Real-Time Mobile App Design Environment
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Solution Overview
Problem
Current methods for developing mobile applications are inefficient, as they require multiple iterations of design and programming, leading to wasted resources and increased production costs due to inadequate real-time testing and implementation across various devices with different operating systems and hardware.
Innovation Solution
A development environment that includes a design environment capable of dynamically generating executable instructions, allowing for real-time modification of application features across multiple mobile devices with different operating systems and hardware, without pausing operation or compiling instructions.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Manufacturing precision
If multiple iterations of design and programming are performed, then application features can be refined, but development time and production costs increase
Solution Approach 1:
The patent creates a simulated operating environment that copies the behavior and appearance of real mobile devices. This simulation allows developers to preview and test application features before actual implementation, eliminating the need for multiple iterative programming cycles. The simulated environment accurately replicates device-specific behaviors, enabling precise feature refinement without repeated development iterations.
Solution Approach 2:
The patent enables preliminary testing and validation of application features in the simulated operating environment before actual deployment to real devices. Developers can preview design changes, test functionality, and verify compatibility across different device types in advance, preventing wasted programming efforts and reducing the need for iterative refinements.
2Reliability
If application features are tested on multiple real devices, then compatibility can be verified, but testing time and resource requirements increase
Solution Approach 1:
The simulated operating environment serves multiple functions simultaneously: it simulates various mobile device types, operating systems, and hardware configurations within a single unified platform. This universal simulation capability allows compatibility verification across numerous device scenarios without requiring physical access to each specific device, dramatically reducing testing time while maintaining comprehensive compatibility validation.
3Productivity
If design changes are implemented in real-time, then development efficiency improves, but system complexity increases
Solution Approach 1:
The patent introduces a simulated operating environment as an intermediary between the design environment and real mobile devices. This intermediary layer handles the complexity of real-time implementation by translating design changes into device-specific configurations automatically. Developers interact with the simulation rather than directly managing complex device variations, simplifying the development process while enabling real-time change implementation.
Data Source
AI summary
According to certain embodiments, a development environment for mobile applications includes a design environment executed by a computing system in communication with a group of viewing applications operating on a group of mobile devices. The viewing applications correspond to version(s) of an application under development. In some embodiments, the design environment is capable of receiving inputs from a designer to modify the application under development. In some embodiments, the design environment provides to the viewing applications, during run-time and in real time, dynamic instructions based on the designer's modifications. In some embodiments, each viewing application executed by each mobile device includes localized features corresponding to features of the application under development, each localized feature optimized for the mobile device. In some embodiments, each viewing application is capable of receiving a dynamic instruction, and modifying, during run-time and in real time, the corresponding localized feature based on the received dynamic instruction.