Phase 2

Custom Software Development

4.88/5 (1 Reviews)
About Phase 2
Phase 2 is a custom software development company providing services in the design and development of web applications, mobile applications, enterprise-scale software solutions, and technology and process consulting. Phase 2 has been a trusted technology partner to large and ...
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$100 - $149/hr
10 - 49
1998
United States
Phase 2
Custom Software Development
4.88/5 (1 Reviews)
3 Questions
With each passing day, the world is becoming more and more dependent on technology. Every day new software programs and tools are developed to help users conduct a variety of operations. Highly intelligent and experienced professionals accomplish the process of software development following various steps known as the software development life cycle. Today, when technology is evidently accelerating at a faster pace, humans are more and more dependent upon a variety of tools and software programs. In fact, every machine we are using is the by-product of some kind of software system that has gone through a long and steady process of software development lifecycle and its variety of phases are discussed below:#1. Planning: A perfect plan includes checking on the strengths and weaknesses of the project and its entire development planning. It makes the processing flawless and positively affects its progress. #2. Analysis: It covers analyzing the performance of the software at different stages by making notes over the additional requirements. An analysis is important to move further in the process.#3. Design: Designing is accomplished after analyzing the entire project. It includes the architectural building of the project that helps in removing possible flaws in the project.#4. Development & Implementation: It is the actual part of building the software with data recording taking place in the background. The implementation stage comes after the product is finally developed so that it can go for the final study as if it is functioning properly.#5. Testing: The testing phase covers assessing software for the errors and document bugs if any.  #6. Maintenance: Once the software passes through all stages of development without any issue, it has to go through the maintenance process. It should be maintained as well as upgraded from time to time to adapt to the changes. The process of custom software development is though a bit difficult and lengthy; an appropriate procedure under the guidance of expert or professional developer makes it worth implementing. It helps in producing the finest software product if all measures are undertaken well.
With each passing day, the world is becoming more and more dependent on technology. Every day new software programs and tools are developed to help users conduct a variety of operations. Highly intelligent and experienced professionals accomplish the process of software development following various steps known as the software development life cycle. Today, when technology is evidently accelerating at a faster pace, humans are more and more dependent upon a variety of tools and software programs. In fact, every machine we are using is the by-product of some kind of software system that has gone through a long and steady process of software development lifecycle and its variety of phases are discussed below:#1. Planning: A perfect plan includes checking on the strengths and weaknesses of the project and its entire development planning. It makes the processing flawless and positively affects its progress. #2. Analysis: It covers analyzing the performance of the software at different stages by making notes over the additional requirements. An analysis is important to move further in the process.#3. Design: Designing is accomplished after analyzing the entire project. It includes the architectural building of the project that helps in removing possible flaws in the project.#4. Development & Implementation: It is the actual part of building the software with data recording taking place in the background. The implementation stage comes after the product is finally developed so that it can go for the final study as if it is functioning properly.#5. Testing: The testing phase covers assessing software for the errors and document bugs if any.  #6. Maintenance: Once the software passes through all stages of development without any issue, it has to go through the maintenance process. It should be maintained as well as upgraded from time to time to adapt to the changes. The process of custom software development is though a bit difficult and lengthy; an appropriate procedure under the guidance of expert or professional developer makes it worth implementing. It helps in producing the finest software product if all measures are undertaken well.

With each passing day, the world is becoming more and more dependent on technology. Every day new software programs and tools are developed to help users conduct a variety of operations. Highly intelligent and experienced professionals accomplish the process of software development following various steps known as the software development life cycle. 

Today, when technology is evidently accelerating at a faster pace, humans are more and more dependent upon a variety of tools and software programs. In fact, every machine we are using is the by-product of some kind of software system that has gone through a long and steady process of software development lifecycle and its variety of phases are discussed below:

#1. Planning: A perfect plan includes checking on the strengths and weaknesses of the project and its entire development planning. It makes the processing flawless and positively affects its progress. 

#2. Analysis: It covers analyzing the performance of the software at different stages by making notes over the additional requirements. An analysis is important to move further in the process.

