Secure Software Development Lifecycle

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Software Development Life Cycle (SDLC) is a process that helps in developing great software. SDLC has the same phases as the waterfall model, including requirements definition, functional design, detailed design, implementation or coding, testing, and maintenance. Each phase may have several sub-phases, which are described below:

"Requirements Definition": This phase includes gathering all requirements for developing an application. The product owner typically takes part in this phase to clarify all business needs. If you do not gather requirements properly, your system will never match user needs. Hence, it is essential to create a clear communication path between developers and users within this stage. The primary purpose of gathering requirements is to understand what the final result should be like. During this phase, requirements are gathered and plans on how they will be developed.

"Functional Design": Functional design focuses on breaking down business requirements into functional components that developers can design and then implement. During this stage, object-oriented analysis is utilized to find relationships of objects within the system and their attributes and methods. In addition, developers need to understand user interactions, so they should closely work with the product owner. At this stage, information about screens or dialogues between users and applications is generated to allow the proper interactions. This output generated during this stage is usually high-level designs, logical diagrams, wireframes, etc.

"Detailed Design": Once you have broken down business requirements, it's time to design the components and functions that you will be implementing. This stage is based on creating detailed designs, including any code snippets for developers to use. In addition, it's essential to create complete documentation of your project at this point so that anyone can figure out what the system should do and how it will work by reading through documentation.

"Implementation of Coding": In this phase, a software solution is implemented using programming languages such as Java, C++, etc. All functionalities and objects designed in the previous phase are broken down into modules and coded depending on their requirements. Developers need to keep track of each component they develop because if something does not match with another component, there will be a lot of bugs that might take hours and sometimes weeks to

Overview

"Testing": Everyone makes mistakes, so it is essential to test your software before releasing it. In this phase, all functionalities are tested using input data and expected results for each component or function. This stage can be broken down into black-box testing and white-box testing. Black box testing refers to having someone use an application without looking at the code, while white box testing means that the tester has access to internal code, which allows them to test individual functions in detail. If specific components do not match other components, you will know exactly which ones they are, thanks to this thorough process of checking if everything works as planned.

"Maintenance": This is where updates and bug fixing occur after the secure software development framework of an application is complete. This stage includes minor changes to the system which were not thought of or discovered during previous stages.

Software testing can be done in several different ways, such as manual and automated testing. Manual testing involves a person who uses an application through every step, feature, etc., to ensure that everything works properly. In contrast, automated testing means creating scripts or programs that will test the software for you without human interaction. Both types of testing are essential when developing an application because there are things that can be detected with manual testing but cannot be found by using only automation tools.

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High-level Design

Introduction to the project includes background information, what components are included in the system, and documentation on these components. This documentation should include detailed specifications on every function implemented within the system. Object-oriented analysis can also be used during this phase to provide more information about objects within the system, consisting of their methods and attributes. The goal of OOA is to make sure that any documentation created is easy to read by individuals not familiar with object-oriented programming.

Objects are broken down into smaller pieces based on functionality or code that needs to be written while ensuring that everything works properly together. Therefore, it is essential to use OOA to know about objects and how they work together.

Implementation of coding includes detailed specifications on each component so developers know exactly what must be created. For example, if there is a function called 'open-window,' the documentation should include inputs for functions and expected outputs.

Testing is one of the most critical phases because software should not release until everything works properly. This phase can be broken down into two parts: black-box testing and white-box testing. Black box testing consists of having someone who does not have access to source code try out every aspect of an application. In contrast, white box testing means creating test scripts or programs where testers can go through individual modules in detail, which helps detect errors.

Writing new documentation, including detailed specifications on modules of code that have been created, what each part is called, and its purpose within the system. This includes things like new functions that are not documented anywhere else since this phase occurs after coding has been completed. Documentation should also include tests to ensure that no changes have occurred in previous phases of development which would have adverse effects on other parts of the system.

