Discovery
Step 01: Align goals, define the product scope, and create a shared roadmap before engineering begins.
Web & mobile
Softrious designs and builds custom websites, web applications, and mobile apps. We ship cross-platform apps with Flutter or React Native when one codebase fits, and native apps in Swift (iOS) and Kotlin (Android) when performance or platform features matter most. Every project ends in release-ready, app-store-ready software—and our Forward Deployed Engineers can keep it running afterwards.
What’s included
Custom websites and web apps, cross-platform mobile apps in Flutter and React Native, and native iOS (Swift) and Android (Kotlin) apps—fast, polished, and release-ready.
Who it’s for
Softrious works with startups and growing businesses. This service is a good fit for:
Process
Every engagement moves through discovery, design, and engineering with clear milestones and visible progress.
Step 01: Align goals, define the product scope, and create a shared roadmap before engineering begins.
Step 02: Create a polished interface system, validate flows, and define the experience before code.
Step 03: Build with clear milestones, visible progress, and maintainable code from day one.
AI-accelerated delivery
AI now writes, reviews, and tests much of the routine code, so custom software ships sooner and maintenance costs less. Our engineers stay in charge of every decision, review, and release.
Typical project timelines
Weeks from kick-off to launch
Marketing website
Design, build, CMS, and launch
Cross-platform MVP app
React Native or Flutter, iOS + Android
Custom web platform
Accounts, dashboards, integrations
Native iOS + Android apps
Swift and Kotlin, two codebases
| Project | Traditional | AI-assisted | Time saved |
|---|---|---|---|
| Marketing website | 8 wks | 3 wks | 63% |
| Cross-platform MVP app | 16 wks | 6 wks | 63% |
| Custom web platform | 24 wks | 9 wks | 63% |
| Native iOS + Android apps | 28 wks | 11 wks | 61% |
Where the time goes
Cross-platform MVP app · 16 weeks → 6 weeks
| Phase | Traditional | AI-assisted | How AI helps |
|---|---|---|---|
| Discovery | 2 wks | 0.75 wks | AI summarises research and drafts specs |
| Design | 3 wks | 1 wks | Stitch turns flows into first UI drafts |
| Build | 8 wks | 3 wks | Cursor, Claude Code, and Antigravity |
| Testing | 2 wks | 0.75 wks | AI-written tests run on every change |
| Launch | 1 wks | 0.5 wks | Automated release checklists |
We pick the right tool for each stage—and every AI-generated change is read, tested, and approved by an engineer before it ships.
AI code editor
Our day-to-day editor: codebase-aware completions, multi-file edits, and fast refactors across web and mobile projects.
Agentic coding by Anthropic
Plans and carries out larger changes from the terminal—features, migrations, upgrades, and the tests that cover them.
Agent-first development platform
Runs coding agents across the editor, terminal, and browser to build features and check them in a real browser.
AI UI design
Generates first UI drafts from flows and prompts, which our designers refine in Figma into a polished design system.
Testing used to be the slowest, most skipped step. Now AI writes and maintains the tests alongside the code, so every change is checked automatically—before a release and long after launch.
Every PR
Full suite runs
Web + mobile
End-to-end flows
100%
Releases reviewed
Tests written with the code
AI agents draft unit and integration tests for every feature, and engineers review them like any other code.
End-to-end user journeys
Sign-up, checkout, and booking flows run automatically on web (Playwright) and mobile (Maestro).
Visual regression checks
Screens are compared on each change, so layout and style breaks are caught before users see them.
Runs on every change
The full suite runs in CI on every pull request and before every app-store or web release.
Self-updating test suites
When the UI changes on purpose, AI updates affected tests and flags them for review—no stale suites.
Human sign-off
AI speeds testing up; an engineer still owns the result and approves every release.
Support & maintenance · FDEs
AI multiplies what one Forward Deployed Engineer can do. You get senior, embedded support for your website and apps at a fraction of a full-time hire.
Support & maintenance, sped up
The same work your FDE does each month, with and without AI
Typical bug-fix turnaround
6×faster
AI traces the cause; your FDE fixes and ships it
Regression testing per release
32×faster
Automated suites replace manual click-through
OS & framework upgrade
5×faster
Agents handle the bulk of the migration
| Task | Traditional | AI-assisted |
|---|---|---|
| Typical bug-fix turnaround | 48 hours | 8 hours |
| Regression testing per release | 16 hours | 0.5 hours |
| OS & framework upgrade | 5 days | 1 days |
Indicative ranges from our planning model, not client results. Every project’s timeline is confirmed in discovery.
Explore support & maintenanceFAQs
Both. We build cross-platform apps with Flutter and React Native, and native apps in Swift for iOS and Kotlin for Android. The choice is agreed during discovery based on your product, budget, and long-term maintenance needs.
Cross-platform (Flutter or React Native) is usually the fastest and most cost-effective way to launch on iOS and Android with one team. React Native suits teams already using React on the web; Flutter excels at custom, highly animated interfaces. Native Swift and Kotlin are best when you need maximum performance, heavy hardware or OS integration, or platform-specific experiences.
Yes. Many projects pair a marketing website with a web application or mobile app. Planning them together keeps design, content, and accounts consistent across every touchpoint.
Accessibility is part of the design and engineering definition from the start: semantic structure, keyboard support, readable contrast, and consistent interface patterns documented in a design system.
Both. We build cross-platform apps with Flutter and React Native, and native apps in Swift for iOS and Kotlin for Android. The choice is agreed during discovery based on your product, budget, and long-term maintenance needs.
Cross-platform (Flutter or React Native) is usually the fastest and most cost-effective way to launch on iOS and Android with one team. React Native suits teams already using React on the web; Flutter excels at custom, highly animated interfaces. Native Swift and Kotlin are best when you need maximum performance, heavy hardware or OS integration, or platform-specific experiences.
Yes. Many projects pair a marketing website with a web application or mobile app. Planning them together keeps design, content, and accounts consistent across every touchpoint.
Accessibility is part of the design and engineering definition from the start: semantic structure, keyboard support, readable contrast, and consistent interface patterns documented in a design system.
Let’s talk
Tell us about your goals, timeline, and product ambitions. We’ll help you shape the right next step.
What happens next