#3. Design: Designing is accomplished after analyzing the entire project. It includes the architectural building of the project that helps in removing possible flaws in the project.

#4. Development & Implementation: It is the actual part of building the software with data recording taking place in the background. The implementation stage comes after the product is finally developed so that it can go for the final study as if it is functioning properly.

#5. Testing: The testing phase covers assessing software for the errors and document bugs if any.  

#6. Maintenance: Once the software passes through all stages of development without any issue, it has to go through the maintenance process. It should be maintained as well as upgraded from time to time to adapt to the changes. 

The process of custom software development is though a bit difficult and lengthy; an appropriate procedure under the guidance of expert or professional developer makes it worth implementing. It helps in producing the finest software product if all measures are undertaken well.

The Software Testing Life Cycle is generally split into a group of standard sequential steps that are quite common in most software testing situations. Here are the six main phases in the life cycle:Requirement Analysis - The first step in the life cycle is to define what is to be tested and to identify the appropriate testing methodology. Test Planning - The second step is to determine the appropriate test automation tools for the project, and whether they are required or not. Then the testers will need to layout plans to estimate cost and effort to execute testing. The role of the project manager is crucial at this stage.Test Case Development - The third step is to verify the test plan once they are ready. The team prepares detailed test cases. They can either write the test cases themselves, or they can hire a third party to do it for them. Once these test cases have been written, the testers will need to manage them to ensure they are passed all quality assurance checks. Test Environment Setup – In this stage, the condition on which software will be tested is decided. It is the customer or the developer who creates the environment hence it can be executed parallel to test case development.Test execution – Once all the test cases are created and approved and the testing environment is also set, the test cases start with execution. When the test cases are all passed, the testers can focus on ensuring that the test cases are kept on the product until they are successfully passed by the customer. This involves the use of automated systems such as the automated regression suite, automated testing service, etc.Test Closure - In the last phase of the life cycle, a series of activities are involved. The testers can then provide bug reports, closure reports, test metrics, learning documents, follow-up services to the customer and evaluate the cycle completion based on cost, time, effort, quality and more. Once the test cases are successfully accepted, the testers will need to manage and track them to ensure they are being correctly maintained. This involves the use of software testing services to maintain test data and information, testing services, automated test service, etc.In final words, there are several different software testing life cycle frameworks. Each framework has its advantages and disadvantages. It is a good idea to look at a few of these in order to decide what type of software testing framework to implement.
The Software Testing Life Cycle is generally split into a group of standard sequential steps that are quite common in most software testing situations. Here are the six main phases in the life cycle:Requirement Analysis - The first step in the life cycle is to define what is to be tested and to identify the appropriate testing methodology. Test Planning - The second step is to determine the appropriate test automation tools for the project, and whether they are required or not. Then the testers will need to layout plans to estimate cost and effort to execute testing. The role of the project manager is crucial at this stage.Test Case Development - The third step is to verify the test plan once they are ready. The team prepares detailed test cases. They can either write the test cases themselves, or they can hire a third party to do it for them. Once these test cases have been written, the testers will need to manage them to ensure they are passed all quality assurance checks. Test Environment Setup – In this stage, the condition on which software will be tested is decided. It is the customer or the developer who creates the environment hence it can be executed parallel to test case development.Test execution – Once all the test cases are created and approved and the testing environment is also set, the test cases start with execution. When the test cases are all passed, the testers can focus on ensuring that the test cases are kept on the product until they are successfully passed by the customer. This involves the use of automated systems such as the automated regression suite, automated testing service, etc.Test Closure - In the last phase of the life cycle, a series of activities are involved. The testers can then provide bug reports, closure reports, test metrics, learning documents, follow-up services to the customer and evaluate the cycle completion based on cost, time, effort, quality and more. Once the test cases are successfully accepted, the testers will need to manage and track them to ensure they are being correctly maintained. This involves the use of software testing services to maintain test data and information, testing services, automated test service, etc.In final words, there are several different software testing life cycle frameworks. Each framework has its advantages and disadvantages. It is a good idea to look at a few of these in order to decide what type of software testing framework to implement.

