For several decades, software product engineering has been ruling the market. Companies keep pushing out improvement programs to take over the industry by storm. But the success of these products seems like a far-fetched idea if not done strategically. The data and market research firm, Nielsen, did a survey, stating 47% of professionals accepted that most failures occur while testing and refining the product experience. This usually happens due to rapid market entry. The solution to this problem could be to create a controlled environment for software product engineering but it becomes a challenging task for the chief executives to monitor all the phases of the process.
The blog lists out all your concerns as a business leader while developing a software product and how to tackle them.
6 Challenges Businesses Face During a Software Product Engineering Process
Product engineering is a complex process that generally gets impacted by several factors, such as growing complexities, market conditions, as well as perpetual changes in technology trends. In order to drive efficiency and reliability in your software product engineering projects, it’s imperative that you start with the challenges and devise a systematic roadmap accordingly.
Challenge 1: Rapid Technology Advancement
Though technology advancement is like a blessing for the IT industry, its evolution at such a phenomenal rate led to an added stress for software product developers to utilize up-and-coming technology trends for bringing a competitive edge to the products.
As technology advances over time, developers face problems like legacy system integration limitations, resulting in delays in development and deployments. The best solution would be to consider acquiring custom software that grows with the needs and requirements of your IT infrastructure.
Challenge 2: Limited Resources and Infrastructure
Not having the necessary resources to execute projects can impact the final product. Businesses sometimes do not have access to powerful computing platforms with better data storage capabilities and high-performance software product engineering tools. In such a case, the team should be efficient enough to control project specifications and goals. Ensure to inform stakeholders prior to any mandatory changes.
The right approach to tackle a constrained situation is to pre-determine realistic objectives from the outset of the project.
Challenge 3: Data Privacy Issues
With stringent data protection regulations around the globe, organizations are expected to influx best practices from the beginning of the process. Apart from that, considering the increase in cyberattacks, companies should keep their data privacy plan in check. According to a National Cyber Security Alliance report, about 60% of small to medium-sized firms go out of business after six months of a cyberattack.
You can handle this situation with an appropriate security model – a clear data privacy plan. The plan will ascertain if your software product complies with the industry’s data privacy requirements and enables you to launch your product confidently in the market.
Challenge 4: Software Testing
Software testing can be a tricky job if the software testing team has no clarity about the scope (functional and nonfunctional) and specific requirements of the project. This may translate into missing out on important aspects of the project.
The best way to avoid this situation would be to document all the requirements and create a proper channel between developers and testers.
Challenge 5: System and Application Integrations
Businesses maintain numerous systems, applications, and technologies useful to software product engineering. However, often software developers find these software applications, including a website, ERP system, or an inventory management database, highly complex to integrate.
You can always keep this problem in check with a clear understanding of end-user requirements and investing your time in the research of new technologies that can achieve optimal integration.
Challenge 6: Lack of Expertise and Communication Among Team Members
Many companies do not possess the right talents to execute cutting-edge software. It has been observed that such projects contain flaws and fail to live up to expectations. The issue is sometimes followed up by a lack of communication among the involved professionals.
Some businesses find a solution to this problem by outsourcing software product engineering services. Third-party software product engineering companies are equipped with state-of-the-art software product engineering methods to enhance the development process and meet expected standards.
Working on these challenges will solve half of your problems. For the rest, you can follow our step-wise process to software product engineering.
Software Product Engineering in 6 Simple Steps
Step 1: Ideation and Planning
A successful software product requires proper brainstorming and meticulous planning. Start with detailed documentation of ideas, requirements, discussions, and analysis. Planning makes one of the most element phases of software product engineering. It determines the scope of the project, the best way to meet business strategic objectives. The phase also includes evaluation of resource availability, cost-related issues, deadline and timeframes, and solutions to different concerns.
Step 2: Requirements and Feasibility Analysis
The second phase focuses on defining the details and analyzing the feasibility of the project. Actionable solutions don’t only run on clean codes and catchy designs; they would also need requirements and feasibility analysis to identify the potential strengths and weaknesses of the project. They also assess the overall workability.
While requirements analysis identifies the risks beforehand, feasibility analysis handles technical and economic aspects of the project to evaluate the project’s possible ROI and profits.
Step 3: Prototype and Design Creation
Once you are done with defining the primary features of your software product, it’s time for prototyping. The step reflects the structure and features of the project, enabling visualization of the end product. Set definite workflows and clear overall software product design with the database structure.
Step 4: Software Product Engineering
This phase transforms design documentation into an actual software product. It is the backbone of the entire process, consuming most of the time in bringing different elements to life. Under this stage, the software product engineering team has to ensure their code meets the software requirements and stays in line with the pre-determined specifications. The step ends with the complete architecture, including database and Application Programming Interface (API) in place.
Step 5: Integration and Quality Assurance (QA)
We are now at the stage of making sure that the custom software gets easily integrated with the right units and all its elements are in perfect working conditions and play the part they are supposed to. The Quality Assurance team conducts a series of tests, which includes functionality testing, systems integration, interoperability, and security checks, to examine that the final product is bug-free. The team establishes the fact that the product has a clean code and meets the pre-determined objectives.
Step 6: Deployment and Maintenance
At this stage, the actual installation takes place. Based on the complexity of the project, you can either release it upfront or in stages. You would also require to regularly maintain and fine-tune the software product.
Factors to Consider for an Effective Software Product Engineering Process
Let’s look at some of the other significant elements needed for the project’s success.
1. Dedicated Software Product Engineering Team
For a high-quality software product, you would require a perfect blend of technical knowledge, experience, and teamwork. Gather a dedicated team and assign them a single client at a time. This helps them to get a better understanding of the end-to-end process.
2. Choose Your Software Product Engineering Methodology Beforehand
There are different software product engineering methodologies available in the market today – Agile development, DevOps deployment, Waterfall development, and Rapid Application Development (RAD). They all offer different advantages and disadvantages. Choose according to the need of your project.
How can Technovert help your business with custom software product engineering?
Technovert, being a software product engineering company, focuses on creating cost-efficient and industry-leading products. Our software product engineering team aims to build a clear software product that can survive longer and create all the buzz needed. Our dedicated team of designers and engineers is well-versed with advanced technologies and national and international data privacy and protection regulations. From our developers to testers, everyone has an explicit understanding of the objectives of the project.
If your business needs a clean software product, reach out to us today.