Cambridge Mobile App Cross Platform Development
BASIC
- Around 5 Screens.
- Around 5 Integrations
- Only simple validations on device
- No-obligation inquiry.
- Team consists of: Dev Team - 1 Developer (full time) QA Team - 1 Test Engineer (shared)
STANDARD
- Around 10 Screens
- Around 10 Integrations
- Simple business logic for Validations / Calculations / Chart Data etc.
- Some local storage of data
- Team consists of: Dev Team - 1 Developer (full time) QA Team - 1 Test Engineer (shared)
- 1 Project Manager (shared)
- 1 Team Lead (shared)
PREMIUM
- Around 20 Screens
- Around 20 Integrations
- Complex business logic like Interactive Charts, Animations, Validations, Conditions etc.
- Complete local storage of data used by App
- We will create suggestions on monthly basis for improvement for you.
Cross-Platform App Development Services & Solutions in Cambridge
We take your groundwork and create a market-ready app based on your needs while you focus on product and company growth.
Flutter is the fastest-growing cross-platform development framework. It was introduced in 2017 by Google and managed to gain great popularity among cross-platform programmers.
Cambridge News
A celebration of talent: 2026 Cambridge Independent Science and Technology Awards launched
The Cambridge Independent Science and Technology Awards 2026 are open for entry. Now in their ninth year, the awards have garnered a reputation as the leading celebration of the Cambridge region’s ...
Nvidia CEO Jensen Huang, honored with the Hawking Fellowship, shared leadership insights at Cambridge, emphasizing strategic sacrifice and unwavering ...
As Cambridge Faces a Life Sciences Downturn, Startups Turn To a New Industry: Warfare
As biotech firms shed jobs and life sciences funding dries up, policymakers have started to see defense technology as a way to buttress the Massachusetts economy. Industry experts say Cambridge may ...
Dislocations without crystals: Burgers vectors discovered in glass
For nearly a century, scientists have understood how crystalline materials—such as metals and semiconductors—bend without breaking. Their secret lies in tiny, line-like defects called dislocations, ...