The Software Testing Life Cycle is generally split into a group of standard sequential steps that are quite common in most software testing situations. Here are the six main phases in the life cycle:

Requirement Analysis - The first step in the life cycle is to define what is to be tested and to identify the appropriate testing methodology. 

Test Planning - The second step is to determine the appropriate test automation tools for the project, and whether they are required or not. Then the testers will need to layout plans to estimate cost and effort to execute testing. The role of the project manager is crucial at this stage.

Test Case Development - The third step is to verify the test plan once they are ready. The team prepares detailed test cases. They can either write the test cases themselves, or they can hire a third party to do it for them. Once these test cases have been written, the testers will need to manage them to ensure they are passed all quality assurance checks. 

Test Environment Setup – In this stage, the condition on which software will be tested is decided. It is the customer or the developer who creates the environment hence it can be executed parallel to test case development.

Test execution – Once all the test cases are created and approved and the testing environment is also set, the test cases start with execution. 

When the test cases are all passed, the testers can focus on ensuring that the test cases are kept on the product until they are successfully passed by the customer. This involves the use of automated systems such as the automated regression suite, automated testing service, etc.

Test Closure - In the last phase of the life cycle, a series of activities are involved. The testers can then provide bug reports, closure reports, test metrics, learning documents, follow-up services to the customer and evaluate the cycle completion based on cost, time, effort, quality and more. 

Once the test cases are successfully accepted, the testers will need to manage and track them to ensure they are being correctly maintained. This involves the use of software testing services to maintain test data and information, testing services, automated test service, etc.

In final words, there are several different software testing life cycle frameworks. Each framework has its advantages and disadvantages. It is a good idea to look at a few of these in order to decide what type of software testing framework to implement.

Talking of the phases of project management, there are contradicting schools of thought. The debate remains between 3 phases or 5 phases. Ideally, the phases are defined by a company based on the type, size and number of people involved in the project.Project management is based purely on the premise that a project goes through a series of stages distinguished by a series of events or tasks from the plan to the completion of the project. Projects are large and tiny, along with expense, time and resource constraints.Incorporating project phases in the project development will ensure that your project is completed as planned. One approach to planning a project is to sort it into five phases.The 5 project management stages include initiation, preparation, delivery, tracking and project closure. Initially, these five stages were established by the Project Management Institute (PMI).The Initiation phaseA project is commenced, named and defined in this phase. Project sponsors and other primary players have to decide diligently whether to pursue a project. Feasibility studies are carried out based on the scope of the project. Also, based on the scope of work, requirement gathering and analysis are also performed in the initiation phase. The Preparation phaseThe subprojects for expenses, size, duration, consistency, coordination, potential risk, and resources – are eloquently established into a Project Management Plan. Some of the major activities that define the process are based on targets, deadlines and main deliverables, they are:Work-breakdown structureTimetable for developmentOutline of milestones GANTT ChartsEvaluation and registration of services scheduling Communication modes A risk control strategy that may impact facets of a project, later on, is developed and undisclosed. Risk assessment planning includes: Defining and assessing risksMinimizing risk approaches Planning risk responseThe Delivery phaseThis is a pivotal stage because it allows you to understand whether your idea is successful or not. During this phase, several activities collect project metrics, including progress meetings and feedback on project status, other progress reports, staff resource requirements and performance reviews.The Tracking phaseThis primarily concerns project performance assessment and progress in line with the plan. The degree of variance is calculated by measuring the main metrics of expense and time. Corrective intervention is determined in the event of changes.The Closure phaseThe project is officially closed at this point. It requires a variety of critical activities, including product distribution, freeing up resources, remunerate team members and formal discharging of contractors if any.To conclude, for more complicated projects, it is necessary to structure and identify projects for the whole life cycle.
Talking of the phases of project management, there are contradicting schools of thought. The debate remains between 3 phases or 5 phases. Ideally, the phases are defined by a company based on the type, size and number of people involved in the project.Project management is based purely on the premise that a project goes through a series of stages distinguished by a series of events or tasks from the plan to the completion of the project. Projects are large and tiny, along with expense, time and resource constraints.Incorporating project phases in the project development will ensure that your project is completed as planned. One approach to planning a project is to sort it into five phases.The 5 project management stages include initiation, preparation, delivery, tracking and project closure. Initially, these five stages were established by the Project Management Institute (PMI).The Initiation phaseA project is commenced, named and defined in this phase. Project sponsors and other primary players have to decide diligently whether to pursue a project. Feasibility studies are carried out based on the scope of the project. Also, based on the scope of work, requirement gathering and analysis are also performed in the initiation phase. The Preparation phaseThe subprojects for expenses, size, duration, consistency, coordination, potential risk, and resources – are eloquently established into a Project Management Plan. Some of the major activities that define the process are based on targets, deadlines and main deliverables, they are:Work-breakdown structureTimetable for developmentOutline of milestones GANTT ChartsEvaluation and registration of services scheduling Communication modes A risk control strategy that may impact facets of a project, later on, is developed and undisclosed. Risk assessment planning includes: Defining and assessing risksMinimizing risk approaches Planning risk responseThe Delivery phaseThis is a pivotal stage because it allows you to understand whether your idea is successful or not. During this phase, several activities collect project metrics, including progress meetings and feedback on project status, other progress reports, staff resource requirements and performance reviews.The Tracking phaseThis primarily concerns project performance assessment and progress in line with the plan. The degree of variance is calculated by measuring the main metrics of expense and time. Corrective intervention is determined in the event of changes.The Closure phaseThe project is officially closed at this point. It requires a variety of critical activities, including product distribution, freeing up resources, remunerate team members and formal discharging of contractors if any.To conclude, for more complicated projects, it is necessary to structure and identify projects for the whole life cycle.

