Cross-Platform SDK Optimization for Peak Battery & Performance
Blog post from Didit
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Cross-platform SDKs should be designed to minimize their impact on host applications by using modular architectures, asynchronous background processing, efficient memory and network management, and platform-specific optimizations across iOS, Android, React Native, and Flutter. Battery efficiency depends on reducing network wake-ups through batching and configurable synchronization, favoring callbacks over polling, limiting sensor and camera use, optimizing image and data processing, and complying with mobile operating systems’ background-task restrictions. Effective SDK APIs give host applications explicit control over intensive operations, while robust error handling and configurable logging support reliability without degrading production performance. The piece presents Didit’s identity verification SDK as an example of these practices, citing its composable modules, temporary in-memory selfie processing, on-demand liveness detection, background execution model, and hosted verification option intended to reduce integration overhead while supporting identity, biometric, and compliance workflows.
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