"Maintenance": This stage can be broken down into two parts: new features/bugs and updates/maintenance. The first part includes adding new functions or modifying existing ones. In contrast, the latter includes bug fixing or updating applications with more efficient components available on the market. Before maintenance begins, it is essential to test whether or not new additions to the system will have any adverse effects on other parts of the code and fix them if they do. If there is no adverse effect, then maintenance can be initiated; however, if a bug is found during this phase, it should go through the same process as any other bug, which means creating documentation, testing, fixing errors, and retesting before being implemented into production.

The Secure Software Development Lifecycle follows every step taken when building an application from beginning to end. The SDLC begins with planning because it is essential to understand what components are needed within your application to know how everything flows together correctly. OOA has already been talked about in previous steps, so let's focus on RUP at this point and what it means for the SDLC. RUP is an iterative and incremental method that focuses on four different phases: initiation, elaboration, construction, and transition. No matter what software development lifecycle is used, it should be iterative and incremental. This allows developers to keep modifying their projects throughout the process instead of creating something that will not work after putting in hours or days' worth of coding.

Each phase consists of some activity related to planning and management meeting minutes/reports, which are essential for following through with security requirements if they change during any point of the SDLC. This step also includes updates on progress, which means how many more stages need to be completed before entering another phase or reaching completion if everything has been appropriately coded together.

The initiation phase is where the project begins, and it includes everything from creating a proposal for your application to estimating costs. Proposals are created typically by managers who will make sure that all requirements have been met before beginning the next phase of planning, which means it is essential to include a risk analysis in a proposal because this can help a manager decide whether or not they want to follow through with the project based on what could occur. In addition, the risk analysis should be used to minimize any hazards within the SDLC, so they do not negatively impact future stages. In this phase, there should also be an initial communication plan made and setting up meetings throughout each stage of development. Hence, project members know exactly what their tasks are and when these meetings occur.

Object-oriented analysis

Object-Oriented Analysis is a software development process phase where developers create models of their application based on user requirements and all of the components needed to build it. This phase should also include a risk analysis that looks at whether or not any changes that need to be made during later phases can affect other parts of the system. In this step, developers will use techniques such as UML to make sure they have everything necessary for making models and documentation before moving forward in the SDLC.

Rational Unified Process(RUP)

This process consists of four different stages: initiation, elaboration, construction, and transition. The first stage includes setting up meetings throughout each phase, so project members know what to be done next and when these meetings take place. The second and third stages mainly consist of planning and creating an initial communication plan for project members to know exactly what their tasks are and when to complete them. Any changes that need to be made in the previous stages can be dealt with during construction, while transitioning is where testing takes place. Finally, every part of the application is tested before being produced.

The elaboration stage includes everything from design documents, including diagrams, models, flowcharts, and other types of documentation that detail how the software works, will work, and should work according to user requirements. Next, the construction phase consists of secure coding practices and unit testing, which means developers create the entire program through various components while writing tests before moving forward. Developers should also use a source control manager during this step which means they can keep track of all the changes that have taken place over time. The fourth stage is where quality management occurs, along with project closure to fix any problems before putting the software into production.

The"Secure" part of the Secure Software Development Life Cycle(SSDLC)

It usually consists of security risks testing, which provides whether or not an app has vulnerabilities or flaws that make it insecure for users. Still, continuous vulnerability assessment programs(CVAPs) provide real-time data on how to secure an application because these types of tools do not just test once and then end but rather keep looking for new issues until developers fix them.

Secure Software Development Lifecycle

The Secure Development Lifecycle is all about ensuring that whatever an organization is working on has been well thought out and smoothly for everyone involved. This can help avoid issues down the road. The process should include a risk analysis at every stage, software security testing, and documentation to ensure nothing was missed before entering production. This way, there will be more of a structure in place throughout each step which means changes can be made if necessary without hurting anyone else's progress within the SDLC. Finally, it is important to note that developers must use tools intended to profile application vulnerabilities throughout their coding process rather than simply checking once or twice because if something does go wrong, these types of programs can put out warnings so developers know what to fix immediately. Perform secure software development with the help of special programs and ensure your software development security and secure coding without a chance of unauthorized access. Software development tools will help you automate this process.

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