Talking of the phases of project management, there are contradicting schools of thought. The debate remains between 3 phases or 5 phases. Ideally, the phases are defined by a company based on the type, size and number of people involved in the project.

Project management is based purely on the premise that a project goes through a series of stages distinguished by a series of events or tasks from the plan to the completion of the project. Projects are large and tiny, along with expense, time and resource constraints.

Incorporating project phases in the project development will ensure that your project is completed as planned. One approach to planning a project is to sort it into five phases.

The 5 project management stages include initiation, preparation, delivery, tracking and project closure. Initially, these five stages were established by the Project Management Institute (PMI).

The Initiation phase

A project is commenced, named and defined in this phase. Project sponsors and other primary players have to decide diligently whether to pursue a project. Feasibility studies are carried out based on the scope of the project. Also, based on the scope of work, requirement gathering and analysis are also performed in the initiation phase. 

The Preparation phase

The subprojects for expenses, size, duration, consistency, coordination, potential risk, and resources – are eloquently established into a Project Management Plan. Some of the major activities that define the process are based on targets, deadlines and main deliverables, they are:

Work-breakdown structure

  • Timetable for development
  • Outline of milestones 
  • GANTT Charts
  • Evaluation and registration of services 
  • scheduling 
  • Communication modes 

A risk control strategy that may impact facets of a project, later on, is developed and undisclosed. Risk assessment planning includes: 

  • Defining and assessing risks
  • Minimizing risk approaches 
  • Planning risk response

The Delivery phase

This is a pivotal stage because it allows you to understand whether your idea is successful or not. During this phase, several activities collect project metrics, including progress meetings and feedback on project status, other progress reports, staff resource requirements and performance reviews.

The Tracking phase

This primarily concerns project performance assessment and progress in line with the plan. The degree of variance is calculated by measuring the main metrics of expense and time. Corrective intervention is determined in the event of changes.

The Closure phase

The project is officially closed at this point. It requires a variety of critical activities, including product distribution, freeing up resources, remunerate team members and formal discharging of contractors if any.

To conclude, for more complicated projects, it is necessary to structure and identify projects for the whole life cycle.

