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The same process. Smarter with AI.<\/h2>\n
Our development process keeps the same four phases as always (explore and define, design and validate, build and optimize, measure and evolve), because they’re still the most reliable way to build a good product. What has changed is how fast and how deep we can go through each one, thanks to AI copilots that work alongside strategists, designers, engineers and analysts at every stage.<\/p>\n
![\"\"](\"https:\/\/mobivery.com\/wp-content\/uploads\/2026\/09\/ai-apps-process-mobivery.png\")
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01. We explore and define<\/h3>\n
Every project kicks off with questions: what problem are we solving, for whom, and what is the market already doing about it. Traditionally, this discovery phase meant weeks of manual research (reading reports, analyzing competitors, interviewing users and pulling it all together into a product document). AI copilots don’t replace that work, but they speed it up noticeably: they can crawl and summarize large volumes of market information, spot patterns in transcribed user interviews, compare features across dozens of competing apps in minutes instead of days, and put forward initial hypotheses that the strategy team validates or rules out using their own judgment.<\/p>\n
The outcome isn’t “letting AI decide what to build”, but arriving at the definition phase with far more signal on the table, cross-checked faster, so product decisions get made with better information from day one.<\/p>\n
This is how we kick off every project at Mobivery: find out more about our discovery and product strategy service<\/a>.<\/p>\n Best practices in this phase:<\/strong><\/p>\n For a ticketing app for events, aimed at a very demanding audience used to online shopping and a high standard of user experience, we used AI to analyze dozens of ticketing and benchmark e-commerce apps side by side, picking out the quick-purchase patterns and common pain points we needed to avoid from the first sketch (an analysis that would have taken several weeks to do by hand).<\/p>\n Once the problem is defined, design comes in: exploring alternatives, shaping the solution and checking it actually delivers on what it promises before a single line of production code gets written. This is where generative AI has become an especially powerful booster for the design team: churning out multiple variants of a screen or a flow in minutes, turning a sketch or a description into a clickable prototype, or simulating how a given user profile would react to different proposals.<\/p>\n This doesn’t cut down on the number of design decisions the team makes (quite the opposite, it lets them explore more alternatives before committing to one), but it does drastically cut the time it takes to have something tangible to test with real users. Validation still is, and will keep being, a process built around real people: usability tests, interviews, comprehension metrics. What changes is how many design iterations a team can fit in and test before handing off to development.<\/p>\n This is how we shape every proposal before we build it: find out more about our product design and UX\/UI <\/a>service.<\/p>\n Best practices in this phase:<\/strong><\/p>\n For a car rental company, we used AI to generate several variants of the booking flow (from picking the vehicle through to confirmation) and turned them into clickable prototypes within hours, which let us test several flow alternatives with real users before deciding which one moved on to development.<\/p>\n It’s in the build phase where development copilots have had the most visible impact over the last few years. Code generation and assistance tools help our engineers churn out boilerplate faster, generate unit tests, document functions, spot repeated code patterns worth refactoring, and automate mechanical tasks that used to eat up hours of skilled work.<\/p>\n It’s worth being precise here: a development copilot doesn’t replace a senior engineer’s judgment, and shouldn’t be treated as if it did. What it does is take on the most mechanical, repetitive part of the work, freeing up that time for what genuinely calls for human expertise (architecture, performance decisions, security, long-term maintainability). At Mobivery we pair the use of code copilots with our own review process: every line generated with AI assistance goes through the same code review, testing and quality control as any other line of code in the project.<\/p>\n This is how we handle the most technical part of the process: find out more about our mobile app development<\/a> service.<\/p>\n Best practices in this phase:<\/strong><\/p>\n For a field sales app that lets reps log information on the go, between visits, we used voice-to-text AI to automatically transcribe and structure their spoken notes into the right fields, and leaned on code copilots to speed up wiring that feature into the rest of the backend, always going through the same review and testing process as the engineering team.<\/p>\n The work doesn’t wrap up once the app goes live: a new phase of ongoing learning kicks in. AI models applied to usage data analysis help spot behavior patterns that would be very hard to pick out by eye (which screens cause friction, which user segments drop off and where in the flow, which features correlate with higher retention), and help prioritize the backlog for the next iterations based on evidence rather than gut feeling alone.<\/p>\n This phase ties directly into many of the capabilities we covered in our post on the 10 AI capabilities in mobile apps<\/a>: predictive analytics, for instance, makes it possible to spot users at risk of churning before they actually do, and act on it within the same product iteration. The loop between measuring and evolving gets shorter and better informed this way, and every new version of the app builds on real data from the last one.<\/p>\n This is how we close the loop for every product: find out more about our analytics and continuous optimization<\/a> service.<\/p>\n Best practices in this phase:<\/strong><\/p>\n For a large logistics company, we combined A\/B testing with AI models that cross-reference usage metrics, figuring out which flow variants cut down the time it took to manage each order and using that to prioritize the next items on the backlog, backed by real data from thousands of daily operations.<\/p>\n Beyond what’s specific to each stage, there are a few principles we stick to consistently in any project where we bring AI into the development process:<\/p>\n Bringing AI into the app development process doesn’t mean reinventing how products get built, it means applying new tools to a method that already works: exploring rigorously, designing with judgment, building with quality and measuring to keep improving. The difference lies in how far you can get within each phase, and how many iterations fit into the same project timeline.<\/p>\n At Mobivery we run this process, backed by Nunsys Group’s AI department, both to build applications with user-facing AI capabilities (like the ones we covered in our post on the 10 AI capabilities in mobile apps<\/a>) and to speed up, internally, how we build any mobile product, whether it has AI built in or not.<\/p>\n Want to find out how we’d apply this process to your project?<\/strong><\/p>\n\n
![\"\"](\"https:\/\/mobivery.com\/wp-content\/uploads\/2026\/09\/explore-and-define-ai-apps-process.png\")
<\/p>\n02. We design and validate<\/h3>\n
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![\"\"](\"https:\/\/mobivery.com\/wp-content\/uploads\/2026\/09\/design-and-validate-ai-apps-mobivery-process.png\")
<\/p>\n03. We build and optimize<\/h3>\n
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![\"\"](\"https:\/\/mobivery.com\/wp-content\/uploads\/2026\/09\/build-and-optimize-ai-apps-process.png\")
<\/p>\n04. We measure and evolve<\/h3>\n
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![\"esquema](\"https:\/\/mobivery.com\/wp-content\/uploads\/2026\/09\/medimos-y-evolucionamos-proceso-ia-apps.png\")
<\/h3>\nBest practices across every phase<\/h2>\n
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![\"\"](\"https:\/\/mobivery.com\/wp-content\/uploads\/2026\/09\/ai-mobile-application-process-mobivery-1.png\")
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A proven process, now speed up<\/h2>\n