The Need for Speed has Moved to Product Development
As a result of the expansion of the digital economy, product innovation needs to be done quickly (within the digital economy). The software industry continues to launch new software solutions and develop those software solutions. As a result, software development teams struggle with achieving product quality and product speed (throughout the software lifecycle). MVP software development is an innovative strategic approach for organizations to introduce functional products to the marketplace while providing flexibility for product improvement on an ongoing basis.
In many cases, organizations develop fully functional products with large amounts of features and, as such, launch those products when they are complete to the marketplace. This is, in part, due to developing products in a linear fashion without making improvements to the product prior to introducing the product to the marketplace (developing an MVP before a full product launch).
MVP software development is very different from how organizations have approached developing new functional products in the past. Organizations, when developing MVPs, focus on developing streamlined (i.e., minimum amount of features) functional products. Once an organization has released an MVP, the organization can enter the marketplace quickly and capture actual user data. By only developing the minimum number of features to provide users with an MVP, businesses are able to validate their ideas in a real-world setting thus allowing them to refine their product strategy based on actual user behavior as opposed to assumptions.
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Integration of Lean and Agile Product Development
MVP strategies in the modern era are greatly influenced by both Lean Startup and Agile development methodologies. The concept of continuous iteration and adaptive planning is at the heart of Agile (the Agile Manifesto). The iterative agile framework allows product teams to rapidly release multiple incremental versions of their product based on customer input, usage, feedback, and performance metrics.
This integration allows an organization to experiment with new features while staying on budget/deadlines for development. By breaking large projects into smaller phases of development, teams can implement ongoing improvements and keep their product relevant in a rapidly changing market.
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Ongoing Iteration & Product Enhancement
Continuous iteration is a key component when developing MVP (minimum viable product). Once an initial design has been created and delivered to early adopters (i.e., customers), the development team begins to gather and analyze their usage (i.e., engagement) and adoption (i.e., utilization) of different features. This data helps guide the development teams prioritization of feature enhancement, ensuring that future investments are going toward features that add real value to the customer.
Iterative product development also creates a stronger relationship between the business and its users. When enhancements are based on real customer feedback, it helps customers feel more connected to and engaged with the ongoing evolution of the product.
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MVP Development Data Based Product Growth
Today’s product development typically incorporates feedback from data analysis for overall up-to-date direction on the future development of a product through the initial release of a product as an MVP creates evaluation information that will help developers decide what direction to move ahead for future products and what to discontinue based on the information collected throughout the product development life cycle (PDLC).
In order to evaluate the historical and present performance of a product (MVP or completed version of a product), tracking key performance indicators (KPI’s) presents a verifiable set of objective measurement variables, such as: length of time on the product (session length), use rate of various features, total users that continue to use the product (user retention rate) and conversion rates, based on each of the presented KPI’s helps to gain a sense for what parts of the product are providing value to customers and what areas of the product need to be improved upon.
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How Users Behave and Engage to Understand How Customers are Engaged
Users are engaged with a product as long as they provide positive actions that indicate their satisfaction with the product, behavioral analysis of users will provide a better understanding for the customer usage of all aspects of engagement with the product. To accomplish these functions various behavioral tracking analysis programs can be implemented to track user journeys and highlight usability problems that are creating obstacles for product usage, on-going evaluation of how product functions will allow teams to make improvements to the product by aligning the product’s usability, functionality and interface to meet the evolving needs of its marketplace.
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A Product’s Adoption of Product Features for Future Development
The use and effectiveness, or lack thereof, of various features within a product are indicative of the features’ usefulness to the product by its customer, based on feedback received from the product development and implementation of an MVP a developer can try multiple feature alternatives in a real-time environment before developing large quantity of final developed product(s) thereby reducing the number of wasted effort by reducing development costs associated with those capabilities/features not being used/accepted by the customer.
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How Technology is Changing the Way We Think About MVP Software Development
Advances in technology have hastened the pace at which MVPs can be developed through use of artificial intelligence (AI), automation, and new ways of developing. Tools developed through AI, infrastructure built through cloud computing, and the ability to work with multiple sources of innovative software accelerate the development of MVPs than ever before.
Cloud based infrastructure and scalable software development environments provide an opportunity to roll out a product in short order and provide the infrastructure to ensure a product is reliable once the product is released.
Technologies such as AI rapidly increase the efficiency of developing MVPs by enabling developers to complete their work more quickly and correctly.
Developers will be able to build MVPs faster than before by using AI tools that assist with the development process through coding assistance, automated testing, and predictive analysis.
Cloud computing can provide a scalable base for deploying your MVP. Businesses can now deploy their applications to a cloud provider instead of creating their own infrastructure. One of the key advantages of deploying to a cloud provider is the ability to scale up or down depending on how many users are using your MVP.
The cloud model enables you to rapidly experiment and validate your MVP without compromising its reliability as the number of users increases.
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Cross-Platform Development in Initial Releases
Users today utilize digital applications over various systems, including web apps, mobile devices and hybrid applications. Consequently, many businesses are now focusing their MVP (Minimum Viable Product) development strategies on delivering cross-platform capability from as early an age in the development cycle as possible.
Broadening The Reach Of Products Through Multiple Platforms
Cross platform framework technology allows businesses to launch a single MVP application on multiple platforms at once. This enables companies to get different types of feedback from users across different types of user groups and gives developers an easier way to see how the product is performing for the users involved.
Cross platform development also makes it easier for development teams to validate their product ideas more quickly; they can reach larger groups of users during the early stages of the MVP development phase.
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Modular Architecture For Easy Ongoing Deployment Of MVP Apps
Using a modular architecture allows developers to create applications with independent components. This makes it very easy to upgrade single features of an application and have those upgrades not impact other features in that application.
As MVP applications continue to develop over time, modules can easily be added into the overall application to ensure that there are no disruptions to the existing application capabilities regardless of what modules are added.
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MVP Architecture with a Focus on Security
In order to meet users’ expectations regarding reliability, data security and system stability, security has become an integral component of how MVPs are developed. Early versions of an MVP need to be designed in such a way that they will provide users with what they expect.
Frameworks for Secure-by-Design Development
Secure-by-design frameworks provide a means for developers to build security into their software architecture from the ground up. Security features (e.g., authentication system, encryption mechanisms, and data protection protocols) will be incorporated into the architecture alongside core functionality.
Incorporating Data Protection into the MVP
Organizations can embed security practices into the MVP development process to help minimize the potential for vulnerabilities as the product matures. Taking this approach can also help reduce long-term security exposure and ensure that the MVP is compliant with contemporary data protection standards.
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Future of MVP Software Development
As organizations continue to adopt fast-track innovation strategies, the MVP development process continues to evolve. Innovative design and development of digital products will increasingly rely on the use of MVPs as an effective way to test concepts (validate idea), determine whether there is a viable market for the idea (determine market demand) and optimize customer satisfaction (refine user experience).
Continuous Innovation Through Incremental Product Development
Incremental product development allows organizations to deliver incremental changes frequently while allowing room for experimentation. This enables teams to foster creativity through the exploration of new ideas without committing to large-scale development costs associated with those ideas.