A DevOps pipeline is a collection of methods used by the development and operations (Dev + Ops) teams to build, test, and deploy software more quickly and efficiently. A pipeline's main purpose is to keep the software development process streamlined and organized.The rules for structuring the pipeline are not fixed. DevOps teams include and eliminate certain phases according to their particular workflows. However, virtually every pipeline consists of four core stages: development, building, testing and deployment.PlanningThe whole process needs to be planned before developers begin to code. Product managers and managers of projects play a key role here. It is their responsibility to build a plan for the growth that will lead the entire team.The work is broken into a list of assignments after related details have been collected by users and stakeholders. By dividing the project into smaller, manageable parts, teams are able to provide results quickly, solve problems instantly and adjust more easily to unexpected changes.In DevOps environment teams operate in sprints — a shorter time period (usually 2 weeks) for the tasks assigned to each team member.DevelopmentDevelopers begin coding during the Development stage. Based on the programming language, development teams configure suitable IDEs, text editors, and others on their local machines to achieve an optimal output.Mostly, developers must adhere to specific coding guidelines and criteria in order to ensure a consistent coding structure so that the code is easier for any member of the team to interpret the code.A pull request is submitted by developers once they are ready to submit the code to the repository. After approving the initial pull request, team members will manually check the recently presented code and reconcile it with the master branch.BuildingThe building phase is important, as it allows detection of code errors before going down the pipeline and causing a major catastrophe.Following the merging of the newly written code with the shared repository, developers conduct an automated test series. The pull request starts an automated process that compiles the code into a build-in package.If the code is problematic, the compilation fails and the developer is informed about the problems. The first pull request also fails if it happens.TestingAfter the successful build phase, the process proceeds to the testing phase. Here, developers run manual and automated tests to verify the code's integrity.A User Acceptance Test is usually performed. People communicate with the app as end-users to determine whether the code needs to be tweaked before it is released. It is also common at this stage to conduct security, performance, and load testing.DeploymentAt this stage, the software is ready for production. An automated deployment method is used if only minor changes are required in the code. However, if a major overhaul was carried out by the application, the build is first deployed in a manufacturing environment to monitor how the new code is being conducted.MonitoringIn this last stage of the DevOps pipeline, operating teams are continually monitored to ensure everything is functioning properly. They gather useful data from logs, analytics and systems for monitoring and users' feedback to identify problems with performance.To summarize the phases, we can say that, you must first write the code before releasing an app or a new feature to users. Next, ensure that it does not result in any errors, which might cause the app to crash. To avoid such a situation, run a series of tests to find any bugs, typos, or errors. Lastly, when it's all working properly, you can make the code available to users.
A DevOps pipeline is a collection of methods used by the development and operations (Dev + Ops) teams to build, test, and deploy software more quickly and efficiently. A pipeline's main purpose is to keep the software development process streamlined and organized.The rules for structuring the pipeline are not fixed. DevOps teams include and eliminate certain phases according to their particular workflows. However, virtually every pipeline consists of four core stages: development, building, testing and deployment.PlanningThe whole process needs to be planned before developers begin to code. Product managers and managers of projects play a key role here. It is their responsibility to build a plan for the growth that will lead the entire team.The work is broken into a list of assignments after related details have been collected by users and stakeholders. By dividing the project into smaller, manageable parts, teams are able to provide results quickly, solve problems instantly and adjust more easily to unexpected changes.In DevOps environment teams operate in sprints — a shorter time period (usually 2 weeks) for the tasks assigned to each team member.DevelopmentDevelopers begin coding during the Development stage. Based on the programming language, development teams configure suitable IDEs, text editors, and others on their local machines to achieve an optimal output.Mostly, developers must adhere to specific coding guidelines and criteria in order to ensure a consistent coding structure so that the code is easier for any member of the team to interpret the code.A pull request is submitted by developers once they are ready to submit the code to the repository. After approving the initial pull request, team members will manually check the recently presented code and reconcile it with the master branch.BuildingThe building phase is important, as it allows detection of code errors before going down the pipeline and causing a major catastrophe.Following the merging of the newly written code with the shared repository, developers conduct an automated test series. The pull request starts an automated process that compiles the code into a build-in package.If the code is problematic, the compilation fails and the developer is informed about the problems. The first pull request also fails if it happens.TestingAfter the successful build phase, the process proceeds to the testing phase. Here, developers run manual and automated tests to verify the code's integrity.A User Acceptance Test is usually performed. People communicate with the app as end-users to determine whether the code needs to be tweaked before it is released. It is also common at this stage to conduct security, performance, and load testing.DeploymentAt this stage, the software is ready for production. An automated deployment method is used if only minor changes are required in the code. However, if a major overhaul was carried out by the application, the build is first deployed in a manufacturing environment to monitor how the new code is being conducted.MonitoringIn this last stage of the DevOps pipeline, operating teams are continually monitored to ensure everything is functioning properly. They gather useful data from logs, analytics and systems for monitoring and users' feedback to identify problems with performance.To summarize the phases, we can say that, you must first write the code before releasing an app or a new feature to users. Next, ensure that it does not result in any errors, which might cause the app to crash. To avoid such a situation, run a series of tests to find any bugs, typos, or errors. Lastly, when it's all working properly, you can make the code available to users.

