accomplished by FAHP and FTOPSIS, will provide the experts with the means to order the higher-positioned parts of a product in the board structure.