A DevOps pipeline is a collection of methods used by the development and operations (Dev + Ops) teams to build, test, and deploy software more quickly and efficiently. A pipeline's main purpose is to keep the software development process streamlined and organized.

The rules for structuring the pipeline are not fixed. DevOps teams include and eliminate certain phases according to their particular workflows. However, virtually every pipeline consists of four core stages: development, building, testing and deployment.

Planning

The whole process needs to be planned before developers begin to code. Product managers and managers of projects play a key role here. It is their responsibility to build a plan for the growth that will lead the entire team.

The work is broken into a list of assignments after related details have been collected by users and stakeholders. By dividing the project into smaller, manageable parts, teams are able to provide results quickly, solve problems instantly and adjust more easily to unexpected changes.

In DevOps environment teams operate in sprints — a shorter time period (usually 2 weeks) for the tasks assigned to each team member.

Development

Developers begin coding during the Development stage. Based on the programming language, development teams configure suitable IDEs, text editors, and others on their local machines to achieve an optimal output.

Mostly, developers must adhere to specific coding guidelines and criteria in order to ensure a consistent coding structure so that the code is easier for any member of the team to interpret the code.

A pull request is submitted by developers once they are ready to submit the code to the repository. After approving the initial pull request, team members will manually check the recently presented code and reconcile it with the master branch.

Building

The building phase is important, as it allows detection of code errors before going down the pipeline and causing a major catastrophe.

Following the merging of the newly written code with the shared repository, developers conduct an automated test series. The pull request starts an automated process that compiles the code into a build-in package.

If the code is problematic, the compilation fails and the developer is informed about the problems. The first pull request also fails if it happens.

Testing

After the successful build phase, the process proceeds to the testing phase. Here, developers run manual and automated tests to verify the code's integrity.

A User Acceptance Test is usually performed. People communicate with the app as end-users to determine whether the code needs to be tweaked before it is released. It is also common at this stage to conduct security, performance, and load testing.

Deployment

At this stage, the software is ready for production. An automated deployment method is used if only minor changes are required in the code. However, if a major overhaul was carried out by the application, the build is first deployed in a manufacturing environment to monitor how the new code is being conducted.

Monitoring

In this last stage of the DevOps pipeline, operating teams are continually monitored to ensure everything is functioning properly. They gather useful data from logs, analytics and systems for monitoring and users' feedback to identify problems with performance.

To summarize the phases, we can say that, you must first write the code before releasing an app or a new feature to users. Next, ensure that it does not result in any errors, which might cause the app to crash. To avoid such a situation, run a series of tests to find any bugs, typos, or errors. Lastly, when it's all working properly, you can make the code available to users.

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Phase 2
3324 NW 135th St. Oklahoma City, OK 73120 , Oklahoma City, Oklahoma 73120
United States
+1-405-698-3722